College of Engineering - University of Tennessee Digital Library ...

College of Engineering 

William K . Stair, Acting Dean 

William A . Miller, Associate Dean 

The engineer applies mathematical and 

scientific knowledge in planning economical 

ways of providing materials and energy in 

forms that are useful to humankind . !n today's 

technology-based society, everyone feels the 

effects of the engineer's plans and decisions . 

Hence, there is a continuing and urgent need 

for engineering graduates who possess a 

thorough understanding of mathematical and 

scientific principles, who can apply these 

principles to the solution of practical 

problems, and who can view the solutions in 

their overall social perspective so that the 

actions that they recommend will be truly 

beneficial . It is the purpose of the College of 

Engineering to educate men and women to 

the high levels of technical competence and 

social understanding that will enable them to 

fulfill their responsibilities as professional 

engineers . 

Graduates of the B .S . curricula offered by 

the college may enter directly a position in 

industry, government, or private practice, or 

may pursue advanced study in graduate 

school . Their professional activities include 

research, development, design, operations, 

analysis, construction, production 

supervision, and technical sales . Many 

practice their profession in Tennessee ; but 

engineering knows no geographical bounds, 

and graduates of the college serve 

throughout the nation and in other countries 

as well . 

The college had its beginnings early in the 

history of the University when surveying was 

introduced into the curriculum in 1838 . In 

1877 civil engineering was first recognized as 

a curriculum . The first mechanical course 

appeared in about 1847 ; other mechanical 

courses followed, and in 1877 this body of 

studies was designated as mechanical 

engineering . By 1877 mining had found a 

place in the University, but it was later 

dropped . Electrical engineering appeared in 

about 1896, when a Professor of Physics and 

Electrical Engineering was appointed . 

Although metallurgy was announced in the 

catalog as early as 1888, it was dormant until it 

was revived in the Department of Chemical 

Engineering shortly after 1940 . A separate 

degree in metallurgical engineering was 

authorized in 1957 . Although the rudiments of 

chemical engineering appeared in the form of 

industrial chemistry shortly after 1900, a full 

chemical engineering program and a 

department were not established until 1936 . 

Industrial engineering was introduced in 

1940, was dropped for a time during the war 

years, and was reinstated in 1947 . 

Nuclear engineering was established as a 

separate curriculum in 1957 in response to 

the rapidly increasing demand for engineers 

with a knowledge of nuclear phenomena . 

Engineering physics, a program operated 

jointly with the physics department, first 

appeared as an engineering curriculum 

around 1942 . Curricula in aerospace 

engineering and engineering mechanics 

were added in 1966, and a curriculum in 

engineering science was added in 1967 . 

The first dean of the college, Professor 

Charles E . Ferris, was appointed in 1912 . Prior 

to that time the engineering programs were 

organized as a school, with a chairman of the 

faculty . Other former deans are Nathan W . 

Dougherty, who served from 1940 to 1956, 

Armour T . Granger, who served from 1956 to 

1965, Charles H . Weaver, who served from 

1965to 1968, and Fred N . Peebles, who served 

from 1968 to 1980 . 

The Cooperative Engineering Program was 

established in 1926 . The University of 

Tennessee was one of the early pioneers in 

this valuable type of education, which 

originated at the University of Cincinnati in 

1905 . A Cooperative Engineering Scholarship 

Program was formally established in 1957, 

with emphasis on participation bystudents of 

superior ability. A conventional cooperative 

program, open essentially to all students in 

good standing in the college, was 

re-established in 1967 . 

The Engineering Experiment Station was 

established in 1922 . 

The college has ten major undergraduate 

curricula in which a student may specialize : 

124 

areospace, chemical, civil, electrical, 

industrial, mechanical, metallurgical, nuclear 

engineering, engineering physics, and 

engineering science . 

Agricultural engineering is taught in the 

College of Agriculture with facilities located 

on the Agricultural Campus . The agricultural 

engineering curriculum is offered 

cooperatively by the College of Agriculture 

and the College of Engineering . Details of the 

curriculum may be found in the College of 

Agriculture section of this catalog . 

Facilities 

The College of Engineering is housed in 

Ferris, Estabrook, Perkins, Dougherty, and 

Berry Halls, and the Nuclear Engineering 

Building, all located on the southeastern end 

of the campus . 

Ferris Hall . This building houses the 

offices, laboratories, and shops of the 

electrical engineering department and the 

Water Resources Laboratory . There is alsoan 

auditorium with a seating capacity of about 

300 persons, and a remote input/output 

terminal connecting with The University of 

Tennessee Computing Center . 

Estabrook Hall. Some operations of the 

Departments of Civil Engineering and 

Engineering Science and Mechanics, and of 

the Engineering Experiment Station are 

carried on in Estabrook Hall . 

Perkins Hall . This building houses the 

Departments of Civil Engineering, 

Engineering Science and Mechanics, 

Industrial Engineering, and the Office of the 

Dean of the College of Engineering . The 

building contains laboratories, drafting 

rooms, and a small auditorium with a capacity 

of about 80 persons . 

Nuclear Engineering Building . This 

building houses operations of the nuclear 

engineering department and it contains 

laboratories and equipment for monitoring, 

counting, and investigating various nuclear 

phenomena ; it also houses subcritical 

reactors . 

Nathan W . Dougherty Engineering 

Building . This building, the most recent and 

largest of the engineering buildings, houses 

the Departments of Chemical, Metallurgical,

and Polymer Engineering, and Mechanical 

and Aerospace Engineering . In addition to 

classrooms and instructional laboratories, it 

provides modern facilities forvarious typesof 

research . 

Berry Hall . This building is used by the 

Department of Civil Engineering and the 

Engineering Experiment Station . 

Tau Beta Pi 

National Headquarters 

The college is honored to have the National 

Headquarters of Tau Beta Pi, the National 

Engineering Honor Society, housed on our 

campus . This honor was earned in part 

through the untiring efforts of R .C . "Red" 

Matthews, who served as secretary-treasurer 

for the organization from 1905 to 1947 . The 

suite of offices, located in Dougherty Hall, is 

occupied by Mr . R .H . Nagel, 

secretary-treasurer, and his staff . 

Chi Epsilon 

National Headquarters 

The college is also honored to have the 

National Headquarters of Chi Epsilon, the 

National Civil Engineering Honor Society, 

located in Perkins Hall . Chi Epsilon was 

founded in 1922 . Dexter C . Jameson, Jr ., 

associate professor of civil engineering, 

serves as the first executive secretary of Chi 

Epsilon . 

Cooperative Engineering Program 

The five-year Cooperative Engineering 

Program is offered to students in the college 

in order to provide a superior engineering 

education that affords the opportunity to 

combine significant experience in industry 

with academic preparation . 

Cooperative work assignments differ from 

part-time or summer employment in that they 

involve regularly scheduled cycles of full-time 

academic quarters alternated with full-time 

work quarters-usually seven, a minimum of 

five-in career-related, planned assignments 

of progressive complexity and responsibility . 

In exposing the student in this manner to the 

world of work, the college and the facilities of 

industry join together to offer a broader and 

richer preparation for postgraduate 

employment and for life in general than can 

be provided by a conventional academic 

program alone . This experience in an 

industrial and professional environment 

contributes to the student's maturity, 

increases the scope of acquaintances and 

concepts, and enables the student to define 

more clearly educational and career interests 

and objectives . Some of the experience 

received is at a subprofessional level not 

available to an engineer after graduation, yet 

is of great significance in total education and 

effectiveness . 

Admission to the Cooperative Engineering 

Program is open to any student in the college 

(or in agricultural engineering in the College 

of Agriculture) who is in good standing, 

whose record indicates capability and 

dependability, and who is acceptable to a 

co-op employer . In general, work periods 

begin at the end of the second or third quarter 

of the freshman year and continue for seven 

alternating work and school cycles . 

Applicants must be able to schedule a 

minimum of five such cycles before the 

beginning of their senior work in order to 

qualify for co-op placement . 

Students in the Cooperative Engineering 

Program are classified as follows in terms of 

quarter hours credit of completed courses : 

Freshman 0- 52 .9 

Sophomore 53-103 .9 

Junior 

104-153 .9 

Senior 154-up 

Academic schedules for co-op students are 

shown elsewhere in this section . A brochure 

with further details may be obtained from the 

Office of the Coordinator, Cooperative 

Engineering Program, College of 

Engineering . 

Binary Program 

A binary program in engineering is 

available . The college has agreements with a 

number of liberal arts colleges to conduct a 

five-year program, three years of which will be 

given at the liberal arts college and the last 

two years at The University of Tennessee in 

engineering . At the end of the fifth year, the 

college will award a baccalaureate degree in 

one of the branches of engineering . 

Institutions cooperating with The 

University of Tennessee in offering this 

Liberal Arts-Engineering 3-2 Binary Plan 

include : 

Belmont College, Nashville, Tennessee 

Bethel College, McKenzie, Tennessee 

Carson-Newman College, Jefferson 

City, Tennessee 

David Lipscomb College, Nashville, 

Tennessee 

East Tennessee State University, 

Johnson City, Tennessee 

King College, Bristol, Tennessee 

Knoxville College, Knoxville, 


Maryville College, Maryville, Tennessee 

Middle Tennessee State University, 

Murfreesboro, Tennessee 

Southwestern University, Memphis, 


Tennessee Wesleyan College, Athens, 


Union University, Jackson, Tennessee 

Questions about courses to be taken in 

preparation for transfer to The University of 

Tennessee may be directed to the dean of 

engineering . 

Graduate Program 

GENERAL 

Graduate programs leading to the degree 

of Master of Science are offered in all areas of 

study, and the degree of Doctorof Philosophy 

is offered in eight major subjects : aerospace 

engineering, chemical engineering, electrical 

engineering, engineering science, 

mechanical engineering, metallurgical 

engineering, nuclear engineering, and 

polymer engineering . A Master of 

Engineering degree focusing on engineering 

design and professional practice is offered in 

aerospace, civil, electrical, environmental, 

industrial, mechanical, and nuclear 

engineering . Information concerning 

graduate programs is given in the Graduate 

Catalog 

MASTER OF SCIENCE PROGRAM 

IN ENGINEERING ADMINISTRATION 

A program leading to the degree of Master 

of Science with a major in engineering 

administration is offered . This is an 


125 

engineering program, directed toward 

preparing individuals for line management 

positions in construction, design, 

development, manufacturing, etc ., where 

both technical and non-technical factors 

exert significant influence on the success of a 

given activity . Policy direction and 

administration of the program are provided 

by an Engineering Administration 

Committee, consisting of representatives 

from participating departments in the College 

of Engineering and Business Administration, 

and a chairman appointed by the dean of 

engineering . Further information is provided 

in the Graduate Catalog . 

Graduate Program 

at the UT Space Institute 

At The University of Tennessee Space 

Institute near Tullahoma, graduate-level 

courses are offered in engineering fields such 

as aerospace, electrical, and mechanical 

engineering, and in mathematics and 

physics . Current programs lead to the M .S . 

and Ph .D . degrees . Many members of the 

faculty of the Space Institute are also 

members of the faculty of the college at The 

University of Tennessee, Knoxville . 

Engineering Experiment Station 

William K . Stair, Associate Director 

The management of the Engineering 

Experiment Station is vested in the president 

of the University, the dean of engineering, the 

director, and the associate director . 

An advisory committee consisting of the 

heads of the departments of the college and 

the heads of departments in allied scientific 

fields may assist in determining policy and 

procedures . Members of the faculty of the 

college are available for consultation and 

advice in technical matters . 

The station is organized to conduct 

research underlying engineering practice 

and to aid in the development of the state's 

resources and industries insofar as funds 

available will permit. Inquiries from industries 

concerning technical questions which 

interest them are welcomed . 

The station may also make special 

arrangements with any person orcompanyto 

study any technical question within the 

capacity of its resources, and to report the 

results exclusively to the company requesting 

the study . In such cases, the whole expense 

will be carried by the parties requesting the 

investigation . 

Bulletins are published from time to time 

giving the results of various investigations . 

Upon request, unpublished results of current 

studies are made available to interested 

parties . 

Curricula in Engineering 

NATIONAL ACCREDITATION 

Since 1936 engineering programs at 

institutions of higher learning have been 

accredited by the Engineers Council for 

Professional Development (ECPD), an 

organization formed by many engineering 

societies . The accrediting organization is 

now known as the Accreditation Board for 

Engineering and Technology (ABET) . 

Currently accredited engineering curricula at 

UTK include aerospace, agricultural, 

chemical, civil, electrical, engineering

12 6 College of Engineering 

science, industrial, mechanical, 

metallurgical, and nuclear . The advanced 

professional programs are also accredited in 

civil, electrical, environmental, mechanical, 

and nuclear engineering . 

COURSE LOAD 

The maximum number of hours which can 

betaken by an undergraduate without special 

permission is 19 hours . The dean of 

engineering must give permission to take 20 

hours or more . 

DROP DEADLINE 

All students (whether engineering majors 

or not) enrolled in undergraduate coures 

taught within the College of Engineering may, 

on their own initiative, withdraw from a 

course within six calendar days from the first 

day of class (through the day preceding the 

add deadline for the campus) . Withdrawal 

from any such course for any reason after the 

sixth day must be in accord with official late 

drop procedures (see page 25) . 

GPA COMPUTATION 

All grades are to be counted in computing 

the grade point average, except up to 12 

hours of repeatable grades for which the last 

grade shall count (see page 16) . This 

computation is applied to all coures taken by 

an undergraduate engineering student, 

regardless of the courses involved or where 

they were taken . The policy applies to all 

engineering students entering higher 

education after September 1, 1979 . 

GENERAL REQUIREMENTS 

NOTE : Students are advised to consult the 

University's degree requirements as stated in 

the front section of this catalog as well as 

departmental requirements. 

Inspection Trip. Each candidate for 

graduation majoring in aerospace, 

mechanical, chemical, or metallurgical 

engineering must participate in inspection 

trips scheduled by the major department . 

Transfer Credit. Everyattempt will be made 

to give maximum credit for courses taken 

elsewhere and transferred to the college . 

Discussions concerning the evaluation of 

transfer credits should be conducted with the 

head of the department into which the 

student proposes to transfer following the 

evaluation of transfer credits by the 

Admissions Office . 

Program for Second B .S. Degree . Upon 

approval by the dean of engineering and the 

Committee on Degrees of a program of study 

recommended by the major engineering 

department, a student who already holds a 

bachelor's degree may obtain the appropriate 

first degree in engineering upon completion 

of a minimum of 45 quarter hours' credit . The 

prevailing University regulations shall apply 

(see page 27) . 

Satisfactory/No Credit Courses . An 

undergraduate engineering student may 

count toward a degree up to 12 quarter hours 

obtained by Satisfactory/No Credit (S/NC) 

grading . Such courses must be used for 

humanistic-social (non-technical) elective 

credit in engineering . Engineering courses 

carrying only S/NC grading do not count in 

this limit . 

Correspondence Courses . A student 

should check with his or her major 

department to see what restrictions there are, 

if any, on the use of correspondence course 

credit to meet the minimum degree 

requirements . Approval of department head 

or adviser and Dean is required to register. 

Humanities and Social Studies Electives. 

The college assumes an obligation to include 

in each of the engineering curricula a means 

whereby students gain greater insight into 

their interaction with society, both personally 

and professionally . Forthis purpose, a part of 

each engineering curriculum is devoted to 

humanities and social studies electives . 

Broadly stated, these electives serve a 

three-fold need : to provide an expanded 

sensitivity to the human aspects of the 

practice of engineering ; to enrich the 

student's knowledge of the world in which he 

or she lives-its culture, behavior patterns, 

history, and governance ; and to provide a 

basis for the appreciation of and the ability to 

deal with complex interactions between 

technology and society in the contemporary 

world . Engineers are now working with new 

constraints that demand a consciousness of 

the social and political implications of their 

work . They are interacting with the public in 

explaining their work as the public demands 

greater participation in the decision-making 

process concerning the utilization of 

technology . Because of the significance of 

this technology-society interaction, 

engineering students are encouraged to 

seriously consider their selection of required 

electives in this area . 

Students are urged to plan a non-technical 

electives program which will enhance their 

own interests and objectives . It is recognized 

that, just as engineers show individual 

preference for concentration in one of the 

areas of engineering, they differ in their 

interests in the many areas of the humanities 

and social sciences . However, these subjects 

should be pursued with sufficient depth in 

terms of courses to permit a reasonable level 

of comprehension of the selected areas . In 

order to increase the effectiveness of this 

interest and to meet ABET accreditation 

guidelines, the Humanities and Social 

Studies Electives Committee of the college 

provides a list ofapproved courses in the form 

of 13 coherent groups of courses identified in 

three broad areas as shown in the list . 

Courses in the list which follows are 

selected by the committee with revisions as 

course offerings and needs change . They are 

recommended as satisfying the non-technical 

(humanistic-social) electives requirement in 

the various curricula of the college . However, 

the structure and permissible courses of the 

non-technical elective content of each 

engineering curriculum are established by 

the respective departments . Therefore, 

individual departments may delete courses 

from this list, require certain courses, or 

require selection of courses from specific 

subgroups . Students should consult their 

departments for any restrictions . 

It is recognized that individual students 

may desire to take courses not on the 

approved list . Those students should discuss 

their interests and desires with their 

academic adviser prior to registering for 

elective courses if such courses are to be 

used to satisfy degree requirements . Also the 

catalog may state prerequisites for 

upper-division courses in the list . In such 

cases, students are encouraged to consult 

the instructor in the particular course . With 

respect to student records, deviations from 

this list are handled by means of a 

substitution sheet which originates with the 

adviser . 

In determining whether a course not on the 

list can be approved, comments from our 

accrediting agency are appropriate : 

Subjects such as accounting, industrial 

management, finance, personnel 

administration, and ROTC studies . . . 

normally do not fulfill the objectives desired 

of the humanities and social science content . 

In any course it is the subject matter to be 

evaluated rather than the teacher or the 

department offering the course . Skills 

courses are acceptable only if a substantial 

amount of material relating to cultural values 

is involved as contrasted to routine exercises 

to enhance the student's performance. 

ELECTIVE OPTIONS 

IN HUMANITIES AND SOCIAL STUDIES 

Area I . Human, Economic, and Political 

Relationships to Engineering 

IA . Governance and Political Science 

Economics 3340 

Geography 3610 

History 3795, 4310-20-30, 4370, 

4380 

Political Science 2510-20, 3545-46, 

3555, 3566, 3710-20, 3750-60, 3801- 

02-03-04, 3880, 4060, 4535-36, 

4540-50, 4545-46, 4665-66 

Sociology 3030, 4530, 4560 

IB . Economics 

Economics 2110-20-30, 3110-11-12, 

3120, 3210-11, 3220, 3240, 

3310, 3410-20, 4110 

Geography 2110-20-30, 3410 

Geology 2310 

IC . Sociology and Psychology 

Geography 3000, 3600, 3660 

Psychology 2500, 3120, 3220, 

4650-60,4900 

Rural Sociology 3420 

Sociology 1510-20, 3030, 3150, 

3320, 3410, 3610, 3620, 4330, 4560 

ID . Human Values 


History 3060-70-80, 3270 

Philosophy 2310, 3111-21-31- 

41-51, 3440, 3690 

Religious Studies 2610, 3550, 3600- 

10-20, 3611, 3740 

Zoology 3410 

Area II . Society-its Culture, History, and 

Literature 

IIA. Fine Arts (Note : No more than 8 quarter 

hours may be taken in the performing 

arts-voice, instrumentation, band, 

chorus, etc .) 

Art 1815-25, 3715-16, 3725-26, 

3750,3765-66 

English 2660, 3411-12-20-30-40 

Music 1210-20-30, 1340, 2310-20- 

30-40, 3350, 4210, 4230, 

4241, 4261-71 

Philosophy 2410, 3910 

Theatre 3252-53-54 

IIB . Culture 

American Studies 3010 

Anthropology 3410 

Black Studies 2010-20, 3550-60, 4830 

English 2640-50, 3310, 4721-31-41 

French 2610-20 

Geography 3430, 3450, 3660, 

3910-20-30-40 

History 1950-60, 2350, 3670, 3680, 

4290, 4640-50-60

Italian 2610-20 

Music 1210-20-30, 1340, 2310-20- 

30-40, 3350 

Philosophy 1510-20, 3311-12, 3720 

Political Science 3801-02-03-04 

Religious Studies 3510-20, 3560 

Spanish 2610-20 

Speech 4911-21 

Theatre 3262-63 

IIC . History 

Art 3735-36, 3745-46 


History 2510-20, 2511-21, 2515-25, 

3140-50-60, 3311-21, 3411-12-13, 

3421-22-23,3431-32-33,3610-20, 

3630-40-50,3751-52,3760-70-80-90, 

3810-20-30, 3870-80-90, 4120-30, 

4250-60-70,4280,4380 

Religious Studies 2611, 3121-31 

IID . Literature 

Classics 2710-20, 3210-20-30 

Comparative Literature 2010 

English 2510-20-30-40, 2560-70-80, 

1690,3010-20-30,3070-80, 

3160-70, 3940, 4010-20, 

4050-60-70, 4310-20-30-40, 4610- 

20-30,4651-52 

German 3110-20-30 

Psychology 4880 

Religious Studies 3710-11 

Russian 3610-20-30 

IIE . Anthropology 

Anthropology 2510-20-30,3410, 

3450, 3710, 4420 

Asian Studies 2510-20 

Geography 1910, 3660 

History 1950-60, 3740, 4250-60-70, 

4640-50-60,4670 

Area Ill . Technology and Society 

IIIA . Human Habitat 

Botany 3090 


Geography 3520-30, 3600, 3910, 4075 

Political Science 4940 


Sociology 1510-20, 3130, 3410-20, 

3610, 4030, 4110, 4330 

IIIB . Technology Assessment 

Geography 3490, 4075 

Geology 2310 

Philosophy 3720, 4710 


Rural Sociology 4450 

Sociology 3610, 4330 

University Studies 2010, 4100 

IIIC . Communication 

Journalism 3110, 3710-20, 4410 

Philosophy 2510-20 

Speech 2311, 2331, 3011, 3021 

IIID . Resources 


Forestry 3730 

Geography 2110-20-30, 3490 

Geology 2310 

University Studies 2010, 4110 

American History Requirement . 

Engineering students, regardless of 

national origin, graduating in August 1978 or 

thereafter, must fulfill the American history 

requirement described on page of this 

catalog . Those students who have not had the 

required year of American history in high 

school may choose the required nine quarter 

hours from History 2510, 2520, 2511, and 

2521, or other courses deemed suitable by the 

Department of History . These hours can be 

counted as part of the required block of 

humanities and social studies electives . 

Technical Electives . Technical electives 

are to be selected with the advice and 

approval of the student's major department. 

In some of the curricula tabulations a choice 

of such electives is indicated, and regulations 

in regard to their selection are stated . 

The Voluntary ROTC Program . 

Engineering students may participate in the 

ROTC program . Advanced ROTC courses 

(3000 and 4000 series) may be counted as 

technical elective credit toward an 

engineering degree up to a total of nine (9) 

quarter hours . No ROTC course can be used 

as a humanistic-social elective . Individual 

departments determine the appropriate 

substitutions . 

Approval of Electives and Substitutions . 

Not later than the beginning of the third 

College of Engineering 127 

quarter prior to anticipated graduation, each 

student shall discuss wtih an adviser the 

status of the program of study . Any necessary 

additions to or substitutions in the program, 

or electives requiring special approval, shall 

be cleared in written form at that time, and it 

is each student's responsibility to see that all 

necessary approvals are secured . 

CURRICULA, TABULAR VIEW 

Following are the course requirements for 

the various engineering curricula . The 

numbers in the columns indicate the number 

of quarter hours of credit for each course. 

Columns represent the three principal 

quarters of the academic year-fall, winter, 

and spring . This is not a schedule, and 

courses are given in quarters other than those 

indicated here . This listing is a guide, not a 

rigid schedule . Individual course 

prerequisites should be strictly adhered to, 

even if all courses are not taken as indicated . 

Although the requirements for each degree 

can be completed in fouracademic years (five 

for the cooperative program), the quality of 

the learning experience is much more 

important than the speed with which the 

curricula is completed . 

Humanities-social studies electives are the 

same as non-technical electives in these 

tabulations . Questions about individual 

courses should be directed to the department 

responsible forthe course ; questions abouta 

particular curricula should be directed to the 

major department . 

Aerospace Engineering 

Hours Credit 

Freshman 1 11 Ill 

Math 1840-50-60 . . . . . . . . . . . . . . . . . . . . . . 4 4 4 

Chemistry 1110-20-30 . . . . . . . . . . . . . . . . . 4 4 4 

English 1010 or 1011 ; 1020 ; 1033 . . . . . . 3 3 3 

Graphics 1410-20 . . . . . . . . . . . . . . . . . . . . . 3 3 - 

Basic Engineering 1310-20-30 . . . . . . . . . 4 4 4 

Basic Engineering 1410 . . . . . . . . . . . . . . . - - 2 

Sophomore 

Aero . Engr. 2040 . . . . . . . . . . . . . . . . . . . . . 1 - - 

Math 2840-50-60 . . . . . . . . . . . . . . . . . . . . . . 4 4 4 

Physics 2310-20-30 . . . . . . . . . . . . . . . . . . . 3 3 3 

Eng . Sci . & Mach . 3311, 3700 . . . . . . . . . . - 4 4 

Met . Engr . 2110 . . . . . . . . . . . . . . . . . . . . . . - 3 - 

Speech 2361 . . . . . . . . . . . . . . . . . . . . . . . . . 4 - - 

Computer Science 3150 . . . . . . . . . . . . . . . - - 3 

'Humanities/social studies electives . . . - 

Before entering the third quarter of the 

junior year, the student, with the aid and 

approval of the adviser, must select a 

program of technical electives . 

Junior 

Aero . Engr.3040 . . . . . . . . . . . . . . . . . ., . . - 1 - 

Aero . Engr.3511 . . . . . . . . . . . . . . . . . . . . . - - 4 

Aero . Engr.3610-20 . . . . . . . . . . . . . . . . . . . 3 3 - 

Aero . Engr. 3630-40 . . . . . . . . . . . . . . . . . . . - 3 3 

Elec . Engr . 3110-20-30 . . . . . . . . . . . . . . . . 3 3 3 

Engr . Sci . & Mach . 3320 . . . . . . . . . . . . . . 3 - - 

Mech . Engr. 3311, 3321-30 . . . . . . . . . . . . 3 2 3 

Mach . Engr. 3410 . . . . . . . . . . . . . . . . . . . . . - 3 - 

Mech . Engr. 3440, 4420 . . . . . . . . . . . . . . . - 3 3 

Mach . Engr . 3910 . . . . . . . . . . . . . . . . . . . . . 3 - - 

'Humanities/social studies electives . . . " - -

128 


. 

. . . . . . . . 

. . . 

. 

. . . . 

. 

. . . . . 

Senior 

Aero . Engr.4210-50-60 . . . . . . . . . . . . . . . . 3 

Aero . Engr. 4220, 4510, 4230 . . . . . . . . . 3 

Aero Engr .4471-91 . . . . . . . . . . . . 3 

Aero Engr .4310-20 . . . . . . . . . . . . . . . . . 1 

Mech . Engr . 4510 . . . . . . . . . . . . . . . . . . . . 4 

2Technical electives . . . . . . . . . . . . . . 3 

'Humanities/social studies electives . . - 

Industrial Engr 4520 . . . . . . . . . . . . . . - 

3 

3 

3 

1 

3 

3 

3 

6 

"Humanities/social studies electives : minimum of 19 hours 

required . 

zTechnical electives ; upper-division courses in engineering, 

mathematics, or physical science as approved by the 

department . 

Agricultural Engineering 

(See College of Agriculture Section .) 

Biomedical Engineering 

TOTAL : 203 hours 

Available in Engineering Science Degree 

Program. 

Hours Credit 

Freshman 1 11 111 

See Basic Curriculum, 

Engineering Science . . . . . . . . . . . . . . . . 18 18 17 

Sophomore 

Mathematics 2840-50-60 . . . . . . . . . . . . . . 4 4 4 

Physics 2310-20-30 . . . . . . . . . . . . . . . . . . . 3 3 3 

'Biology 1210-20 and 3120 . . . . . . . . . . . . 4 4 4 

Engr . Sci . & Mech . 3410, 3700, 3110 . . . 4 4 3 

2Humanities/social studies electives . . . 4 4 4 

. . . . 

. . . 

. . . 

. . . 

. . 

. . . 

. . . . 

Junior 

'Chemistry 3211-21-31, 3219-29-39 . . . . . 4 4 4 

Elec . Engr . 3110-20 . . . . . . . . . . . . . . . 3 

Chemet . Engr . 2010-30 . . . . . . . . . . . . . 4 

Engr Sci . & Mach 3311 . . . . . . . . . . . . . 4 

Computer Science 3150 . . . . . . . . . . . . - 

Mech . Engr . 3440 or 3540 . . . . . . . . . . . - 

Mathematics elective . . . . . . . . . . . . . . - 

Engr . Sci & Mech . 3120 or 3320 . . . . - 

ZHumanities/social studies elective 

3 

3 

3 

3 

4 

3 

4 

. . . 

. . 

. . . 

. . 

. . . 

Senior 

Engr.Sci & Mech . 4810, 4620 . . . . . . . 4 4 

Engr. Sci . & Mach . 4010 . . . . . . . . . . . . 

'Zoology 3080 or 3050 . . . . . . . . . . . . . 

- 

- 

4 

5 

3Engr . sci . electives 

(including bio med . engr. elec .) . . . . 

4Technical elective . . . . . . . . . . . . . . . . 

ZHumanities/social studies electives 

4 

6 

3 

_ 

6 

8 

Chemical Engineering 


'Required for pre-medical, pre-dental, and pre-veterinary 

medicine programs. 

2Humanities/social studies courses approved by the 

department . 

3 Appropriate courses in the College of Engineeringapproved 

by the department . 

4Courses in mathematics, statistics, natural science, or 

engineering approved by the department . 

. . . 

. 

. . . 

. . 

. . 

Hours Credit 

Freshman 

/ I/ 111 

Math 1840-50-60 . . . . . . . . . . . . . . . . . . . 

Chemistry 1110-20-30 . . . . . . . . . . . . . . . . . 

English 1010 or 1011 ; 1020 ; 1033 . . . . . 

4 

4 

3 

4 

4 

3 

4 

4 

3 

Graphics 1410-20 . . . . . . . . . . . . . . . . . . 3 

Basic Engineering 1310-20-30 . . . . . . . 4 

Basic Engineering 1410 . . . . . . . . . . . . . - 

- 

4 

2 

3 

4 

- 

. . . 

. . . . 

. 

. . . . . . 

. . 

. . . . 

. . 

. 

'Chem . Engr. 3010 . . . . . . . . . . . . . . . . . - 

Chem . Engr . 4110, 3610 . . . . . . . . . . . . - 

Chem. Engr . 3040, 3050 . . . . . . . . . . . . . . . 4 

Chemistry 3211-19, 3221-29 . . . . . . . . . . . 4 

3 

4 

4 

1 

3 

Sophomore 

Math 2840-50-60 . . . . . . . . . . . . . . . . . . . . . . 4 

Physics 2310-20-30 . . . . . . 

3 

Elec . Engr . 2010-20-30 . . . . . . . . . . . . . . . 3 

4 

3 

3 

4 

3 

3 

Math 3150 . . . . . . . . . . . . . . . . . . . . . . . . 3 

Elec Engr . 3110 and 

either 3120 or 3130 . . . . . . . . . . . . . . . . - 

Met . Engr . 3150 . . . . . . . . . . . . . . . . . . . . - 

2Humanities/social studies electives 

3 

- 

4 

3 

3 

4 

Met . Engr 2110 . . . . . . . . . . . . . . . . . . . . 

Engr Sci . & Mech . 3710 or 

Met . Engr. 3130 . . . . . . . . . . . . . . . . . 

Humanities/social studies electives . . . . 

Engr Sci . & Mech . 2720 . . . . . . . . . . . . . . 

3 

- 

4 

- 

- 

- 

4 

3 

- 

3 

4 

- 

Senior 

Junior 

Chem . Engr. 3620, 4220 . . . . . . . . . . . . . . . 3 3 Elec . Engr .3810-20-30 . . . . . . . . . . . . . . . . 3 3 3 

Chem . Engr. 4410-20 . . . . . . . . . . . . . . . . . - 3 3 Elec . Engr . 3040-50-60 . . . . . . . . . . . . . . . . 3 3 3 

Chem . Engr. 3450, 4530 . . . . . . . . . . . . . . . 3 3 Elec . Engr . 3010, 3720, 3100 . . . . . . . . . . 3 3 3 

Chemet . Engr . 4310-20 . . . . . . . . . . . . . . . . 1 1 Elec . Engr . 3190, 3180 . . . . . . . . . . . . . . . . 3 3 - 

Met. Engr. 3520 . . . . . . . . . . . . . . . . . . . . . . - 3 Mech . Engr. 3520-30-40 . . . . . . . . . . . . . . . 3 3 3 

Chemistry 3430, 4110 . . . . . . . . . . . . . . . . . 3 3 Elec . Engr.3080-90 . . . . . . . . . . . . . . . . . . . - 3 3 

3 3 'Math 3150 . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 - _ 

Major electives . . . . . . . . . . . . . . . . . . . . . . . - 

Technical electives . . . . . . . . . . . . . . . . . . . 3 

ZHumanities/social studies electives . . . 4 

'Not required in the cooperative program . 

2A minimum of one-half (12 quarter hours) of the 

humanities/social studies electives must be taken from a 

single group under oneof the three areas of the humanities 

and social studies electives. 

Civil Engineering 


. . 

. . . 

; 

. 

. 

. 

Hours Credit 

Freshman 

1 11 ll/ 

Math 1840-50-60 . . . . . . . . . . . . . . . . . . . . 4 4 4 

Chemistry 1110-20-30 . . . . . . . . . . . . . . 4 4 4 

English 1010 or 1011 1020 ; 1033 . . . . . . 3 3 3 

Graphics 1410-20 . . . . . . . . . . . . . . . . . . . . 3 3 - 

Basic Engineering 1310-20-30 . . . . . . . . 4 4 4 

Basic Engineering 1410 . . . . . . . . . . . . . . - - 2 

Sophomore 

Civil Engr . 2260, 2360 . . . . . . . . . . . . . . . . . 4 

Civil Engr . 2310 . . . . . . . . . . . . . . . . . . . . . . - 

Civil Engr. 3210 . . . . . . . . . . . . . . . . . . . . . . - 

Engr . Sci . & Mach . 3311, 2720, 3110 . . . 4 

Math 2840-50-60 . . . . . . . . . . . . . . . . . . . . . . 4 

'Non-tech . electives . . . . . . . . . . . . . . . . . . - 

Physics 2310-20 . . . . . . . . . . . . . . . . . . . . . . 3 

Geology 2610 . . . . . . . . . . . . . . . . . ., . . . . . . 3 

Junior 

Civil Engr . 3310, 4220 . . . . . . . . . . . . . . . . . 3 

Civil Engr . 3600, 3610 . . . . . . . . . . . . . . . . . 3 

Civil Engr . 3710, 4110 . . . . . . . . . . . . . . . . . 3 

Computer Science 3150 . . . . . . . . . . . . . . . - 

Elec . Engr . 3110 . . . . . . . . . . . . . . . . . . . . . . - 

Envr . Engr . 4510, 4520 . . . . . . . . . . . . . . . . 3 

Envr. Engr . 3120, 3330 . . . . . . . . . . . . . . . . 3 

4Mech . Engr . 3520 . . . . . . . . . . . . . . . . . . . . - 

Civil Engr. 4430, 4800 . . . . . . . . . . . . . . . . . - 

Civil Engr. 3320, 4410 . . . . . . . . . . . . . . . . . 1 

Senior 

Civil Engr. 4320, 4330 . . . . . . . . . . . . . . . . . 

2Math/science elective . . . . . . . . . . . . . . . . - 

Non-tech . electives . . . . . . . . . . . . . . . . . . . 4 

3Technical electives . . . . . . . . . . . . . . . . . . 9 

Economics 2110 . . . . . . . . . . . . . . . . . . . . . . 3 

'Humanities/social science courses approved by the 

department. 

MMath/science courses approved by the department . 

3Technical electives must be approved by the student's 

adviser and the primary and one of the two secondary areas 

of study must come from the departmental list of approved 

courses for 15 credit and 6 credits respectively. 

4Mechanical Engineering 3311 may be substituted. 

1 

3 

3 

4 

4 

3 

3 

3 

3 

3 3 

3 

1 

3 

4 

9 

3 

4 

3 

3 

4 

4 

3 

3 

3 

3 3 

1 

7 

9 


`Students entering the Computer Engineering Senior Year 

Option must successfully complete Computer Science 3150 

rather than Math 3150. 

During the third quarter of the junior year 

the student, in consultation with the adviser, 

should choose one of the following areas of 

interest . Courses marked with footnote 1 may 

be replaced by othercourses approved bythe 

student's area adviser . 

Notice that any given senior course is 

offered only once every third quarter 

including the summer quarter . 

SENIOR YEAR-AREAS OF INTEREST 

Electromagnetic Fields and 

Communications 

Elec . Engr .4540 . . . . . . . . . . . . . . . . . . . . . . - - 3 

Elec . Engr . 4680-90 . . . . . . . . . . . . . . . . . . . 3 3 - 

Elec . Engr .4100 . . . . . . . . . . . . . . . . . . . . . . - - 3 

Elec . Engr .4570 . . . . . . . . . . . . . . . . . . . . . . 3 - - 

Elec . Engr . 4080 . . . . . . . . . . . . . . . . . . . . . . - 3 - 

Elec . engr. electives . . . . . . . . . . . . . . . . . . 3 3 3 

Elec . engr. or math electives . . . . . . . . . . 3 3 - 

Economics 2110 . . . . . . . . . . . . . . . . . . . . . . - - 3 

Humanities/social studies electives . . . . 4 4 4 


Energy Conversion and 

Power Systems 

Elec . Engr .4410-20-30 . . . . . . . . . . . . . . . . 3 

Elec . Engr . 4370 . . . . . . . . . . . . . . . . . . . . . . 3 

'Elec . Engr .4790 . . . . . . . . . . . . . . . . . . . . . - 

'Elec . Engr .4610 . . . . . . . . . . . . . . . . . . . . . 3 

Elec . Engr.4780 . . . . . . . ., . . . . . . . . . . . . . - 

'Elec . Engr .4690 . . . . . . . . . . . . . . . . . . . . . - 

'Nuclear Engr. 4610 . . . . . . . . . . . . . . . . . . - 

'Elec . Engr .4020 . . . . . . . . . . . . . . . . . . . . . 3 

'Elec . Engr .4810 . . . . . . . . . . . . . . . . . . . . . - 

Economics 2110 . . . . . . . . . . . . . . . . . . . . . . - 

Humanities/social studies electives . . . . 4 

Plasma and Electro- 

Optics Engineering 

2Elec . Engr . 4460, 4470, 4480 . . . . . . . . . . 3 

2Elec . Engr . 4020, 4490, 4500 . . . . . . . . . . 3 

Elec . engr. tech . elective s . . . . . . . . . . . . . 3 

Economics 2110 . . . . . . . . . . . . . . . . . . . . . . - 

Elec . engr . tech . elective s . . . . . . . . . . . . . 3 

Tech . elective . . . . . . . . . . . . . . . . . . . . . . . . - 


3 

3 3 

3 

4 

3 

3 

Systems and Networks 

Elec . Engr . 4810 . . . . . . . . . . . . . . . . . . . . . . 3 - 

Elec. Engr .4630 . . . . . . . . . . . . . . . . . . . . . . - 3 

Elec . Engr .4350 . . . . . . . . . . . . . . . . . . . . . . - - 

Elec . engr . tech . elective s . . . . . . . . . . . . . 3 3 

Elec . engr . tech . elective s . . . . . . . . . . . . . 3 - 3 

3 

3 

4 

3 

3 

3 

3 

4 


3 

3 

3 

3 

4 


Sophomore Elec . engr . tech . electives . . . . . . . . . . . . . 3 3 

Chemet . Engr . 2010-20-30 . . . . . . . . . . . . . 4 4 4 Electrical Engineering Economics 2110 . . . . . . . . . . . . . . . . . . . . . . - - 3 

Chemet . Engr. 2011 . . . . . . . . . . . . . . . . . . . 0 - Humanities/social studies electives . . . . 4 4 4 

Chem . Engr. 3410 . . . . . . . . . . . . . . . . . . . . - - 4 Hours Credit 

Chemistry 2140-49 . . . . . . . . . . . . . . . . . . . . 4 - Freshman / // /// TOTAL : 203 hours 

Math 2840-50-60 . . . . . . . . . . . . . . . . . . . . . . 4 4 4 Math 1840-50-60 . . . . . . . . . . . . . . . . . . . . . . 4 4 4 

Engr . Sci . & Mech . 2720 . . . . . . . . . . . . . . - 3 Chemistry 1110-20-30 . . . . . . . . . . . . . . . . . 4 4 4 Computer Engineering 

'Humanities/social studies electives . . . 4 4 English 1010 or 1011 ; 1020 ; 1033 . . . . . . 4 4 4 'Elec . Engr.4600 . . . . . . . . . . . . . . . . . . . . . 3 - 

Physics 2310-20 . . . . . . . . . . . . . . . . . . . . . . - 3 3 Graphics 1410-20 . . . . . . . . . . . . . . . . . . . . . - 3 3 'Elec . Engr.4740 . . . . . . . . . . . . . . . . . . . . . - 3 

Basic Engineering 1310-30-20 . . . . . . . . . 4 4 4 Elec . Engr. 4700 . . . . . . . . . . . . . . . . . . . . . . - - 3 

Junior Basic Engineering 1410 . . . . . . . . . . . . . . . 2 - - Elec . Engr.4610 . . . . . . . . . . . . . . . . . . . . . . 3 - 

Chem . Engr . 3420-40 . . . . . . . . . . . . . . . . . 4 - 3 Elec . Engr.4630 . . . . . . . . . . . . . . . . . . . . . . - 3 

3 

3 

3

Elec . Engr .4620 . . . . . . . . . . . . . . . . . . . . . . - 

'Elec . Engr .4800 . . . . . . . . . . . . . . . . . . . . . 3 

'Elec . Engr .4820 . . . . . . . . . . . . . . . . . . . . . - 

'Elec . Engr .4830 . . . . . . . . . . . . . . . . . . . . . - 

'Elec . Engr. 4850 or 4750 . . . . . . . . . . . . . 3 

Economics 2110 . . . . . . . . . . . . . . . . . . . . . . - 

Elec . Engr .4100 . . . . . . . ., . . . . . . . . . . . . . - 



Electronics and Instrumentation 

Elec . Engr . 4680-90, 4600 . . . . . . . . . . . . . 3 

Elec . Engr .4370 . . . . . . . . . . . . . . . . . . . . . . 3 

Elec . Engr .4700 . . . . . . . . . . . . . . . . . . . . . . - 

'Elec . Engr . 4100 . . . . . . . . . . . . . . . . . . . . . - 

'Elec . Engr . 4800 . . . . . . . . . . . . . . . . . . . . . 3 

Elec . Engr . 4740 . . . . . . . . . . . . . . . . . . . . . - 

'Elec . Engr . 4610 . . . . . . . . . . . . . . . . . . . . . - 

Economics 2110 . . . . . . . . . . . . . . . . . . . . . . 3 

'Eiec . Engr.4850 . . . . . . . . . . . . . . . . . . . . . - 

'Elec . Engr.4350 . . . . . . . . . . . . . . . . . . . . . - 


Bioslectric Option 

Biology 1210-20-30 . . . . . . . . . . . . . . . . . . . 4 

Chemistry 2230 . . . . . . . . . . . . . . . . . . . . . . . 4 

Elec . Engr . 4660 . . . . . . . . . . . . . . . . . . . . . . - 

Zoology 3080-3089 . . . . . . . . . . . . . . . . . . . - 

Elec . Engr .4850 . . . . . . . . . . . . . . . . . . . . . . 3 

'Elec . Engr.4600 . . . . . . . . . . . . . . . . . . . . . - 

'Elec . Engr.4800 . . . . . . . . . . . . . . . . . . . . . - 

'Elec . Engr.4370 . . . . . . . . . . . . . . . . . . . . . 3 

'Elec . Engr.4820 . . . . . . . . . . . . . . . . . . . . . - 


Engineering Physics 

Freshman 1 

Mathematics 1840-50-6Q . . . . . . . . . . . . . . 4 

English 1010 or 1011 ; 1020 ; 1033 . . . . . . 3 

'Non-technical elective . . . . . . . . . . . . . . . - 

Chemistry 1110-20-30 . . . . . . . . . . . . . . . . . 4 

Graphics 1410-20 . . . . . . . . . . . . . . . . . . . . . 3 

2Physics 1310-20-30 . . . . . . . . . . . . . . . . . . 4 

Sophomore 

Mathematics 2840-50-60 . . . . . . . . . . . . . . 4 

'Non-technical elective . . . . . . . . . . . . . . . 8 

Physics 2310-20-30 . . . . . . . . . . . . . . . . . . . 3 

3Engineering electives . . . . . . . . . . . . . . . . 3 

Junior 

Math electives . . . . . . . . . . . . . . . . . . . . . . . . 3 

Physics 3210-20-30 . . . . . . . . . . . . . . . . . . . 3 

Physics 4210-20 . . . . . . . . . . . . . . . . . . . . . . - 

4Physicslab electives . . . . . . . . . . . . . . . . . 3 

Electives . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 

sTechnicalelectives . . . . . . . . . . . . . . . . . . 3 

Senior 

Physics 4240 (or 4250) . . . . . . . . . . . . . . . . 3 

6Physics 4110-20-30 . . . . . . . . . . . . . . . . . . 3 

7Physics electives . . . . . . . . . . . . . . . . . . . . 3 

STechnicalelectives . . . . . . . . . . . . . . . . . . - 

Electives . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 

3Engineering electives . . . . . . . . . . . . . . . . 3 

3 

3 

4 

3 

3 

3 

4 

3 3 

3 - 

3 

3 

3 

4 4 

4 

3 

3 

3 

4 

3 


4 

5 

3 

4 


'Course will usually be required ; however, a student's major 

adviser may substitute another 4000-level electrical 

engineering course without filing a substitution form . 

2A student must take anythree of the first sixcourses (top two 

lines)-the remaining three of these first six may be any 

4000-level or higher course in electrical engineering . 

Hours Credit 

11 I// 

4 4 

3 3 

- 4 

4 4 

3 - 

4 4 

4 4 

8 8 

3 3 

3 3 

3 3 

3 3 

3 3 

3 3 

3 3 

3 3 

3 3 

3 3 

3 3 

3 3 


'To be taken from College of Liberal Arts triads of Language, 

Literature, and Arts, or History and Society, with at least 16 

hours from courses approved for Language, Literature, and 

Arts. 

2The honors sequence (Physics 1318-28-38) is recommended 

for qualified majors . 

3To be taken in College Engineering . 

^From Physics 3510-20-30,3610-20-30,4510-20-30,4540-50 . 

5From engineering, mathematics, computer science, 

physics, chemistry, or astronomy . 

6Students not pursuing graduate studies may substitute 

Physics 3710-20-30. 

7 1 7rom Physics 3250 . 3710-20-30, 4040, 4110-20-30-40, 

4160,4230-40-50, 4510-20-30-40-50, 4610-20-30, 4710-20-30. 

Astronomy 4110-20-30. 

Engineering Science 

Hours Credit 

Freshman I 11 111 

Mathematics 1840-50-60 . . . . . . . . . . . . . . 4 4 4 

Chemistry 1110-20-30 . . . . . . . . . . . . . . . . . 4 4 4 

English 1010 or 1011 ; 1020 ; 1033 . . . . . . 3 3 3 

Graphics 1410-20 . . . . . . . . . . . . . . . . . . . . . 3 3 - 



Sophomore 

Mathematics 2840-50-60 . . . . . . . . . . . . . . 4 4 4 

Physics 2310-20-30 . . . . . . . . . . . . . . . . . . . 3 3 3 

Met . Engr. 2110 . . . . . . . . . . . . . . . . . . . . . . 3 - - 

Engr . Sci . & Mach . 3700, 3311, 3110 . . . 4 4 3 

Elec . Engr. 3110 . . . . . . . . . . . . . . . . . . . . . . - - 3 

'Humanities/social studies electives . . . 4 4 4 

Junior 

Engr . Sci . and Mach . 3010 . . . . . . . . . . . . 1 

Mach . Engr . 3311 and 3440 

or 3540 . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 

Elec . Engr. 3120 . . . . . . . . . . . . . . . . . . . . . . 3 

Computer Science 3150 . . . . . . . . . . . . . . . 3 

Engr . Sci . and Mach . 3320 or 3120 . . . . - 

Industrial Engineering 4520 . . . . . . . . . . . - 

Mathematics elective . . . . . . . . . . . . . . . . . - 

ZPhysical or biol . science electives . . . . 3 

3Engr. science electives . . . . . . . . . . . . . . . 3 

Industrial Engineering 

Junior 

Computer Science 3150 . . . . . . . . . . . . . . . 3 

Ind . Engr . 3620-30 . . . . . . . . . . . . . . . . . . . . 3 

Ind . Engr.3430-40 . . . . . . . . . . . . . . . . . . . . 3 

Elec . Engr . 3110-20-30 . . . . . . . . . . . . . . . . 3 

Mach . Engr . 3520-30 . . . . . . . . . . . . . . . . . . 3 

Accounting 2110, 2130 . . . . . . . . . . . . . . . . 3 

Ind . Engr .2320 . . . . . . . . . . . . . . . . . . . . . . . - 

Ind . Engr. 3510 . . . . . . . . . . . . . . . . . . . . . . . - 

Ind . Engr .3520 . . . . . . . . . . . . . . . . . . . . . . . - 

Met . Engr. 2110 . . . . . . . . . . . . . . . . . . . . . . - 

Ind . Engr.4520 . . . . . . . . . . . . . . . . . . . . . . . - 

Economics 2110 . . . . . . . . . . . . . . . . . . . . . . - 

Senior 

Humanities/social studies elective . . . . . 4 

Ind . Engr. 4060,4070 . . . . . . . . . . . . . . . . . 3 

Ind . Engr. 4040 . . . . . . . . . . . . . . . . . . . . . . . 3 

Ind . Engr.4870 . . . . . . . . . . . . . . . . . . . . . . . 3 

Technical elective . . . . . . . . . . . . . . . . . . . . 3 

Ind . Engr.4200 . . . . . . . . . . . . . . . . . . . . . . . - 

Ind . Engr . 4590 . . . . . . . . . . . . . . . . . . . . . . . - 

Ind . Engr.4600,4610 . . . . . . . . . . . . . . . . . - 

Ind . engr . electives . . . . . . . . . . . . . . . . . . . - 

Ind . Enqr. 4840 . . . . . . . . . . . . . . . . . . . . . . . - 

3 

3 

3 

6 

3 

3 

3 

3 

3 

3 

3 

3 

4 

3 

3 

3 

3 

3 

6 

Senior 

Engr . Sci . & Mach . 4010 . . . . . . . . . . . . . . - 4 - 

Engr . Sci . & Mach . 4810, 4620 . . . . . . . . . 4 4 - 

3Engr. science electives . . . . . . . . . . . . . . . 3 - 3 

4Technical electives . . . . . . . . . . . . . . . . . . 6 3 9 

'Humanities/social studies electives . . . 4 4 4 


'Humanities/social studies courses approved by the 

department . 

2Appropriate courses approved by the department . 

3Appropriate courses intheCollege of Engineeringapproved 

by the department . 

4Upper-division courses in mathematics, statistics, natural 

science, or engineering approved by the department . 

Hours Credit 

Freshman I 11 /I/ 

Math 1840-50-60 . . . . . . . . . . . . . . . . . . . . . . 4 4 4 

Chemistry 1110-20-30 . . . . . . . . . . . . . . . . . 4 4 4 

English 1010 or 1011 ; 1020 ; 1033 . . . . . . 3 3 3 

Graphics 1410-20 . . . . . . . . . . . . . . . . . . . . . - 3 3 



Sophomore 

Math 2840-50-60 . . . . . . . . . . . . . . . . . . . . . . 4 4 4 

English elective . . . . . . . . . . . . . . . . . . . . . . 4 4 - 

Physics 2310-20-30 . . . . . . . . . . . . . . . . . . . 3 3 3 

Engr . Sci . and Mach . 3311, 3700 . . . . . . . 4 4 - 

Ind . Engr . 2310 . . . . . . . . . . . . . . . . . . . . . . . 1 - - 

Statistics 3450, 3460 . . . . . . . . . . . . . . . . . . - 3 3 

Humanities/social studies electives . . . . - 4 

Ind . Engr . 3610 . . . . . . . . . . . . . . . . . . . . . . . - - 3 

3 

3 

3 

3 

3 

3 

3 6 

3 


. . . 

. . . 

Ind . Engr 4310 . . . . . . . . . . . . . . . . . . . . . - 

Civil Engr 4230 . . . . . . . . . . . . . . . . . . . . - 

Mechanical Engineering 

Before entering the third quarter of the 

junior year the student, with the aid and 

approval of an adviser, must select a program 

of mechanical engineering and technical 

electives . The following areas of 

specialization are available in the senior year : 

energy, environmental, manufacturing, 

machine design, propulsion and aerospace . 

See page 151 . 

. 

. 

. . . 

. 

Junior 

Mach. Engr . 3311, 3321-30 . . . . . . . . . . . . 3 2 3 

Mach . Engr . 3610-20-30 . . . . . . . . . . . . . . . 3 3 3 

Mach . Engr . 3040, 3650-60 . . . . . . . . . . . 1 3 3 

Mach . Engr . 3910, 3440, 4420 . . . . . . . . . 3 3 3 

Aero . Engr. 3511 . . . . . . . . . . . . . . . . . . . . . - - 4 

Mach. Engr . 3410 . . . . . . . . . . . . . . . . . . . . - 3 - 

Engr. Sci . & Mach 3320 . . . . . . . . . . . . 3 - - 

Elec . Engr . 3110-20-30 . . . . . . . . . . . . . . . 3 3 3 

. 

. . . 

. . 

. 

. . . 

Senior 

Mach. Engr . 4310-20 . . . . . . . . . . . . . . . . . 1 1 

Mach Engr . 4510 . . . . . . . . . . . . . . . . . . . 4 - 

Mach Engr . 4471-91 . . . . . . . . . . . . . . . . . 3 3 

Mach. Engr . 4670-80 . . . . . . . . . . . . . . . . . 3 3 

2Mech . engr . electives . . . . . . . . . . . . . . . . 3 3 6 

3Technicalelectives . . . . . . . . . . . . . . . 3 - 3 

'Humanities/social studies electives . . . - 

Industrial Engineering 4520 . . . . . . . . . . . - 3 


"Humanities/social studies electives : minimum of 19 hours 

required. 

2Mechanical engineering electives : senior courses in 

mechanical engineering not otherwise required . 

3Technicalelectives : upper-division courses in engineering, 

mathematics, or physics as approved by the department. 

Metallurgical Engineering 

- 1 

- 3 


. . . 

. . 

. 

. 

Freshman I 11 111 

Math 1840-50-60 . . . . . . . . . . . . . . . . . . . 4 4 4 

Chemistry 1110-20-30 . . . . . . . . . . . . . . . 4 4 4 

English 1010 or 1011 ; 1020 ; 1033 . . . . . . 3 3 3 

Graphics 1410-20 . . . . . . . . . . . . . . . . . . . . 3 3 - 


Basic Engineering 1410 . . . . . . . . . . . . . . - - 2 

. 

. 

Sophomore 

Mach . Engr. 2040 . . . . . . . . . . . . . . . . . . . . 1 - - 

Math 2840-50-60 . . . . . . . . . . . . . . . . . . . . . . 4 4 4 

Physics 2310-20-30 . . . . . . . . . . . . . . . . . . . 3 3 3 

Engr. Sci . & Mach . 3311, 3700 . . . . . . . . . - 4 4 

Met . Engr . 2110 . . . . . . . . . . . . . . . . . . . . . . - 3 - 

Speech 2361 . . . . . . . . . . . . . . . . . . . . . . . . . 4 - - 

Computer Science 3150 . . . . . . . . . . . . . . - - 3 

'Humanitiestsocial studies elective . . . . 

; . 

. . . 

Hours Credit 

Freshman I 11 /it 

Math 1840-50-60 . . . . . . . . . . . . . . . . . . . . . . 4 4 4 

Chemistry 1110-20-30 . . . . . . . . . . . . . . . . . 4 4 4 

English 1010 or 1011 ; 1020 1033 . . . . . 3 3 3 

Graphics 1410-20 . . . . . . . . . . . . . . . . . . 3 - 3 


Basic Engineering 1410 . . . . . . . . . . . . . . . - 2 - 

. 

. . 

. . . 

. . . . 

. . 

. 

. . . 

Sophomore 

Chemet. Engr . 2010-20-30 . . . . . . . . . . . . 4 4 4 

Chemet. Engr . 2011 . . . . . . . . . . . . . . . . . 0 - - 

Chem Engr . 3410 . . . . . . . . . . . . . . . . . . - - 4 

Chemistry 2140-49 . . . . . . . . . . . . . . . . 4 - - 

Math 2840-50-60 . . . . . . . . . . . . . . . . . . . . . . 4 4 4 

Engr. Sci . & Mach . 2720 . . . . . . . . . . . . - 3 - 

ZHumanities/social studies electives . . 4 4 - 

Physics 2310-20 . . . . . . . . . . . . . . . . . . . - 3 3 

. . . 

. . . 

. 

Junior 

Met Engr . 3040-50-60 . . . . . . . . . . . . . . . 4 3 3 

Met Engr . 3210-20-30 . . . . . . . . . . . . . . . 4 3 4 

'Met . Engr . 3010 . . . . . . . . . . . . . . . . . . . . . - - 1 

Met . Engr . 4610 . . . . . . . . . . . . . . . . . . . . . . - - 3 

Chem . Engr . 3420 . . . . . . . . . . . . . . . . . . . . 4 - -

130 College of Engineering 

. . 

. 

. . . . 

Elec . Engr . 3110 and 

either 3120 or 3130 . . . . . . . . . . . . . . . - 3 3 

Engr . Sci & Mach . 3311 . . . . . . . . . . . . . . - 4 - 

Math 3150 . . . . . . . . . . . . . . . . . . . . . . . 3 

2Humanities/social studies electives . . . 4 4 

. . . . 

. . . . 

. . . . 

. . . 

. . . 

. . 

. . . . 

. . . . 

. . . . 

Senior 

Met. Engr . 4240-50 . . . . . . . . . . . . . . . 3 3 

Met Engr 4510-20 . . . . . . . . . . . . . . . . . 3 3 

Met . Engr 4730-40 . . . . . . . . . . . . . . . . 3 3 

Met . Engr . 4760-70 . . . . . . . . . . . . . . . . - 3 3 

Met . Engr . 3150 . . . . . . . . . . . . . . . . . . . - 3 

Chem . Engr . 4110 . . . . . . . . . . . . . . . . . . - 3 

Chemet. Engr . 4310-20 . . . . . . . . . . . . 1 1 

Technical electives . . . . . . . . . . . . . . . - 3 3 

ZHumanities/social studies electives . . . 4 4 

Chemistry 4110 . . . . . . . . . . . . . . . . . . . 3 


'Not required in the cooperative program . 

ZA minimum of one-half (12 quarter hours) of the 

humanities/social studies electives must be taken from a 

single group under one of the three areas . 

Nuclear Engineering 

. 

. . 

. 

. 

. . 

. . . 

Hours Credit 

Freshman / 11 111 

Math 1840-50-60 . . . . . . . . . . . . . . . . . . . . . 4 4 4 

English 1010 or 1011 ; 1020 ; 1033 . . . . 3 3 3 

Chemistry 1110-20-30 . . . . . . . . . . . . . . . . 

Basic Engr. 1310-30-20 . . . . . . . . . . . . . . 

4 

4 

4 

4 

4 

4 

Graphics 1410-20 . . . . . . . . . . . . . . . . . . . 3 - 3 

Basic Engr. 1410 . . . . . . . . . . . . . . . . . . - 2 - 

. 

. 

. . . 

. . . . 

. . 

. . . 

Sophomore 

Math 2840-50-60 . . . . . . . . . . . . . . . . . . . . . 4 4 4 

Nuclear Engr. 2310-20-30 . . . . . . . . . . . . 1 1 1 

Physics 2310-20 . . . . . . . . . . . . . . . . . . . 3 3 - 

Math 3150 . . . . . . . . . . . . . . . . . . . . . . . - - 3 

Engr . Sci . & Mach. 3700, 3311 . . . . . . . - 4 4 

Met. Engr. 3110 . . . . . . . . . . . . . . . . . . . 4 

Humanities/social studies electives . . . . 4 4 4 

. . 

. . . 

. . . 

. . . 

. . . . 

. . . . . 

Junior 

Math 4610, 4710, 4550 . . . . . . . . . . . . . . 3 

Physics 3710-20-30 . . . . . . . . . . . . . . . . 3 

3 

3 

3 

3 

Elec Engr 3110-20 . . . . . . . . . . . . . . . . . . 3 3 

Nuclear Engr . 3210-20 . . . . . . . . . . . . . . . . 4 4 

Nuclear Engr . 3010 . . . . . . . . . . . . . . . . 4 

Ind . Engr .4520 . . . . . . . . . . . . . . . . . . . - 3 

Met . Engr 3160 . . . . . . . . . . . . . . . . . . - 3 

Humanities/social studies electives . . . . - 4 4 

. 

. 

. 

. . . . 

. . 

. . . . . 

Senior 

Nuclear Engr . 4110-20-30 . . . . . . . . . . . . 3 3 3 

Nuclear Engr . 4210-20-30 . . . . . . . . . . . . 3 3 3 

Nuclear Engr . 4710-20-30 . . . . . . . . . . . . 4 

Nuclear Engr . 3150 . . . . . . . . . . . . . . . 3 

4 3 

Nuclear Engr .4810-20 . . . . . . . . . . . . . . - 3 3 

Tech electives . . . . . . . . . . . . . . . . . . . 3 3 3 

TOTAL : 198 hours

Cooperative Curriculum in Aerospace Engineering 

Students Working Spring and Fall Ouarters-Group A 

Fall Winter Spring Summer 

FIRST Math 1840 . . . . . . . . .4 Math 1850 . . . . . . . . . 4 Math 1860 . . . . . . . . . 4 

YEAR Chemistry 1110 . . . .4 Chem . 1120 . . . . . . . . 4 Chemistry 1130 . . . .4 

English1010 or 1011 .3 English 1020 . . . . . . .3 WORK English 1033 . . . . . . .3 

Graphics 1410 . . . . .3 Graphics 1420 . . . . .3 Basic Engr. 1330 . . . 4 

Basic Engr . 1310 . . .4 Basic Engr . 1320 . . .4 Basic Engr. 1410 . . . 2 

SECOND Aero . Engr . 2040 . . . 1 Math 2850 . . . . . . . . . 4 

YEAR Math 2840 . . . . . . . . . 4 Physics 2320. . . . . . .3 

WORK Physics 2310 . . . . . . .3 WORK ES SM3311 . . . . . . .4 

Speech 2361 . . . . . . .4 Met. Enpr. 2110 . . . . 3 

'Humanities/social 'Humanities/ social 

studies elect . . . studieselect . . . ..* 

THIRD Math 2860 . . . . . . . . . 4 Aero . Engr . 3040 . . .1 

YEAR Physics 2330 . . . . . . . 3 Aero . Engr . 3610 . . .3 

WORK ES &M 3700 . . . . . . .4 WORK Elec . Engr. 3110 . . . .3 

Comp . Sci . 3150 . . . . 3 ES 3 M 3320 . . . . . . . 3 

'Humanities /social Mach . Engr . 3311 . .3 

studies elect . . . . ' Mech . Engr . 3910 . .3 

FOURTH Aero Engr . 3620 . . . . 3 Aero Engr. 3511 . . . . 4 

YEAR Aero Engr .3630 . . . . 3 Aero Engr. 3640 . . . . 3 

Elec . Engr . 3120 . . . . 3 Elec . Engr. 3130 . . . .3 

WORK Mach . Engr . 3321 . .2 WORK Mach . Engr . 3330 . .3 

Mach . Engr . 3410 . .3 Mach . Engr . 4420 . .3 

Mech . Engr . 3440 . .3 'Humanities/ social 

studieselect. . . .' 

FIFTH 

YEAR 

Aero Engr . 4210 . . . . 3 Aero Engr . 4510 . . . . 3 Aero Engr . 4230 . . . . 3 

Aero Engr . 4220 . . . . 3 Aero Engr . 4250 . . . . 3 Aero Engr . 4260 . . . . 3 

Aero Engr . 4471 . . . . 3 Aero Engr . 4491 . . . . 3 'Tech . elect . . . . . . . . 6 

Aero Engr . 4310 . . . . 1 Aero Engr . 4320 . . . .1 'Humanities/SOCIal 

Mech . Engr. 4510 . .4 'Humanities/social studies elect . . . . ' 

'Tech . elect . . . . . . . . 3 studies elect . . . 

Industrial 

Engr . 4520 . . . . . 3 

Students Working Summerand Winter Quarters-Group B 




YEAR Chemistry 1110 . . . .4 Chem . 1120 . . . . . . . . 4 Chemistry 1130 . . . . 4 

English 1010 or 1011 .3 English 1020 . . . . . . . 3 English 1033 . . . . . . .3 WORK 

Graphics 1410 . . . . .3 Graphics 1420 . . . . . 3 Basic Engr . 1330 . . . 4 

Basic Engr . 1310 . . . 4 Basic Engr . 1320 . . . 4 Basic Engr . 1410 . . . 2 

SECOND Aero Engr . 2040 . . . . 1 Math 2850 . . . . . . . . . 4 

YEAR Math 2840 . . . . . . . . . 4 Physics 2320 . . . . . . .3 

Physics 2310 . . . . . . .3 WORK ES & M3311 . . . . . . .4 WORK 

'Humanities/social Met . Engr . 2110 . . . .3 

studies elect . . 'Humanities/ social 

Speech 2361 . . . . . . .4 studieselect. . . . ' 

THIRD Math 2860 . . . . . . . . . 4 Aero Engr . 3040 . . . . 1 

YEAR Physics 2330 . . . . . . .3 Aero Engr. 3610 . . . . 3 

ES 8 M 3700 . . . . . . .4 Elec . Engr. 3110 . . . . 3 

Comp . Sci . 3150 . . . . 3 WORK ES & M 3320 . . . . . . .3 WORK 

'Humanities/ social Mech . Engr . 3311 . .3 

studies elect . . . . ' Mech . Engr . 3910 . . 3 

FOURTH Aero Engr . 3620 . . . . 3 Aero Engr .3511 . . . . 4 

YEAR Aero Engr . 3630 . . . . 3 Aero Engr. 3640 . . . . 3 

Elec . Engr . 3120 . . . . 3 Elec . Engr. 3130 . . . .3 

Mech . Engr. 3321 . .2 WORK Mech . Engr . 3330 . . 3 WORK 

Mech . Engr. 3410 . . 3 Mech . Engr . 4420 . . 3 

Mech . Engr. 3440 . .3 'Humanities/ social 

studieselect . . . . ' 

FIFTH Aero Engr . 4210 . . . . 3 Aero Engr . 4510 . . . . 3 Aero Engr .4230 . . . . 3 

YEAR Aero Engr. 4220 . . . . 3 Aero Engr .4250 . . . . 3 Aero Engr .4260 . . . . 3 

Aero Engr. 4471 . . . . 3 Aero Engr .4491 . . . . 3 'Tech . elect . . . . . . . . 6 

Aero Engr . 4310 . . . . 1 Aero Engr . 4320 . . . .1 'Humanities/ social 

Mech . Engr . 4510 . . 4 'Humanities/social studieselect . . . . ' 

'Tech . elect . . . . . . . . 3 studies elect . . . 

Industrial 

Engr . 4520 . . . . .3 TOTAL : 203 hours 

"Humanities/social studies electives ; minimum of 19 hours required . 

'Technical electives ; upper-division courses in engineering, mathematics, or physical science as approved by the department. 

College of Engineering


Cooperative Curriculum in Metallurgical Engineering 

Students Working Spring and FallQuarters-Group A 



YEAR Chemistry 1110 . . . .4 Chemistry 1120 . . . . 4 Chemistry 1130 . . . . 4 


Graphics 1410 . . . . .3 Basic Engr .1410 . . . 2 Basic Engr.1320 . . . 4 

Basic Engr. 1310 . . .4 Basic Engr .1330 . . . 4 Graphics 1420 . . . . . 3 

SECOND Chemet . Engr . 2010 .4 Chemet. Engr.2030 . 4 

YEAR Chemistry 2140-49 . 4 Math 2850 . . . . . . . . . 4 

WORK Math 2840 . . . . . . . . . 4 WORK ES SM 2720 . . . . . . . 3 

'Humanities/ social 'Humanities/ social 

studies elect . . . . 4 studies elect . . . . 4 

Physics 2310 . . . . . . . 3 

THIRD Chemet . Met . Engr. 3210 . . . .4 

YEAR Engr . 2020 . . . . .4 Met . Engr. 3040 . . . .4 

WORK Chem . Engr. 3410 . .4 WORK Math 3150 . . . . . . . . .3 

Math 2860 . . . . . . . . .4 'Humanities/social 

Physics 2320 . . . . . . .3 studies elect . . .4 

Met . Engr. 4610 . . . .3 

. 

. . 

. 

FOURTH 

YEAR WORK 

Chem . Engr 3420 . .4 

Met . Engr 3220 . . .3 

Met . Engr. 3050 . . . .3 

Elec . Engr . 3110 . . .3 

ES & M 3311 . . . . . . .4 

WORK 

Met . Engr . 3230 . . . .4 

Met . Engr . 3060 . . . .3 

Elec. Engr . 3120 

or 3130 . . . . . . . . . .3 

'Humanities/social 

studies elect . . .4 

FIFTH Chemet . Eng . 2011 .0 Met. Engr . 4520 . . . .3 Met . Engr. 3150 . . . .3 

YEAR Met . Engr. 4240 . . . .3 Met. Engr . 4740 . . . .3 Met . Engr. 4770 . . . .3 

Met . Engr. 4510 . . . .3 Met . Engr . 4760 . . . .3 Met . Engr. 4250 . . . .3 

Met . Engr. 4730 . . . .3 Chem . Engr . 4110 . .3 Chemet. 

Chemet. Tech . elective . . . . . .3 Engr . 4320 . . . . .1 

Engr . 4310 . . . . .1 Tech . elective . . . . . .3 

Chemistry 4110 . . . .3 'Humanities/social 

'Humanities/social studies elect . . .4 TOTAL: 200 hours 


Students Working Summerand WinterQuarters-Group B 




English1010or 1011 .3 English 1020 . . . . . . .3 English 1033 . . . . . . . 3 WORK 

Graphics 1410 . . . . .3 Basic Engr . 1420 . . . 2 Basic Engr . 1320 . . . 4 

Basic Engr . 1310 . . .4 Basic Engr . 1330 . . . 4 Graphics 1420 . . . . . 3 

SECOND Chemet. Engr. 2010 .4 Chemet. Engr.2020 . 4 

YEAR Chemet. Engr. 2011 .0 Chemet . Engr.2030 . 4 

Chemistry 2140-49 . 4 WORK Chem . Engr . 3410 . .4 WORK 

Math 2840 . . . . . . . . . 4 Math 2850 . . . . . . . . . 4 

'Humanities/ social 

studies elect . . . . 4 

THIRD Met . Engr . 3040 . . . .4 Math 2860 . . . . . . . . .4 

YEAR Physics 2310 . . . . . . .3 Math 3150 . . . . . . . . .3 

Met . Engr . 3210 . . . .4 WORK ES 8 M 2720 . . . . . . .3 WORK 

Chem . Engr . 3420 . .4 Physics 2320 . . . . . . .3 



FOURTH Met. Engr . 3050 . . . .3 Met . Engr. 3060 . . . .3 

YEAR Met . Engr . 3220 . . . .3 Met . Engr. 3230 . . . .4 

ES 8 M 3311 . . . . . . .4 WORK Elec . Engr. 3120 WORK 

Elec . Engr . 3110 . . . .3 or 3130 . . . . . . . .3 

'Humanities/social 'Humanities/social 

studies elect . . .4 studies elect . . .4 

Met . Engr. 4610 . . . .3 

FIFTH Met . Engr . 4240 . . . .3 Met . Engr . 4520 . . . .3 Met . Engr . 3150 . . . .3 

YEAR Met . Engr . 4510 . . . .3 Met . Engr . 4740 . . . .3 Met . Engr. 4770 . . . .3 

Met . Engr . 4730 . ; . .3 Met . Engr . 4760 . . . .3 Met . Engr. 4250 . . . .3 

Chemet . Chem . Engr . 4110 . .3 Chemet . Engr . 4320 1 

Engr . 4310 . . . . . 1 Tech . elective . . . . . .3 Tech . elective . . . . . .3 

Chemistry 4110 . . . .3 'Humanities/social 

'Humanities/social studies elect . . .4 

studies elect . . .4 TOTAL : 200 hours 

'A minimumof one-half (12hours) of the non-technical electivesmust betakenfrom asingle groupunder one of the threeareasof the 

humanities and social studies electives .

Cooperative Curriculum in Civil Engineering 

Students Working Spring and Fall Quarters-Group A 




English1010 or 1011 .3 English 1020 . . . . . . . 3 WORK English 1033 . . . . . . . 3 

Graphics 1410 . . . . .3 Graphics 1420 . . . . . 3 Basic Engr. 1330 . . . 4 

Basic Engr . 1310 . . .4 Basic Engr. 1320 . . .4 Basic Engr.1410 . . . 2 

SECOND Physics 2310 . . . . . . . 3 Civil Engr . 2260 . . . . 3 

YEAR Civil Engr . 2310 . . . . 1 Engr . Sci . & Mach . 

WORK Engr . Sci . & Mech . WORK 2720 . . . . . . . . . . .3 

3311 . . . . . . . . . . .4 Math 2850 . . . . . . . . . 4 

Math 2840 . . . . . . . . . 4 'Humanities/ social 

Geology 2610 . . . . . . 3 studies elect . . . . . 4 

Physics 2320 . . . . . . .3 

THIRD Civil Engr . 3210 . . . . 3 Civil Engr . 3600 . . . . 3 

YEAR Engr . Sci . & Mech . Civil Engr . 3710 . . . . 3 

WORK 3110 . . . . . . . . . . .3 WORK Civil Engr . 4410 . . . . 3 

Math 2860 . . . . . . . . . 4 Elec . Engr . 3110 . . . . 3 

Civil Engr. 2360 . . . .3 Envr . Engr . 3120 . . . 3 

Envr . Engr. 4510 . . .3 Civil Engr . 4800 . . . . 3 

FOURTH Civil Engr . 3310 . . . .3 Civil Engr . 4220 . . . . 3 

YEAR Civil Engr . 3610 . . . .3 Comp . Sci . 3150 . . . . 3 

WORK Civil Engr . 4110 . . . . 3 WORK Envr. Engr . 4520 . . . 3 

Civil Engr . 3320 . . . . 1 Humanities/ social 

Envr. Engr . 3330 . . . 3 studies elect . . .4 

Civil Engr . 4430 . . . .3 2Mech . Engr . 3110 . .3 

. 

. . . . . 

FIFTH Economics 2110 . . .3 Civil Engr . 4320 . . . . 1 Civil Engr. 4330 . . . . 1 

YEAR 

Humanities Isocial 

studies elect . . . . . 4 

'Tech . elect . . . . . . . 9 

Humanities/ social 

studies elect . . . . .4 

Tech . elect . . . . . . .9 

4Math/sci . elect . . . . .3 



Tech . elect . . . . . . 9 

Students Working Summerand Winter Ouarters-Group 8 





English 1010 or 1011 .3 English 1020 . . . . . . . 3 English 1033 . . . . . . . 3 WORK 


Basic Engr . 1310 . . .4 Basic Engr. 1320 . . . 4 Basic Engr . 1410 . . . 2 

SECOND Civil Engr . 2260 . . . . 3 Civil Engr . 2360 . . . . 3 

YEAR Physics 2310 . . . . . . . 3 Engr . Sci . & Mach . 

Engr . Sci . & Mach . WORK 2720 . . . . . . . . . . .3 WORK 

3311 . . . . . . . . . . .4 Math 2850 . . . . . . . . . 4 

Math 2840 . . . . . . . . . 4 'Humanities/ social 

Geology 2610 . . . . . . 3 studies elect . . . . . 4 

Physics 2320 . . . . . . . 3 

THIRD Civil Engr . 2310 . . . . 1 Civil Engr . 4410 . . . .3 

YEAR Math 2860 . . . . . . . . . 4 Civil Engr . 3610 . . . . 3 

Civil Engr. 3210 . . . .3 Civil Engr . 4800 . . . .3 

Engr . Sci . & Mach . WORK Elec . Engr . 3110 . . . .3 WORK 

3110 . . . . . . . . . . .3 Civil Engr . 4110 . . . .3 

Envr. Engr . 4510 . . .3 

Civil Engr . 3710 . . . .3 

FOURTH Civil Engr . 3310 . . . . 3 Civil Engr . 4220 . . . .3 

YEAR Civil Engr. 3320 . . . . 1 Comp . Sci . 3150 . . . .3 

Civil Engr. 3600 . . . . 3 Humanities/ social 

Envr . Engr . 3120 . . .3 WORK studies elect . . . . . 4 WORK 

MMech . Engr . 3110 . .3 Envr . Engr. 3330 . . . 3 

Civil Engr. 4430 . . . . 3 Envr . Engr. 4520 . . . 3 

FIFTH Economics 2110 . . . 3 Civil Engr . 4320 . . . . 1 Civil Engr . 4330 . . . . 1 

YEAR Humanities/ social Humanities /social Humanities/ social 

studies elect . . . . . 4 studies elect . . . . . 4 studies elect. . . . . 7 

'Tech . elect . . . . . . . . 9 4Math/sci . elect . . . . .3 Tech . elect . . . . . . . . 9 

Tech . elect . . . . . . . . .9 


'Humanities/social studies courses approved by the department . 

'Mechanical engineering 3520 or 3311 may be substituted . 

'Technical electives must be approved by thestudent's adviser and the primary and one of thetwosecondary areas of study must 

come from the departmenal list of approved courses for 15 credits and 6 credits respectively . 

'Math/science courses approved by the department . 



Cooperative Curriculum in Electrical Engineering 



FIRST Math 1840 . . . . . . . . .4 Math 1850 . . . . . . . . .4 Math 1860 . . . . . . . . .4 

YEAR Chemistry 1110 . . . .4 Chemistry 1120 . . . .4 Chemistry 1130 . . . .4 


Basic Engr . 1310 . . .4 Basic Engr . 1330 . . .4 Basic Engr. 1320 . . .4 

Basic Engr . 1410 . . .2 Graphics 1420 . . . . .3 

SECOND Math 2840 . . . . . . . . .4 Math 2850 . . . . . . . . .4 

YEAR Physics 2310 . . . . . . .3 Physics 2320 . . . . . . .3 

WORK EE 2010 . . . . . . . . . . .3 WORK EE 2020 . . . . . . . . . . .3 

Met. Engr . 2110 . . . .4 Humanities/social 

Humanities/social studies elect . . .4 

studies elect . . .4 Engr . Sci . & 

Mach . 2720 . . . .3 

THIRD Math 2860 . . . . . . . . .4 EE 3810 . . . . . . . . . . .3 

YEAR Physics 2330 . . . . . . .3 EE 3040 . . . . . . . . . . .3 

WORK EE 2030 . . . . . . . . . . .3 WORK EE 3010 . . . . . . . . . . .3 

EM 3710 or Met . EE 3190 . . . . . . . . . . .3 

Engr. 3130 . . . . .3 Mach . Engr . 3520 . .3 

Humanities/social Math 3150 . . . . . . . . .3 

studies elect . . . .4 

FOURTH EE 3820 . . . . . . . . . . .3 EE 3830 . . . . . . . . . . .3 

YEAR EE 3050 . . . . . . . . . . .3 EE 3060 . . . . . . . . . . .3 

WORK EE 3720 . . . . . . . . . . .3 WORK EE 3100 . . . . . . . . . . .3 

EE 3180 . . . . . . . . . . .3 Mach . Engr . 3540 . .3 

Mach . Engr. 3530 . .3 EE 3090 . . . . . . . . . . .3 

EE 3080 . . . . . . . . . . .3 

TOTAL : 203-206hours 

FIFTH See Senior Year Areas of interest, page 128 . 

YEAR 

Students Working Summer and Winter Quarters-Group 8 

Fell Winter Spring Summer 



English1010or 1011 .3 English 1020 . . . . . . .3 English 1033 . . . . . . .3 WORK 

Graphics 1410 . . . . .3 Basic Engr . 1410 . . .2 Basic Engr . 1320 . . .4 

Basic Engr . 1310 . . .4 Basic Engr .1330 .. . . .4 Graphics 1420 . . . . .3 



EE 2010 . . . . . . . . . . .3 WORK EE 2020 . . . . . . . . . . .3 WORK 

Met . Engr . 2110 . . . .3 Humanities/social 

Humanities/social studies elect . . .4 

studies elect . . .4 Engr. Sci . & 

Mech . 2720 . . . .3 

. . . 

. . 

. 

. . 

THIRD 

YEAR 

Math 2860 . . . . . . . .4 

Physics 2330 . . . . . . .3 

EE 2030 . . . . . . . . . . .3 

EM 3710 or Met 

Engr . 3130 . . . . .3 

Humanities/social 


WORK 

EE 3810 . . . . . . . . .3 

EE 3040 . . . . . . . . .3 

EE 3010 . . . . . . . . . .3 

EE 3190 . . . . . . . . .3 

Mech . Engr . 3520 . .3 

Math 3150 . . . . . . . . .3 

. 

. 

FOURTH EE 3820 . . . . . . . . . . .3 EE 3830 . . . . . . . . . . .3 

YEAR EE 3050 . . . . . . . . . .3 EE 3060 . . . . . . . . . . .3 

EE 3720 . . . . . . . . . .3 

EE 3180 . . . . . . . . . . .3 WORK 

EE 3100 . . . . . . . . . . .3 

Mech . Engr. 3540 . .3 

Mech . Engr. 3530 . .3 EE 3090 . . . . . . . . . . .3 

EE 3080 . . . . . . . . . . .3 

FIFTH See Senior Year Areas of interest, page 128 . 

YEAR 

WORK 

WORK 

TOTAL : 203-206hours

Cooperative Curriculum in Engineering Physics 




YEAR English1010 or 1011 .3 English 1020 . . . . . . .3 Chemistry 1130 . . . .4 

Chemistry 1110 . . . .4 Chemistry 1120 . . . .4 WORK English 1033 . . . . . . .3 

Graphics 1410 . . . . .3 Graphics 1420 . . . . .3 'Non-tech . elect. . . .4 

2Physics 1310 . . . . . .4 2Physics 1320 . . . . . .4 2Physics 1330 . . . . . .4 


YEAR Physics 2310 . . . . . . .3 

Physics 2320 . . . . . . .3 

WORK 

3Engr . 

WORK 

elect. . . . . . . .3 

3Engr . elect. . . . . . . .3 

'Non-tech . elect . . . .8 'Non-tech . elect . . . .8 

THIRD Math 2860 . . . . . . . . .4 Math elective . . . . . .3 


WORK Physics 3210 . . . . . . .3 WORK 4Physics lab . . . . . . . .3 

4Physics lab . . . . . . . .3 Engr. elective . . . . . .3 

'Non-tech . elect . . . .4 'Non-tech . elect . . . .3 

FOURTH Math elective . . . . . .3 Math elective . . . . . .3 

YEAR Physics 3220 . . . . . . .3 Physics lab . . . . . . . .3 

WORK Physics 4210 . . . . . . .3 WORK Physics 4220 . . . . . . .3 

Elective . . . . . . . . . . . .3 Elective . . . . . . . . . . . .3 

5Tech . elective . . . . .3 5Tech . elective . . . . .3 

. 

. 

. . 

. . 

. . . . 

. 

FIFTH 

YEAR 

aPhysics 4110 . . . . . .3 

Physics 4240 

or 4250 . . . . . . . .3 

7Physics elective . . .3 

Elective . . . . . . . . . . .3 

aPhysics 4120 . . . . .3 


5Tech . elective . . . . .3 

3Engr. elective . . . . .3 

Elective . . . . . . . . . . .3 

aPhysics 4130 . . . . . .3 

7Physics elective . .3 

5Tech . elective . . .3 

3Engr . elective . . .3 

Elective . . . . . . . . . .3 

3Engr . elective . . . .3 

Students Working Summer and Winter Quarters-Group 8 

. . 

. . . 

. . 

FIFTH 

YEAR 

aPhysics 4110 . . . . . .3 

Physics 4240 

or 4250 . . . . . .3 

aPhysics 4120 . . . . .3 


5Tech elective . . . . .3 

aPhysics 4130 . . . . .3 


5Tech . elective . . . . .3 


Elective . . . . . . . . . . . .3 

3Engr.-elective . . . . .3 


Elective . . . . . . . . . . . .3 


Elective . . . . . . . . . . 3 

'To be taken from the College of Liberal Arts triads of Language, Literature and Arts, or History and Society, with at 

least 16 hours from courses approved for Language, Literature and Arts . 

2The honors sequence (Physics 1316-28-38) is recommended for qualified majors . 

3To be taken in College of Engineering . 

4From Physics 3510-20-30, 3610-2030, 4510-20-30, 454050 . 

SFrom engineering, mathematics, computer science, physics, chemistry, or astronomy. 

°Students not pursing graduate studies may substitute Physics 37102030. 

7From Physics 3520, 37102030, 4040, 4110203040, 4160 : 42304050, 451020304050, 46102030, 47102030, 

Astronomy 411G- 20- 30 . 





YEAR English1010 or 1011 .3 English 1020 . . . . . . .3 'Non-tech . elect . . . .4 

Chemistry 1110 . . . .4 Chemistry 1120 . . . .4 Chemistry 1130 . . . .4 WORK 

Graphics 1410 . . . . .3 Graphics 1420 . . . . .3 English 1033 . . . . . . .3 

2Physics 1310 . . . . . .4 2Physics 1320 . . . . . .4 2Physics 1330 . . . . . .4 


YEAR 'Non-tech . elect . . . .8 

'Non-tech . elect. . . .8 

Physics 2310 . . . . . . .3 

WORK 

Physics 2320 . . . . . . .3 

3Engr . elect . . . . . . . .3 3Engr . elect . . . . . . . .3 

WORK 

THIRD Math 2860 . . . . . . . . .4 Math elective . . . . . .3 


Physics 3210 . . . . . . .3 WORK Physics 4210 . . . . . . .3 WORK 

4Physics lab . . . . . . . .3 Engr. elect. . . . . . . . .3 

'Non-tech elect. . . . .4 'Non-tech . elect . . . .3 

FOURTH Math elective . . . . . .3 Math elective . . . . . .3 

YEAR 4Physics lab . . . . . . . .3 Physics 4220 . . . . . . .3 

sEngr. elective . . . . .3 WORK Physics 3230 . . . . . . .3 WORK 

Electives . . . . . . . . . . .6 4Physics lab . . . . . . . .3 

3Engr. elect . . . . . . . .3 

TOTAL : 199 hours


Cooperative Curriculum in Engineering Science 

Students Working Spring and Fall Quarters-GroupA 



YEAR Chemistry 1110 . . . .4 Chemistry 1120 . . . . 4 Chemistry 1130 . . . .4 

English1010or 1011 .3 English 1020 . . . . . . .3 WORK English 1033 . . . . . . .3 

Graphics 1410 . . . . .3 Graphics 1420 . . . . . 3 Basic Engr .1330 . . . 4 

Basic Engr . 1310 . . .4 Basic Engr. 1320 . . . 4 Basic Engr .1410 . . . 2 

SECOND Math 2840 . . . . . . . . . 4 Math 2850 . . . . . . . . . 4 

YEAR Physics 2310 . . . . . . . 3 Physics2320 . . . . . . . 3 

WORK Met . Engr .2110 . . . .3 WORK ES &M3311 . . . . . . .4 

ES&M 3700 . . . . . . .4 'Humanities /social 

'Humanities1 social studies elect . . . . 4 


THIRD Math 2860 . . . . . . . . . 4 Mech . Engr . 3311 . .3 

YEAR Physics 2330 . . . . . . . 3 Else . Engr . 3120. . . . 3 

WORK ES&M3110 . . . . . . . 3 WORK Comp . Sci . 3150 . . . . 3 

Elec . Engr . 3110 . . . .3 'Phys . or bio . sci . 

'Humanities/ social elective . . . . . . . .3 

studies elect . . . . 4 'Engr . sci . elect . . . . 3 

FOURTH Mach . En r.3440 

Math elective . . . . . . 3 

YEAR or 3548 . . . . . . . . . 3 

'Phys. or bio . sci . 

ES & M 3320 elective . . . . . . . .3 

WORK or3120 . . . . . . . . . 3, WORK 'Indus. Engr . 4520 . .3 

'Phys . or Sio . Sci . 

elective . . . . . . . .3 

Engr . sci . elect . . . . 6 

'Engr . sci . elect . . . . 6 

FIFTH ES &M 4810 . . . . . . .4 ES & M 4010 . . . . . . .4 'Engr . sci . elect . . . . 3 

YEAR 'Engr . sci . elect . . . . 3 ES & M 4620 . . . . . . .4 'Tech . elective . . . . . 9 

'Tech . elect . . . . . . . . 6 'Tech . elect . . . . . . . . 3 'Humanities/ social 

'Humanities/ social 'Humanities/social studies elect . . . . 4 



'Humanities/ social studies courses approved by the department . 

'Appropriate courses approved by thedepartment . 

'Appropriate courses in theCollege of Engineering approved by the department. 

'Upper-division courses in mathematics, statistics, natural science, or engineering approved by the department . 

TOTAL: 196 hours 


FIRST Math 1840 . . . . . . . . .4 Math 1850 . . . . . . . . . 4 Math 1860 . . . . . . . . .4 


English1010or 1011 .3 English 1020 . . . . . . . 3 English 1033 . . . . . . .3 WORK 


Basic Engr . 1310 . . .4 Basic Engr. 1320 . . . 4 Basic Engr .1410 . . . 2 


YEAR Physics 2310 . . . . . . .3 Physics 2320. . . . . . .3 

Met . Engr . 2110 . . . . 3 WORK ES&M3311 . . . . . . .4 WORK 

ES & M 3700 . . . . . . .4 'Humanities/ social 

'Humanities/ social studies elect . . . . 4 


THIRD Math 2860 . . . . . . . . . 4 Mach . Engr. 3311 . .3 

YEAR Physics 2330. . . . . . . 3 Elec . Engr. 3120 . . . .3 

ES &M3110 . . . . . . .3 WORK Comp . Sci . 3150 . . . . 3 WORK 

Elect . Engr . 3110 . . . 3 'Phys . or bit). 

'Humanities/ social sci. elect . . . . . . . 3 

studies elect . . . . 4 'Engr . sci . elective . 3 

FOURTH Mach . Engr. 3440 Math elective . . . . . . 3 

YEAR or3540 . . . . . . . . . 3 'Phys . or bio. 

ES &M 3320 WORK sci . elect . . . . . . .3 WORK 

or3120 . . . . . . . . . 3 Indus . Engr . 4520 . .3 

'Phys . or bio. 'Engr . sci . elect . . . . 6 

sci . elect . . . . . . . 3 

'Engr . sci . elective .6 

FIFTH ES &M 4810 . . . . . . .4 ES &M4010 . . . . . . .4 'Engr . sci . elective . 3 

YEAR 'Engr . sci . elective .3 ES &M 4620 . . . . . . . 4 'Technical elective . 9 

'Technical elective . 6 'Tech . elect . . . . . . . . 3 'Humanities/ social 

'Humanities/ social 'Humanities /social studies elect . . . . 4 

studies elect. . . . 4 studies elect . . . . . 4 

TOTAL : 196 hours

Cooperative Curriculum in Industrial Engineering 

Students Working Spring and FallQuarters-Group A 





Basic Engr . 1410 . . .2 Graphics 1410 . . . . .3 Basic Engr . 1330 . . .4 

Basic Engr . 1310 . . .4 Basic Eng . 1320 . . . .4 Graphics 1420 . . . . .3 


YEAR English elective . . . .4 English elective . . . .4 

WORK Physics 2310 . . . . . . .3 WORK Physics 2320 . . . . . . .3 

ES & M 3311 . . . . . . .4 ES & M 3700 . . . . . . .4 

Indus . Engr . 2310 . .1 Statistics 3450 . . . . .1 

THIRD Math 2860 . . . . . . . . .4 Comp. Sci . 3150 . . . .3 

YEAR Humanities/social Indus . Engr . 3620 . .3 

WORK studies elect . . . .4 WORK Indus . Engr . 3430 . .3 

Physics 2330 . . . . . . .3 Elec . Engr . 3110 . . . .3 

Indus. Engr. 3610 . .3 Mach . Engr . 3520 . .3 

Statistics 3460 . . . . .3 Accounting 2110 . . .3 

FOURTH Indus . Engr. 2320 . .3 Indus . Engr . 3510 . .3 

YEAR Indus . Engr. 3630 . .3 Indus . Engr. 3520 . .3 

WORK Indus . Engr. 3440 . .3 WORK Met . Engr . 2110 . . . .3 

Elec . Engr. 3120 . . . .3 Elec . Engr. 3130 . . . .3 

Mach . Engr. 3530 . .3 Indus . Engr. 4520 . .3 

Accounting 2130 . . .3 Economics 2110 . . .3 

FIFTH Humanities/social Indus . Engr. 4200 . .4 Indus . engr. elect . . .3 

YEAR studies elect . . .4 Indus . Engr. 4590 . .3 Indus . Engr . 4610 . .3 

Indus . Engr. 4060 . .3 Indus . Engr. 4070 . .3 Indus . engr . elect . . .3 

Indus . Engr. 4040 . .3 Indus . Engr. 4600 . .3 Indus . Engr. 4840 . .3 

Indus . Engr. 4870 . .3 Tech . elective . . . . . .3 Indus . Engr. 4310 . .1 

Tech . elective . . . . . .3 Civil Engr . 4230 . . . .3 






English1010or 1011 .3 English 1020 . . . . . . .3 English 1033 . . . . . . .3 WORK 

Basic Engr . 1330 . . .4 Graphics 1410 . . . . .3 Graphics 1420 . . . .3 

Basic Engr . 1310 . . .4 Basic Engr. 1320 . . .4 Basic Engr . 1410 . . .2 


YEAR English elective . . . .4 English elective . . . .4 

Physics 2310 . . . . . . .3 WORK Physics 2320 . . . . . . .3 WORK 

ES & M 3311 . . . . . . .4 ES & M 3700 . . . . . . .4 

Indus . Engr. 2310 . .1 Statistics 3450 . . . . . 1 

THIRD Math 2860 . . . . . . . . .4 Comp. Sci . 3150 . . . .3 

YEAR Humanities/social Indus . Engr. 3620 . .3 

studies elect . . . .4 WORK Indus . Engr. 3430 . .3 WORK 

Physics 2330 . . . . . . .3 Elec . Engr. 3110 . . . .3 

Indus . Engr. 3610 . .3 Mach . Engr. 3520 . .3 

Statistics 3460 . . . . .3 Accounting 2110 . . .3 

FOURTH Indus . Engr. 2320 . .3 Indus. Engr . 3510 . .3 

YEAR Indus . Engr. 3630 . .3 Indus. Engr . 3520 . .3 

Indus . Engr. 3440 . .3 WORK Met . Engr . 2110 . . . .3 WORK 

Elec . Engr. 3120 . . . .3 Elec . Engr . 3130 . . . .3 

Mach . Engr. 3530 . .3 Indus . Engr . 4520 . .3 

Accounting 2130 . . .3 Economics 2110 . . .3 

FIFTH Humanities/social Indus . Engr. 4200 . .4 Indus . engr . elect . . .3 

YEAR studies elect . . .4 Indus . Engr. 4590 . .3 Indus . Engr . 4610 . .3 

Indus . Engr. 4060 . .3 Indus . Engr. 4070 . .3 Indus . engr . elect . . .3 

Indus . Engr. 4040 . .3 Indus . Engr. 4600 . .3 Indus . Engr . 4840 . .3 

Indus . Engr. 4870 . .3 Tech . elective . . . . . .3 Indus . Engr . 4310 . .1 

Tech . elective . . . . . .3 Civil Engr . 4230 . . . .3 



13 8Co of En 

Cooperative Curriculum in Mechanical Engineering 






Graphics 1410 . . . . .3 Graphics 1420 . . . . .3 Basic Engr. 1330 . . .4 

Basic Engr . 1310 . . .4 Basic Engr . 1320 . . .4 Basic Engr. 1410 . . .2 

. 

. 

. 

. . 

. . 

SECOND Mach . Engr . 2040 1 Math 2850 . . . . . . . .4 

YEAR 

WORK 

Math 2840 . . . . . . . .4 

Physics 2310 . . . . . .3 WORK 

Physics 2320 . . . . . . .3 

ES & M 3311 . . . . . . .4 

'Humanities/social Met Engr 2110 . . . .3 

studies elect . 'Humanities/social 

Speech 2316 . . . . . . .4 studies elect . . . 

. . 

. . 

. 

. 

. 

THIRD Math 2860 . . . . . . . .4 Mach Engr . 3311 . .3 

YEAR Physics 2330 . . . . . .3 Mach . Engr . 3610 .3 

WORK ES & M 3700 . . . . . . .4 WORK Mach . Engr . 3040 .1 

Comp Sci . 3150 . . . .3 Mech . Engr . 3910 . .3 

'Humanities/social ES & M 3320 . . . . . .3 

studies elect . . . Elec . Engr . 3110 . . . .3 

. . 

FOURTH Mach . Engr. 3321 . .2 Mach . Engr. 3330 . .3 

YEAR Mach . Engr. 3620 . .3 

Mech . Engr. 3650 . .3 

Mach . Engr . 3630 

Mech . Engr . 3660 

. .3 

. .3 

WORK Mech . Engr. 3440 . .3 WORK Mech . Engr. 4220 . .3 

Mach Engr. 3410 . .3 Aero . Engr. 3511 . .4 

Elec. Engr . 3120 . . . .3 Elec . Engr. 3150 . . . .3 

. . 

. . . 

. . 

. 

. . . . 

. . 

FIFTH Mech . Engr . 4310 . .1 Mach Engr 4320 . .1 ZMech . engr . elect . .6 

YEAR Mach Engr 4510 . .4 Mach Engr . 4491 . .3 'Tech . elective . . . . .3 

Mech . Engr . 4471 .3 Mach Engr . 4680 . .3 'Humanities/social 

Mech . Engr . 4670 .3 ZMech . engr . elect . .3 studies elect . . . 

ZMech . engr. elect . . .3 'Humanities/social 

'Tech elect . . . . .3 studies elect . . . 

Industrial 

Engr 4520 . . . .3 


Students Working Spring and Winter Quarters-Group 8 

. . . . . . . . 

. . 

. . 

. . 

FIRST 

Fall 

Math 1840 . . . . . .4 

Winter 

Math 1850 . . . . . .4 

Spring 

Math 1860 . . . . . . .4 

Summer 

YEAR Chemistry 1110 . . .4 Chemistry 1120 . . .4 Chemistry 1130 . . . .4 

English1010 or 1011 .3 English 1020 . . . . . .3 English 1033 . . . . . .3 WORK 

Graphics 1410 . . . .3 

Basic Engr 

Graphics 1420 . . . . . .3 Basic Engr. 1330 . .4 

. . 1310 . . .4 Basic Engr . 1320 . . .4 Basic Engr 1410 . . .2 

. . 

. . 

. 

. 

. 

SECOND Mach . Engr . 2040 1 

YEAR Math 2840 . . . . . . .4 

Physics 2310 . . . . . .3 


WORK 

Math 2850 . . . . . . . . .4 

Physics 2320 . . . . . . .3 

ES & M 3311 . . . . . .4 

Met. Engr 2110 . . . .3 

WORK 

studies elect . 

Speech 2316 . . . . . .4 


studies elect . . . 

. . 

. 

. . 

. . 

. 

. 

THIRD Math 2860 . . . . . . . .4 Mech . Engr 3311 . .3 

YEAR Physics 2330 . . . . . . .3 

ES & M 3700 . . . . . .4 

Comp . Sci . 3150 . . . .3 


WORK 

Mech . Engr 3610 . .3 

Mach . Engr 3040 . .1 

Mech Engr 3910 . .3 

ES & M 3320 . . . . . .3 

WORK 

studies elect . . . Elec Engr . 3110 . . . .3 

FOURTH Mech . Engr . 3321 . .2 Mech . Engr . 3330 . .3 

YEAR Mech . Engr . 3620 . .3 Mach . Engr . 3630 . .3 

Mech . Engr . 3650 . .3 WORK Mach . Engr . 3660 . .3 WORK 

Mach . Engr . 3440 . .3 Mech . Engr . 4220 . .3 

Mech . Engr . 3410 . .3 Aero . Engr . 3511 . . .4 

Elec . Engr . 3120 . . . .3 Elec . Engr . 3130 . . . .3 

. . . 

. . . 

. . 

. . 

. . . 

. 

FIFTH 

YEAR 

Mach . Engr . 4310 




.1 

.4 

.3 

.3 

Mach Engr . 4320 .1 

Mech . Engr . 4491 .3 

Mech . Engr . 4680 .3 

ZMech engr . elect - .3 

ZMech . engr . elect . .3 

'Tech . elective . . . .3 


studies elect . . . 

ZMech . engr . elect . . .3 'Humanities/social 

'Tech . elect . . . . . .3 studies elect 

Industrial 

. . 

Engr . 4520 . . . .3 


"Humanities/social studies electives : minimum of 19 hours required . 

=Mechanical engineering electives : senior courses in mechanical or aerospace engineering not otherwise required . 

'Technical electives : upper-division courses in engineering, mathematics, or physics as approved by the department .

Cooperative Curriculum in Agricultural Engineering 

(See College of Agriculture Section) 

Cooperative Curriculum in Chemical Engineering 



FIRST Math 1840 . . . . . . . . .4 Math 1850 . . . . . . . . .4 Math 1860 . . . . . . . . . 4 

YEAR Chemistry 1110 . . . .4 Chemistry 1120 . . . .4 Chemistry 1130 . . . . 4 


Graphics 1410 . . . . .3 Basic Engr. 1410 . . .2 Basic Engr . 1320 . . . 4 

Basic Engr . 1310 . . .4 Basic Engr. 1330 . . .4 Graphics 1420 . . . . . 3 

. 

. . 

. 

SECOND 

YEAR 

WORK 

Chemet. Engr.2010 .4 

Chemistry 2140-49 .4 

Math 2840 . . . . . . .4 WORK 

Chemet. Engr. 2030 .4 

Math 2850 . . . . . . . .4 

ES&M 2720 . . . . . . .3 



studies elect . . . . . 4 studies elect . . . . . 4 

Physics 2310. . . . . .3 

. 

THIRD 

YEAR 

WORK 

Chemet. Engr. 2020 .4 

Chem . Engr . 3410 . .4 

Math 2860 . . . . . . . . .4 

WORK 

Chem : Engr . 3040 . .4 

Chemistry 3211-19 . 4 

Math 3150 . . . . . . . . 3 

Physics 2320 . . . . . . . 3 Humanities/ social 


. 

. 

FOURTH 

YEAR 

WORK 

Chem . Engr . 3420 . .4 

Chem . Engr .3050 . .4 

Chem . Engr . 4110 . . 3 

Chemistry 3221-29 ..4 

WORK 

Chem . Engr . 3440 . .3 

Chem . Engr . 3610 . .3 

Elec . En~r . 3120 

or3130 . . . . . . . .3 

Elec . Engr . 3110 . . . .3 Met . Engr . 3150 . . . . 3 



FIFTH Chemet. Engr. 2011 .0 Chem . Engr . 4410 . .3 Chem . Engr. 4220 . .3 

YEAR Chem . Engr . 3620 . .3 Chem . Engr .4530 . .3 Chem . Engr. 4420 . .3 

Chem . Engr . 3450 . .3 Chemet. Engr. 4320 .1 Major electives . . . . 3 

Chemet. Engr. 4310 .1 Met . Engr . 3520 . . . .3 Technical elective . . 3 

Chemistry 3430 . . . . 3 Chemistry 4110 . . . . 3 'Humanities/ social 

Technical elective . . 3 Major electives . . . . 3 studies elect . . . . . 4 








English1010 or 1011 .3 English 1020 . . . . . . . 3 English 1033 . . . . . . . 3 WORK 

Graphics 1410 . . . . .3 Basic Engr. 1410 . . . 2 Basic Engr . 1320 . . . 4 

Basic Engr . 1310 . . .4 Basic Engr. 1330 . . . 4 Graphics 1420 . . . . .3 

. 

. 

SECOND Chemet. Engr. 2010 .4 Chemet . Engr . 2020 . 4 

YEAR Chemet. Engr. 2011 . 0 

Chemistry 2140-49 . 4 

Math 2840 . . . . . . . . 4 



WORK 

Chemet . Engr . 2030 . 4 

Math 28'50 . . . . . . . . . 4 

Chem . Engr. 3410 . .4 

WORK 

. . 

. . . 

. 

THIRD 

YEAR 

ES &M 2720 . . . . . . 3 

Chem . Engr . 3040 . .4 

Chem . Engr . 3420 . .4 

Math 2860 . . . . . . 4 

WORK 

Elec . Engr 3110 . . . . 3 

Physics 2320 . . . . . . . 3 

Chemistry 3211-19 .4 

Math 3150 . . . . . . . . .3 

Physics 2310 . . . . . . 3 'Humanities/ social 


WORK 

FOURTH Chem . Engr .4110 . .3 Chem . Engr . 3440 _ 3 

YEAR Chemistry 3221-29 . 4 Chem . Engr . 3610 . . 3 

Elec . Engr . 3120 or WORK Chem . Engr . 3050 . . 4 WORK 

3130 . . . . . . . . . . .3 Met . Engr . 3150 . . . .3 


Humanities Isocial 

studies elect . . . . . 4 studies elect . . . . .4 

FIFTH Chem . Engr.3620 . .3 Chem . Engr. 4410 . .3 Chem . Engr . 4220 . .3 

YEAR Chem . Engr . 3450 . .3 Chem . Engr.4530 . .3 Chem . Engr . 4420 . .3 

Chemet. Engr . 4310 .1 Chemet . Engr . 4320 .1 Major elective . . . . . .3 

Chemistry 3440 . . . . 3 Met. Engr. 3520 . . . . 3 Technical elective . .3 

Technical elective . . 3 Chemistry 4110 . . . . 3 'Humanities/ social 

'Humanities/ social Major elect . . . . . . . . 3 studies elect . . . . .4 



'A minimum of one-half (12 quarter hours) of the humanities/ social studies electivesmust betaken from a single group 

under one of the threeareas of the humanities and social studies electives . 



Cooperative Curriculum in Nuclear Engineering 

Students Working Spring and Fall Quarters-GroupA 



YEAR Chemistry 1110 . . . .4 English 1020 . . . . . . . 3 English 1033 . . . . . . .3 

English1010or1011 .3 Chemistry 1120 . . . . 4 WORK Chemistry 1130 . . . . 4 

Graphics 1410 . . . . .3 Basic Engr.1410 . . . 2 Graphics 1420 . . . . . 3 

Basic Engr. 1310 . . .4 Basic Engr. 1330 . . . 4 Basic Engr . 1320 . . . 4 


YEAR Physics 2310 . . . . . . .3 Physics 2320 . . . . . . . 3 

WORK Met . Engr . 3110 . . . .4 WORK Engr . Sci . & 

Nuc . Engr. 2310 . . . . 1 Mach . 3700'. . . . . 4 

Humanities lsocial Nuc . Engr . 2320 . . . .1 

studies elect . . . . 4 Humanities/ social 

studies elect. . . . 4 

THIRD Math 2860 . . . . . . . . . 4 Math 4610 . . . . . . . . . 3 

YEAR Physics 3710 . . . . . . . 3 Nuc . Engr . 3210 . . . .4 

WORK Engr . Sci . & WORK Elec . Engr . 3110. . . . 3 

Mach . 3311 . . . . . 4 Math 3150 . . . . . . . . . 3 

Nuc . Engr. 2330 . . . .1 Nuc . Engr . 3010 . . . .4 

Humanities /social 


FOURTH Math 4710 . . . . . . . .3 Math 4550 . . . . . . . . . 3 

YEAR Physics 3720 . . . . . . .3 Physics 3730 . . . . . . . 3 

WORK Elec . Engr . 3120 . . . .3 WORK Indus . Engr . 4520 . .3 

Nuc . Engr . 3220 . . . .4 Met . Engr . 3160 . . . .3 

Humanities /social Humanities/ social 


FIFTH Nuc . Engr . 4110 . . . . 3 Nuc . Engr . 4120 . . . .3 Nuc . Engr . 4130 . . . .3 

YEAR Nuc . Engr . 4210 . . . . 3 Nuc . Engr . 4220 . . . .3 Nuc . Engr . 4230 . . . .3 

Nuc.Engr.4710 . . . . 4 Nuc . Engr . 4720 . . . .4 Nuc . Engr . 4730 . . . .3 

Nuc . Engr . 3150 . . . . 3 Nuc . Engr . 4820 . . . . 3 Nuc . Engr . 4810 . . . .3 

Tech . elect . . . . . . . . . 3 Tech . elect . . . . . . . . . 3 Tech . elect . . . . . . . . . 3 




FIRST Math 1840 . . . . . . . . .4 Math 1850 . . . . . . . . . 4 Math 1860 . . . . . . , . . . 4 

YEAR Chemistry 1110 . . . .4 English 1020 . . . . . . . 3 English 1033 . . . . . . .3 

English1010or1011 .3 Chemistry 1120 . . . . 4 Chemistry 1130 . . . . 4 WORK 

Graphics 1410 . . . . .3 Basic Engr . 1410 . . . 2 Graphics 1420 . . . . .3 

Basic Engr . 1310 . . .4 Basic Engr . 1330 . . . 4 Basic Engr . 1320 . . . 4 


YEAR Physics 2310 . . . . . . .3 Physics2320 . . . . . . . 3 

Met . Engr . 3110 . . . . 4 WORK Engr . Sci . & WORK 

Nuc . Engr .2310 . . . . 1 Mach . 3700 . . . . . 4 

Humanities/ social Nuc . Engr . 2320 . . . . 1 

studies elect . . . . 4 Humanities/ social 


THIRD Math 2860 .. . . . . . . . . 4 Math 4610 . . . . . . . . . 3 

YEAR Physics 3710. . . . . . . 3 Elec . Engr.3110 . . . . 3 

Engr . Sci . & WORK Math 3150 . . . . . . . . . 3 WORK 

Mech . 3311 . . . . . 4 Physics 3720 . . . . . . . 3 

Nuc . Engr .2330 . . . . 1 Humanities/ social 

Humanities/ social studies elect. . . . 4 


FOURTH Math 4710 . . . . . . . . .3 Math 4550 . . . . . . . . . 3 

YEAR Nuc . Engr .3210 . . . . 4 Nuc . Engr . 3220 . . . . 4 

Nuc . Engr .3010 . . . . 4 WORK Met . Engr. 3160 . . . . 3 WORK 

Elec . Engr. 3120 . . . .3 Ind . Engr .4520 . . . . . 3 

Humanities/ social Physics 3730 . . . . . . . 3 


FIFTH Nuc.Engr.4110 . . . . 3 Nuc . Engr. 4120 . . . .3 Nuc . Engr . 4130 . . . .3 

YEAR Nuc . Engr . 4210 . . . .3 Nuc . Engr. 4220 . . . . 3 Nuc . Engr . 4230 . . . .3 

Nuc . Engr .4710 . . . . 4 Nuc . Engr. 4720 . . . .4 Nuc . Engr . 4730 . . . .3 

Nuc . Engr . 3150 . . . .3 Nuc . Engr. 4820 . . .3 Nuc . Engr . 4810 . . . .3 

Tech . elect . . . . . . . . . 3 Tech . elect . . . . . . . . . 3 Tech . elect . . . . . . . . . 3 

TOTAL : 198 hours

Departments 

of Instruction 

Agricultural Engineering 

(See College of Agriculture) 

Basic Engineering 

and Graphics 

(Non-Departmental Unit) 

Basic Engineering (179) 

Coordinator : W.T . Snyder 

1310 Basic Mechanics 1(4) Forces in a plane ; free 

body diagram analysis ; equilibrium in two dimensions 

; application to frames and machines ; friction ; 

introduction to forces in space . Required of all engineering 

students except engineering physics 

majors. Coreq : Math 1840 . 4 hrs lec . 

1320 Basic Mechanics II (4) Position and displacement 

vectors ; particle kinetics using Newton's laws, 

impulse-momentum, work-energy ; introduction to 

simple harmonic motion . Prereq : 1310; coreq : Math 

1850 . 4 hrs lec . 

Coordinator : P.F . Pasqua 

1330 Basic Thermodynamics (4) Introduction to 

thermodynamics, fluid statics, and mechanics . 

Buoyancy, forces on submerged surfaces ; Bernoulli's 

equation ; first law of thermodynamics discussing 

work, heat, and other forms of energy. Required 

of all engineering students except engineering 

physics majors . Prereq : 1310 ; coreq : Math 1850 . 3 

hrs and one 3-hr lab . 

1410 Engineering Computations (2) Familiarization 

and introduction to the university computing systems 

for problems . BASIC language. Prereq : Math 

1840 . 2 hrs plus open computation lab . 

Graphics (443) 

Coordinator : 

J.N . Snider 

Basic Faculty : 

Professors C.A . Newton (Emeritus), M.S . 

Syracuse ; W.W. Thomas, Jr . (Emeritus), B.S . 

Tennessee ; Associate Professors EX Boyce, 

M.S . Tennessee ; W.A . Lyday, Jr ., M.S . 

Tennessee . 

1310-20-30 Fundamentals of EngineeringGraphics 

(2, 2, 2) Graphic representation of three-dimensional 

shapeand size by orthographic and pictorial projection 

; sketching and dimensioning ; tolerances . Problem 

solving utilizing spatial relationships and 

graphical vector analysis, and graphic presentation 

of engineering data . Must be taken in sequence . 

Two 3-hr periods or three 2-hr periods . 

1410-20 Fundamentals of Engineering Graphics (3, 

3) Graphical representation of three-dimensional 

shape and size ; space relationships . Graphical 

presentation of engineering data . Required of all 

engineering students . Must be taken in sequence . 

One lecture and three 2-hr periods or two 3-hr 

periods . 

Engineering Studies 

(Non-Departmental Unit) 

Engineering Studies (338) 

Coordinator : E.E . Stansbury 

2100 Introduction to Engineering Methodology (4) 

Introduces non-engineering students to representative 

methods utilized in engineering in design, development, 

operation, and evaluation of processes 

and products for society ; use of physical laws and 

examples of techniques such as modeling, systems 

analysis, economic balances ; problems of resource 

useand technology control ;thematic approach may 

be used . 

4100 History of Engineering (4) History of technology 

and engineering with emphasis on identification 

of and developments in major areas such as 

transportation, communication, energy, manufacturing, 

design, and materials . Relationship to social 

and political structures of historical periods . Open 

to all students . 

4200 Technology Forecasting and Assessment (4) 

Procedures and problems in forecasting of consequences 

of existing and new technologies ; assessment 

of and decisions on use of thesetechnologies . 

Social, political, economic, and technological implications 

of consequence-based assessment and 

control of technology . Open to all students . 

4300 The Interaction Between Science and Engineering 

(4) Historical-to-current analysis of interactions 

between science and engineeringpatterns 

of mutual stimulation and of distinction . 

Open to all students . 

Chemical, Metallurgical, 

and Polymer 

Engineering 

Professors : 

H.F . Johnson (Head), D . Eng . Yale, P.E . ; 

D.C . Bogue, Ph .D . Delaware ; C.R . Brooks, Jr ., 

Ph .D . Tennessee ; E.S. Clark, Ph .D. California 

(Berkeley) ; O.L . Culberson, Ph .D. Texas ; 

L.W . Crawford*, Ph .D . Cincinnati ; J.F . Fellers, 

Ph .D . Akron ; G.C . Frazier Jr ., D . Eng . Johns 

Hopkins ; H.W. Hsu, Ph .D . Wisconsin ; S.H. Jury 

(Emeritus), Ph .D . Cincinnati, P.E . ; C.D . Lundin, 

Ph .D . Rensselaer Polytechnical Institute ; 

C.F. Moore, Ph .D . Louisiana State; 

E . B . Nauman, Ph .D . University of Leeds ; 

B . F . Oliver, Ph .D . Pennsylvania State ; 

J .J . Perona, Ph .D . Northwestern ; 

J.W . Prados (Vice President for Academic 

Affairs), Ph .D . Tennessee ; J.E . Spruiell, 

Ph .D . Tennessee ; E.E . Stansbury', 

Ph .D . Cincinnati ; C . 0. Thomas, Ph .D . 

Tennessee ; J.L . White 2 , Ph .D . Delaware; 

M.A . Wright% Ph .D. Wales . 

Associate Professor : 

W.T . Becker, Ph .D . Illinois . D.D. Bruns, 

Ph .D. Houston ; P.J. Meschter, Ph .D . 

Pennsylvania . 

Lecturer : 

G. D . Wigrall? Ph .D . Sheffield University . 

'Alumni Distinguished Service Professor 

ZDistinguished Professor 

3Fionorary. 

'Space Institute, Tullahoma 

BACHELOR OF SCIENCE PROGRAM 

Separate complete curricula are offered in 

chemical engineering and in metallurgical 

engineering . However, the first two years of 

these curricula are identical and a decision as 

to choice can be made in the third year . Both 

curricula are arranged to provide a central 

core of courses with flexibility in the 

upper-division years to permit emphasis on 

preparation for graduate study or technical 

employment . Graduation in either chemical 

or metallurgical engineering requires a 

minimum grade point average of 2.00 for all 

departmental courses . 

GRADUATE STUDY PROGRAMS 

Graduate programs leading to the degrees 

of Master of Science and Doctor of 

Philosophy with majors in chemical 

engineering, metallurgical engineering, or 

polymer engineering are offered . 

A program leading to the M.S . and Ph .D . 

degrees with specialization in polymer 

science and engineering in chemical 

engineering is conducted jointly with the 

Department of Chemistry which offers a 

degree with similar specialization . 

These programs have been strengthened 


14 1 

by fellowships or grants provided by 

industrial companies including Dow, DuPont, 

General Electric, Shell, Texaco, Procter and 

Gamble, Celanese, Monsanto, American 

Enka, Union Carbide, Stauffer, Owens 

Corning, Cities Service, and Eastman Kodak, 

and bygraduate fellowships and traineeships 

provided by National Science Foundation . 

Other aid to students has been available 

through research assistantships on contracts 

with industry and governmental agencies . 

The University's Graduate School operates a 

Resident Graduate Program at Oak Ridge, 

Kingsport, and Chattanooga . 

See the Graduate Catalog for detailed 

information . 

Chemical and Metallurgical 

Engineering (227) 

2010 Process Principles and Materials 1(4) Behavior 

of gases . First and second laws of thermodynamics, 

thermodynamic functions . Single and 

multicomponent phase equilibria ; phase diagrams . 

Prereq : Basic Engr . 1330, Chemistry 1120, Math 

1860 . 3 hrs and 1 lab . 

2011 Sophomore Inspection Trip (0) Inspection trip 

to industrial plant . Usuallyscheduled in fall on ETEA 

day. Required for chemical engineering and metallurgical 

engineering majors . S/NC . 

2020 Process Principles and Materials 11(4) Applications 

of first and second laws of thermodynamics 

to open systems, thermochemistry, and thermophysics 

. P-V-T-H relationships for real substances 

. Material and energy balances . Prereq : 

2010. 3 hrs and 1 recitation period . 

2030 Process Principles and Materials 111(4) Materials 

structure-property relationships for metals, 

inorganic and organic compounds, with emphasis 

on mechanisms of controlof properties by chemical 

composition, thermal and mechanical treatment ; 

crystallography, imperfections, mechanical properties, 

heat treatment, molecular weight, and particle 

size distributions . Prereq : 2010 ; Chemistry 1130 . 3 

hrs and 1 lab period . 

2220 Analog Computer Practice (1) Introduction to 

fundamentals of analog programming . Analog 

computer facilities and analog simulation languages 

will be emphasized . Prereq : Math 2840 ; 

Physics 2310 or Elec . Engr. 3110 or consent of instructor 

. One lab . S/NC . 

2230 Mini Computer Practice (1) Use of mini computers 

. Prereq : Basic Engineering 1410, or consent 

of instructor. One lab . S/NC . 

2240 Mini Computer Data Acquisition (1) Mini computers 

for data acquisition . Prereq : 2230 or consent 

of instructor . One lab . S/NC . 

3100 Introduction to the Materials of Technology 

(4) Examination of sources, processing, and properties 

of metallic, ceramic, polymeric, and composite 

materials based upon an historical perspective and 

current practices in technology, architecture, and 

art . Lectures and demonstrations . Open to students 

in all colleges . Prereq : Introductory science course . 

4310-20 Seminar (1,1) Presentation and discussion 

of economic, political, humanistic, and other topics 

of interest to chemical and metallurgical engineers . 

S/NC . 

Chemical Engineering (226) 

3010 Industrial Inspection Trips (1) Technology of 

chemical process industries emphasizing Tennessee 

industry ; plant trips . S/NC . 

3040 Chemical Engineering Thermodynamics (4) 

Applications of the second law of thermodynamics 

to physical and chemical processes and thermodynamic 

cycles ; applications of the Gibbs function 

to one, two, and three phase chemical systems ; 

useof tabular and graphical data in equilibrium calculations 

. Prereq : Chemet . Engr . 2020; Chemistry 

1130 ; coreq : Math 2840 . 3 hrs and 1 lab period . 

3050 Thermophysical Properties (4) Estimation of 

properties of gases, liquids, and solutions . Absorption 

phenomena, emulsions . Prereq : 3040 .


3230 Special Problems (3) Investigation of chemical 

engineering problems . 

3410 Flow of Fluids (4) Differential and overall 

momentum balances, mechanical energy balances ; 

flow in tubes, piping systems, and packed beds ; 

metering devices, pumps. Prereq : Chemet . Engr . 

2020, Math 2850 . 3 hrs and 1 lab . 

3420 Heat Transfer (4) Differential and overall energy 

balances ; steady and unsteady state, heat conduction 

in simple geometries ; heat transfer in tubes 

and heat exchangers ; condensation and boiling 

radiation . Prereq : 3410 . 3 hrs and 1 lab . 

3440 Stagewise Operations (3) Analytical and 

graphical methods to stagewise separatory operations 

. Prereq : Chemet . Engr . 3040 . 

3450 Diffusional Operations (3) Diffusion simultaneousheat 

and mass transfer, applications including 

humidification, gas absorption, extraction . Prereq 

: 3420, Chemet Engr . 3040 . 

3610 Introduction to Process Dynamics and Control 

(3) Introduction to concepts of process 

dynamics and control . Steady-state analysis of 

chemical process control systems . Unsteady state 

nature of chemical processes . LaPlace transform 

techniques, block diagram algebra, and transfer 

functions . Mathematical models for several processes 

are developed and analyzed in detail . Prereq : 

Math 2840 . 

3620 Chemical Process Control (3) Basic control 

theory applied to chemical processes : feedback 

control systems, cascade control, feed-forward control, 

stability analysis, frequency response . Survey 

of modern control of typical industrial unit operations 

. Pererq : 3610 . 

4010-20 Thesis (3, 3) Investigation and report of 

elementary chemical engineering problem . 

4110 Chemical Engineering Data Analysis (3) Analytical 

and experimental identification of system extremals 

; statistical properties of samplesand source 

systems ; empirical modeling of processes ; statistical 

process control . Prereq : 3420, Math 3150 . 

4120 Probabilistic Chemical Engineering Systems 

(3) Experiment designs, simulation of stochastic 

systems, predictive techniques, and analysis of networks 

in the process industries . Prereq : 4110. 

4130 Introduction to Optimization (3) Principles and 

applications of optimization techniques to chemical 

process design ; unconstrained optimization, equality 

constrained optimization, inequality constrained 

optimization, and dynamic programming . Prereq : 

Math 2840. 

4220 Chemical Engineering Laboratory (3) Laboratory 

investigations of controlling factors in chemical 

engineering operations . Prereq : 3440-50, 3620, 

4530. 

4230 Project Laboratory (3) Laboratory investigation 

of chemical engineering problem, stressing 

techniques of group effort. May be repeated . 

4410 Design of Separation Processes (3) Mass 

transfer theory applied to design of materials separation 

processes . Prereq : 3440-50 . 

4420 Process Design and Economic Analysis (3) 

Developmentof basic information on a process into 

an integrated plant design considering mass and 

energy balances . Product specifications, equipment 

characteristics, capital investment, operating costs, 

and economic merit . Prereq : 4410, 4530. 

4430 Special Problems in Design and Economics 

(3) Extension of 4420 for student participation in A .I . 

Ch . E . annua l contest problem ; other advanced design 

projects. Prereq : 4420 . 

4450 Hydrocarbon Processing (3) Study of specialized 

characterization of physical properties of 

fossil fuel raw materials and products, and of processes 

for conversion of fossil fuel raw materials into 

products needed in industrial energy, industrial raw 

material and consumer markets . Prereq : 3440. 

4470 Sulfur Removal from Coal and Associated 

Problems (3) Chemical and physical properties of 

domestic coals, sulfur distributions ; beneficiation 

by both physical and chemical methods ; fluidized 

bed combustion with both natural and synthetic SOx 

sorbents ; stackgas SOxscrubbing . Prereq : Consent 

of instructor . 

4480 Coal Processing to Liquid Fuels (3) Characterization 

of various coals with respect to current 

liquification methods ; modeling of conversion 

processes and estimation of maximum yields ; water 

and oxygen requirements ; pyrolysis ; catalytic hydrogenation 

; reactor design considerations ; review 

and critique of selected articles from both the current 

literature and patents . Prereq : Consent of instructor. 

4530 Chemical Engineering Reaction Kinetics (3) 

Chemical reaction rates in closed and flow systems ; 

interpretation of laboratory and pilot plant data ; 

reactor design . Prereq : 3420, Chemet . Engr. 3040, 

Chemistry 3430. 

4540 Fluid-Solid Operations (3) Heat and mass 

transport in fixed and fluidized beds : applications 

include absorption, ion exchange, crystallization . 

Prereq :3440-50 . 

4620 Process Modeling, Simulation, and Control of 

Chemical Processes (3) Development of process 

models, experimental process identification, process 

computer simulation, conventional and nonconventional 

feedback control, advanced control 

concepts. Prereq : 3620 or equivalent background in 

basic control theory and differential equations . 

4730 Mass and Energy Flow in Biological Systems 

(3) Basic physiochemical and organizational principles 

applicable to biological systems . Derivations of 

general equations of biomass and energy transfer . 

Thermodynamics of transport and equilibrium in 

biological systems. Discussion of Volterra's equation 

and biological clocks, etc. Prereq : Consent of 

instructor. 

4740 Introduction to Transport Phenomena In 

Biological Systems (3) Application of principles of 

transport phenomena to biological systems . Transfer 

of chemical energy and various cellular active 

transports ; structure and rheology of physiological 

fluids, membrane and interfacial phenomena ; 

analysis and design of artificial organs. Prereq : 3440 

and 3450, or consent of instructor . 

4750 Microbiological Process Engineering (3) Application 

of chemical engineering principles and 

design concept to microbiological processes ; continuous 

culture of microorganisms, food processing 

and pharmaceutical processes . Prereq : 3440, 3450, 

or consent of instructor . 

4760 Principles of BiochemicalSeparation (3) Fundamental 

aspects and similarities of modern 

biochemical separation methods ; classroom demonstrations, 

design of production and analytical systems. 

Prereq : Consent of instructor . 

4781-82-83 Topics In Chemical Bioengineering (3, 

3, 3) Problems of interest in chemical bioengineering 

. Prereq : Consent of instructor. 

4900 SpecialProblems In Chemical Engineering (3) 

Chemical engineering problems related to recent 

developments in industrial practice or engineering 

research . Prereq : Consent of instructor. May be repeated 

. Maximum credit 9 hrs. 

GRADUATE 

5000 Thesis 

5010 Graduate Seminar (1) 

5050 Engineering Analysis (3) 

5120 Heat Convection (3) 

5130 Methods of Optimization (3) 

5210 Process Dynamics (3) 

5250 Chemical Process Industry Economics (3) 

5310 Thermodynamics of Heterogeneous Equilibrium 

(3) 

5320 Statistical Thermodynamics (3) 

5510 Chemical Reactor Design (3) 

5610 Stagewise Mass Transfer Operations (3) 

5620 Differential Mass Transfer Operations (3) 

5810 Mechanics of Viscous Flow (3) 

5900 Special Topics in Chemical Engineering 

6000 Doctoral Research and Dissertation 

6130 Process Optimization (3) 

6210 Advanced Diffusional Operations (3) 

6250 VentureAnalysis in the Process Industries (3) 

6310 Thermodynamics of Irreversible Processes 

(3) 

6320 Statistical Thermodynamics of Non-equilibrium 

Systems (3) 

6410 Stability Phenomena In Chemical Engineering: 

Discrete Systems (3) 

6420 Stability Phenomena in Chemical Engineer- 

Ing: Continuous Systems (3) 

6510 Applied Chemical Reaction Kinetics (3) 

6520 Catalytic Reactor Design (3) 

6710 Process Dynamics (3) 

6900Advanced Topics of Chemical Engineering (3) 

Metallurgical Engineering (679) 

2110 Engineering Materials 1 (3) Introductory 

course correlating the atomic, crystal, and microstructure 

of solids and mechanical, physical, and 

chemical properties of engineering significance . 3 

hrs or 2 hrs and 1 lab . 

2210 Electron Microscopy (1) Presents to science 

and engineering students a brief introduction to the 

operation of the electron microscope and its applications 

to scientific problems. Prereq : Physics 

2310-20 . 3-hr lab . S/NC . 

3010 Industrial Inspection Trips (1) Technology of 

metallurgical industries, emphasizing Tennessee 

industry ; plant trips . S/NC . 

3040 Metallurgical Thermodynamics (4) Applications 

of laws of thermodynamics to problems of 

metallurgical interest . Second law and entropy ; auxiliary 

functions ; relationship between free energies 

and phase diagrams ; reaction equilibria in gases 

and between gases and condensed phases. Use of 

heat capacity and free energy data in calculations . 

Concepts of activityand activity coefficient and their 

variation with T, P, and composition . Prereq : 

Chemet . Engr . 2020 ; Chemistry 1130 ; coreq : Math 

2840 . 3 hrs and 1 lab period . 

3050 Production Metallurgy (3) Thermodynamic 

and kineticprinciples of roasting, smelting, refining . 

Prereq : Chemet . Engr. 3040 . 

3060 Metallurgical Kinetics (3) Application of principles 

of chemical reaction kinetics, fluid flow, and 

heat and mass transfer, to pyro-, hydro-, and eiectrometallurgical 

processing . Reaction order and 

basic rate laws ; activated complex theory ; principles 

of adsorption and catalysis. Consideration of 

processes such as roasting of sulfides, reduction of 

oxides, smelting, refining, electrolysis, and leaching 

. Prereq : Met. Engr .3050 ; Chem. Engr. 3410 and 

3420 or equivalent . 3 hrs or 2 hrs and 1 lab . 

3110 Engineering Materials 1 (4) Introductory 

course correlating the atomic, crystal, and microstructure 

of solids with mechanical, physical, and 

chemical properties of engineering significance . 3 

hrs and 1 lab . 

3120 Engineering Materials II (3) Extension of 2110 

with emphasis on control of mechanical properties 

of materials by specification of composition, thermal, 

and mechanical treatment ; correlation of resultant 

properties with service performance . Suggested 

for mechanical, civil, and industrial engineering 

students . 

3130 Engineering Materials 111 (3) Extension of 2110 

with emphasis on control of electrical and magnetic 

properties of materials by specification of composition, 

thermal, and mechanical treatment ; correlation 

of resultant properties with service 

performance . Suggested for electrical engineering 

students . 

3140 Engineering Material IV (3) Extension of 2110 

with emphasis on materials processing, specification, 

and evaluation . Suggested for mechanical and 

industrial engineering students . 

3150 Engineering Materials V (3) Extension of 3110 

with emphasis on mechanisms and control of reactions 

of engineering materials with aqueous, nonaqueous, 

and gaseous environments . Prereq : 2110 

or 3110 or Chemet. Engr . 2030 .

3160 Engineering Materials VI (3) Extension of 2110 

with emphasis on materials of significance in nuclear 

engineering ; nuclear reactor construction materials, 

nuclear fuel materials, and interaction of 

radiation with solids to produce changes in engineering 

properties . Suggested for nuclear and 

mechanical engineers . 

3170 Engineering Materials Vil (3) Extension of 

2110 to biomedical applications of materials . Engineering 

materials in biomedical applications ; 

metals, polymers, and ceramics ; prosthetic devices ; 

dental applications ; corrosion problems ; failure 

analysis ; fabrication . Prereq : 2110 or equivalent . 

3210 Plastic Deformation (4) Phenomena and 

theory of plasticity of single and polycrystalline materials 

. Applicable concepts of crystallography and 

x-ray diffraction ; use of stereographic projections. 

Prereq : Chemet . Engr . 2030 . 3 hrs and 1 lab . 

3220 Diffusion and Annealing (3) Introduction to 

solid state kinetics : point defects, solid solutions, 

diffusion equations and mechanisms, annealing of 

cold worked structures . Prereq : 3040. 

3230 Phase Transformations (4) Thermodynamic 

and structural factors governing binary equilibrium . 

Ternary systems . Kinetics and morphology of precipitation 

and phase transformations in simple and 

complex systems . Prereq : 3220. 3 hrs and 1 lab . 

3310 Biomedical Applications of Materials for Life 

Scientists (3) Principles of engineering materials ; 

metals, polymers, and ceramics ; methods of fabricstion 

of components ; corrosion ; applications of 

prosthetic devices and dental materials . Prereq : 

Chemistry 1110-20-30 or equivalent . 

3520 Materials Behavior and Chemical Process 

Equipment Design (3) Mechanical, metallurgical, 

and chemical considerations in design of chemical 

processing equipment . Prereq : Chemet . Engr . 2030 

or equivalent ; 3150 ; Chem . Engr . 3420 . (Same as 

Engineering Mechanics 3520.) 

3710 Metallurgical Applications in Manufacturing 

Technology (3) Fabrication methods and principles 

of mechanical/thermal processing for finished and 

semi-finished articles ; casting, powder metallurgy, 

plastic forming, joining, heat treatment . Prereq : 

2110 . 

4010-20 Thesis (3-6, 3-6) Investigation and report on 

metallurgical engineering problem . 

4230 Project Laboratory (3) Group or individual investigation 

of problems related to metallurgical enginering 

or materials science . May be repeated for a 

maximum of 9 credits. Prereq : Minimum of one 

course beyond 2110, 3110 or Chemet . Engr . 2030 . 

4240 Engineering Materials Design (3) Property 

control through composition, heat treatment, and 

transformation in ferrous alloys. Plain carbon steels, 

alloy steels, and tool steel processing for property 

selection and service requirements . Prereq : 3230 or 

consent of instructor . 

4250 Design and Analysis (3) Design and laboratory 

sessions on analysis of materials requirements and 

performance in engineering structures and components. 

Prereq : Senior standing . 

4510-20 X-Ray Diffraction and Crystallography (3, 

3) Lectures and laboratory work in crystallography, 

projections, x-rays, diffraction phenomena, and 

techniques ; introduction to structure determinations 

. First quarter serves as introduction to subject . 

2 hrs and 1 lab . 

4540 Fracture-Safe Design (3) (Same as Engr. Sci . 

and Mech . 4540 .) 

4610 Physical Properties of Materials (3) Electron 

theory of solids, types of bonding in solids ; thermal, 

electrical, and magnetic properties of material ; relationship 

between metallurgical structure and properties 

. Prereq : 3 hrs or 2 hrs and 1 lab . 

4730 Mechanical Metallurgy 1(3) Elastic behavior . 

Description of stress, strain, and elastic constitutive 

relations . Effects of composition, microstructure, 

and loading on mechanical behavior . Failure by 

yielding . 2 hrs and 1 lab or 3 hrs . Prereq : 2110 or 

Chemet . Engr. 2030, and Engr . Sci . & Mech . 3311 . 

Also suggested for mechanical engineering, engineering 

mechanics, and engineering science students 

. 

4740 Mechanical Metallurgy If (3) Ductileand brittle 

fracture, creep and stress rupture, fatigue, and residual 

stresses . Effects of state of stress, loading 

rate, time, temperature, and metallurgical structure . 

2 hrs and 1 lab or 3 hrs . Prereq : 3120 or 3230, and 

4730 or Mech . Engr . 3650 or consent of instructor . 

Also suggested for mechanical engineering, engineering 

mechanics, or engineering science students 

. 

4760 Casting and Welding (3) Principles and processes 

of casting and welding : heat transfer, solidification, 

segregation, gas-metal and slag-metal interactions, 

thermal treatments, associated stresses . 

Prereq : 3120 or 3230 . 3 hrs or 2 hrs and 1 lab . 

4770 Mechanical Metallurgy III (3) Finite plastic 

strain . Plastic stress-strain relations . Principles of 

fabrication : forging, swagging, extrusion, rolling, 

deep drawing . 2 hrs and 1 lab or3 hrs . Prereq : 4730 

or consent of instructor. Also suggested for mechanical 

engineering, engineering mechanics, and 

engineering science majors . 

GRADUATE 

5000 Thesis 



5110 Point Defects and Dislocations (3) 

5120 Plastic Deformation 1(3) 

5130 Plastic Deformation II (3) 

5140 Diffusion and Annealing in Solids (3) 

5150 Phase Transformations (3) 

5170-80 Plastic Deformation (3, 3) 

5210-20-30 Welding Metallurgy (3, 3, 3) 

5310 Solidification and Crystal Growth I (3) 

5410-20-30 Advanced X-Ray Diffraction (3, 3, 3) 

5510-20 Applied Properties of Solids (3, 3) 

5540-50 Electron Microscopy I and II (3, 3) 

5610-20 Radiation Effects on Materials (3, 3) 

5750 Corrosion (3) 

5610-20-30 Special Topics in Metallurgy (3, 3, 3) 

5840-50 Metallurgy of Deformation and Fracture (3, 

3) 

5910-20-30 Metallurgical Thermodynamics (3, 3, 3) 


6110-20-30 Theoretical Metallurgy (3, 3, 3) 

6210-20-30 Rate Processes In Metallurgy (3, 3, 3) 

6320-30 Solidification and Crystal Growth If and III 

(3,3) 

6410-20 Thermodynamics of Solids (3, 3) 

6810 Mechanical and Physical Properties of Crystals 

1(3) 

6820 Mechanical and Physical Properties of Crystals 

If (3) 

6830 Seminar In Anisotropic Properties of Crystals 

(3) 

Polymer Engineering (805) 

4230-40 Project Laboratory (3, 3) Laboratory investigation 

of polymer engineering problem . Written 

report required for each quarter. 

4910 Applied Polymer Science (3) First course in 

physical properties of polymers. Polymer structure, 

crystalline and glass transitions, physical properties 

of amorphous and crystalline polymers, crystallization 

kinetics, and mechanical properties are discussed 

. Prereq : Senior standing in engineering or 

science . Not for graduate credit by polymer engineering 

majors . 

4920 Polymer Processing (3) Rheological properties 

of polymer meltsand solutions, viscometry ; unit 

operations of fiber, plastics, and rubber industries : 

dimensional analysis and scale-up, flow through 

dies and pipelines, screw extrusion, spinning of fibers, 

injection molding . Prereq : Senior standing in 


143 

engineering or science . Not for graduate credit by 

polymer engineering majors . 

4930 Principles of Fiber Textile Engineering (3) 

Chemical and crystalline structure of important fibers 

; melt, wet and dryspinning of man-made fibers ; 

drawing and texturizing ; preparation of yarn ; dyeing, 

weaving, and knitting . Emphasison quantitative 

aspects . Prereq : Senior standing in engineering or 

science . 

4940 Plastics Fabrication Operations (3) Lecture 

and laboratory course treating unit operations of 

plastics industry. Types and mechanisms of operation 

of machinery used and structure and properties 

of fabricated parts . Operations to include extrusion, 

co-extrusion, injection molding including structural 

foam, thermoforming, blow molding, rotational 

molding, etc . Prereq : Senior standing in engineering 

or science . 

GRADUATE 

5000 Thesis 



5110 Structural Characterization fo Polymers (3) 

5210 Mechanics of Polymer Fluids and Solids (3) 

5230 Mechanical Behavior of Solid Polymers (3) 

5310 Polymer Solution Properties and Characterization 

(3) 

5410 Rheology and Polymer Processing (3) 

5510 Modern Research Tools and Instruments for 

Polymer Science (3) 

5710 Phase Transformations In Polymer Systems 

(3) 

5810 Physical Properties of Polymer Structures (3) 

5910-20-30 Selected Topics in Polymer Science (3, 

3,3) 


6110 Optical Properties of Polymer (3) 

6150 Advanced X-Ray Diffraction Methods for 

Characterization of Macromolecules (3) 

6210 Non-Linear Viscoelasticity (3) 

6220Advanced Methods in PolymerProcessing (3) 

6230 Advanced Mechanical Behavior of Polymers 

(3) 

6610 Advanced Industrial Polymer Chemistry (3) 

6910-20-30 Recent Advances in Polymer Science 

and Engineering (3, 3, 3) 

Civil Engineering 

Including Environmental Engineering 


W. L . Grecco (Head, Ph .D. Michigan State, 

P . E . ; O. S . Beard, .D . American University ; 

E . G. Burdette, Ph .D. Illinois, P.E . ; F . A . Gifford, 

Ph .D. Pennsylvania State ; D . W. Goodpasture, 

Ph .D. Illinois, P.E . ; W. A . Goodwin, 

M.S .C .E . Kentucky, P.E . ; K . W. Heathington, 

Ph .D . Northwestern, P.E . ; J . B . Humphreys, 

Ph .D . Texas A & M, P.E . ; F. C . Larson 

(Emeritus), M .S . Virginia Polytechnic, 

P.E . ; R . A . Minear, Ph .D . Washington ; 

D . E . Overton, Ph .D . Maryland ; 

E . G . Shelton (Emeritus), M .C .E . Brooklyn 

Polytechnic Institute ; B . A . Tschantz, Sc .D . New 

Mexico State, P.E . ; C . R . Walker, M.S. 

Massachusetts Institute of Technology, P.E . ; 

F . J . Wegmann, Ph .D . Northwestern . 

Associate Professors : 

W. F. Brandes (Director, Water Resources 

Research Center), M.S. Illinois ; A . Chatterjee, 

Ph .D . North Carolina State ; R . L . Church, 

Ph .D . Johns Hopkins ; W. T . Davis, 

Ph .D . Tennessee ; B . J . Frederick, B.C.E . 

Clarkson College of Technology, P.E . ; 

J . H . Hansen% Ph .D. Missouri ; 

D . C . Jameson, Jr., M.S . Tennessee, P.E . ; 

A . B . Moore, M.S. Tennessee ; R.R .F . Tiry, 

B.S . Marquette, P.E . ; D . W. Wester, 

Ph .D. Purdue, P.E.


Assistant Professors : 

P . D . Bernal, Ph .D . Tennessee ; 

G. A . Briggs, Ph .D . Pennsylvania State ; 

S. L . Hanna, Ph .D. Pennsylvania State ; 

E . S. Houghland, Ph .D . VPI & SU ; 

R . B . Jackson, Ph .D. Illinois. 



The curriculum in civil engineering is 

designed to provide training in fundamental 

engineering sciences, certain non-technical 

subjects and basic subjects in various civil 

engineering fields to serve as a basis for 

entrance into civil engineering practice, 

and/orforgraduate study . By use of technical 

electives (27 hours maximum), a student can 

specialize as primary or secondary areas of 

study in construction, environmental 

engineering, structures, transportation, or 

water resources . Primary specialization will 

be shown on student's transcript . 

Students are required to maintain a 

cumulative grade point average of at least 

2.00 in all civil engineering and environmental 

engineering courses taken at The University 

of Tennessee, Knoxville, and used to satisfy 

the graduation requirements . 

MASTER OF SCIENCE AND 

MASTER OF ENGINEERING PROGRAMS 

Graduate programs in civil engineering and 

environmental engineering leading to the 

degree of Master of Engineering are offered 

to graduates of recognized undergraduate 

curricula . 

The general requirements for the masters' 

degrees are stated in the Graduate Catalog . 

DOCTORAL PROGRAM 

Graduate work leading to the degree of 

Doctor of Philosophy with a major in civil 

engineering is offered . Major fields of study 

include environmental engineering, 

structural engineering, transportation, 

construction management, and water 

resources . 

The general requirements for the doctoral 

degree are stated in the Graduate Catalog . 

Civil Engineering (254) 

2260 Engineering Surveys (4) Mensuration through 

the application of surveying techniques ; the theory 

of errors and their analysis; fundamental concepts 

of horizontal, vertical, and angular measurement ; 

basicsurveying operationsand computations . 3 hrs . 

lectures and one 3 hr . lab . Prereq : Math 1850 . 

2310 Seminar (1) Presentation and discussion of 

topics related to civil engineering . 

2360RoutsSurveying (3) Emphasis on basic principles 

and practical applications of horizontal and 

vertical alignment of transportation routes, specifically 

covering simple, compound, reverse and 

parabolic curves and spirals. Earthwork computations 

. Prereq : 2260 . 

3210 Stresses in Framed Structures (3) Reactions, 

moments, shears, and stresses in trusses and 

framed structures from fixed loads ; influence lines 

for reactions, moments, and shears ; and graphic 

statics . Prereq : Engr . Sci . & Mach . 3311 . 

3230 Design of Framed Structures (3) Selection of 

rolled beams ; design of compression and tension 

members for axial and combined axial and bending 

stresses . Prereq : 3210. 

3310 Physical Properties of Soils (3) Introduction to 

soils as a construction material, determination of 

physical properties of soils, factors affecting physical 

properties of soils. 2 hrs of lecture and 1 lab . 

Prereq : Engr . Sci . & Mach . 3110 and 3311 . 

3320 Computer Applications in Civil Engineering 

(1) Solution of Civil Engineering problems through 

the use of digital computers . Prereq : Basic Engr . 

1410 . 

3380 Surveying Practice (3) Route surveying procedures 

. Two 3-hr labs. Coreq : 2360. 

3600 Transportation Planning (3) Emphasis on 

transportation problems and perspectives, both 

rural and urban ; use of the planning process to establish 

existing travel patterns, modeling of demand, 

proposing alternatives and their evaluation, 

and plan implementation . Prereq : Junior standing . 

3610 Transportation Engineering (3) Introductory 

course on design, construction, maintenance, and 

operation of various transportation modes, their 

guideways and terminals . Prereq : Junior standing . 

3710 Materials of Construction (3) Physical and mechanical 

properties of specific construction materials, 

behavior of materials and structures under load, 

ferrous and nonferrous metals, cements, concrete, 

asphalt, and wood . 2 lectures and 1 lab . Prereq : 

Engr . Sci . & Mach . 3311 . 

4110 Concrete Design (3) Reinforced concrete 

beamsand columns ; use of standard specifications . 

Prereq : 3210 and 3710 . 

4120 Concrete Design (3) Reinforced concrete continuous 

beams and floor slabs ; footings and retaining 

walls . Prereq : 4110 and 4410. 

4220 Foundations and Substructures (3) Foundation 

explorations ; principles of design of dry and 

subaqueous foundations . Prereq : 3310 . 

4230 Legal and Ethical Aspects of Engineering (3) 

Legal principles underlying engineering work ; laws 

of contracts, torts, agency, real property ; problems 

of professional registration and ethics . 

4240 Structural Design (3) Plate girders, composite 

steel and concrete beams, connections and details, 

and design of small industrial buildings . Two 3-hr 

periods . Prereq : 3230 and 4410 . 

4260 Photogrammetry (3) Methods of plotting maps 

from aerial photographs ; stereoscopic plotting instruments 

; applications . Prereq : 2360, or Forestry 

Summer Camp for forestry majors . 

4320-30 Seminar (1,1) Selected topics dealing with 

historical and modern civil engineering achievements 

and professional and ethical responsibilities. 

Prereq : Senior standing and completion of alljunior 

level non-elective engineering courses . 

4410 Deflections and Statically Indeterminate 

Structures (3) Deflections of beams and trusses ; 

analysis of indeterminate beams, trusses, bents, and 

frames . Prereq : 3210 . 

4420 Analysis of Framed Structures (3) Maximum 

stresses due to moving loads ; uses of influence 

lines ; lateral forces due to earthquake and wind ; 

analysis of portals, building frames, and space 

frames . Coreq : 4410 . 

4430 Construction Methods and Equipment (3) 

Fundamental operations in construction and selection 

of equipment ; production rates, balancing of 

equipment, and cost estimates . Prereq : 3710. 

4460 Land Surveying (3) Procedures of locating 

properties ; evaluating evidence ; procedures to describe 

property, to create land divisions, and to prepare 

plots ; laws of land surveying . Prereq : 2260 or 

equivalent . 

4510-20 Advanced Structural Design (3, 3) Plastic 

design in steel in 4510 ; design of typical short span 

highwaybridges in 4520. Prereq : 3230 for4510 ; 3230 

and 4110 for 4520 . 

4530 Cost Comparisons in Design and Construction 

(3) Cost of engineering and construction . Cost 

comparison of alternate designs with emphasis on 

applications to civil engineering problems. Prereq : 

4430 . 

4540 Computer Utilization (3) Computer use, economic 

justification, and extent of use by industry . 

Utilization of computers for solution of civil engineering 

problems . Prereq : 3320 . 

4550 Engineering Behavior of Soils (3) Plastic and 

elastic behavior of soils, determination and use of 

engineering properties of in-situ soils . 2 hrs of lecture 

and 1 lab . Prereq : 4220 or consent of instructor. 

4560 Stabilization of Soils (3) Mechanical stabilization 

of soils by compaction, drainage, and blending ; 

chemical stabilization of soils with admixtures ; 

water-proofing and modifying soils with additives . 2 

hrs of lecture and 1 lab . Prereq : 3310 . 

4600 Highway Engineering 1(3) Design, construction, 

operation, and maintenance of highway 

facilities ; includes integration of system planning 

and project planning to design and construction 

procedures . Prereq : 2360, 3600 and 3610 . 

4620 Airport Planning and Design 1(3) Emphasison 

airport master planning . Included for consideration 

on the air side are runway configuration, capacity, 

geometrics, and lighting ; and on the land side are 

included terminal layout and design, and ground 

access systems and parking . Prereq : 3600, 3610 . 

4640 Traffic Engineering (3) Characteristics of 

driver, vehicle, and roadway and their interrelationship 

; traffic studies ; basic considerations of traffic 

circulation and control ; elements of urban transportation 

planning studies. Prereq : Senior standing . 

4650 Highway Engineering II (3) Integration and 

application of various engineering principles and 

techniques to process of planning, locating, and 

design of highway facility through comprehensive 

team project . 1 lecture and 2 labs . Prereq : 4600. 

4660 Airport Planning and Design II (3) Integration 

and application of principles of airport master planning 

for purpose of site selection and design of an 

airport facility through comprehensive team 

project; includes environmental evaluation of design 

. 1 lecture and 2 labs . Prereq : 4620. 

4710 Portland Cement Concrete Mix Design (3) 

Properties and tests of portland cement concrete, 

methods of concrete mix deisgn, non-destructive 

concrete evaluation testing, use of concrete admixtures 

. 2 lectures and 1 lab . Prereq : 3710 . 

4720 Asphalt and Bituminous Concrete (3) Properties 

and tests of asphalts and asphaltic mixes, mix 

design and bituminous concrete. Emphasis on use 

of asphalt in transportation construction projects . 2 

lectures and 1 lab . Prereq : 3710 . 

4731-32 Earthquake Resistant Structure 1, II (4, 4) 

(Same as Architecture 4731-32.) 

4800 Introduction to Civil Engineering Systems (3) 

Methods of modeling civil engineering systems and 

their specific application to problems of transportation, 

environment, water resources, and materials . 

Prereq : Senior standing or consent of instructor . 

4850 Elementary Structural Matrix Methods (4) 

(Same as Architecture 4850 and Engineering Science 

and Mechanics 4850.) 

4860 Structural Wood Design (3) The application of 

structural design principles to structural members 

of various combinations of wood products. Beams, 

columns, and diaphragmconstruction with plywood 

are covered in some detail . Attention is given to 

various types of fastenings and connections . Prereq 

: 3230. 

4880 Civil Engineering Systems Design and Management(3) 

Introduction to basicsystems engineering 

concepts within a civil engineering context ; discussion 

of the role of decision maker and use of 

optimal principles in engineering planning . Prereq : 

Computer Science 3150 . 

4910-20 Special Topics (1-3) Problems relating to 

recent developments and current practice in civil 

engineering through supervised self-study . Prereq : 

Consent of individual instructor and approved by 

department head . May be repeated . 

GRADUATE 

5000 Thesis 

5002 Non-Thesis Graduation Completion (3-15) 

5110-20 Statically Indeterminate Structures (3, 3) 

5140 Statically Indeterminate Structures (3) 

5150 Matrix Formulationof Structural Problems (3) 

5160 Analysis and Design of Plate Structures (3) 

5170 Introduction to Structural Dynamics (3) 

5180 Finite Element Structural Analysis (3)

5220 Pavement Design (3) 

5240 Advanced Properties of Materials : Cement 

and Concrete (3) 

5250 Advanced Properties of Materials : Bituminous 

Substances and Mixes (3) 

5270 Planning and Transportation (3) 

5310 Engineering Practice (3) 

5320-30 Engineering Practice Applied to Administration 

of Engineering Projects (3, 3) 

5420 Structural Model Analysis (3) 

5430-40-50 Construction Management 1, 11, 111(3, 3, 

3) 

5460-70 Construction Estimating 1, 11 (3, 3) 

5550 Soil Mechanics-Plastic Equilibrium (3) 

5560 Soil Mechanics-Elastic Behavior (3) 

5570 Soil Mechanics-Seepage (3) 

5610 Behavior of Steel Structures (3) 

5730 Prestressed Concrete (3) 

5740 Behavior of Reinforced Concrete Members 

(3) 

5800 Urban Systems : Engineering and Management 

1(3) 

5805 Urban Systems : Engineering and Management 

II (3) 

5810 Traffic Engineering-Characteristics (3) 

5820 Traffic Engineering-Operations (3) 

5840 Geometric Design (3) 

5850 Functional Design of City Streets and Urban 

Freeways (3) 

5860 Urban Transportation Planning (3) 

5870 Public Transit Planning (3) 

5690 Traffic Accident Reconstruction (3) 

5900 Special Problems in Civil Engineering (1-9) 

5910-20-30 Special Topics (3, 3, 3) 


6610 Behavior of Steel Bridges and Buildings (3) 

6740 Behavior of Reinforced Concrete Beams and 

Frames (3) 

6750 Behavior of Reinforced Concrete Slabs (3) 

6830 Traffic Flow Theory (3) 

6860 Statewide Passenger Transportation Planning 

(3) 

6870 Future Transit Technology and Research (3) 

6880 Planning Models forTransportationSystems I 

(3) 

6890 Planning Models for Transportation Systems 

6910-20-30 SpecialTopics in Civil Engineering (3, 3, 

3) 

Environmental Engineering (344) 

3000 Introduction to Environmental Engineering (3) 

Introduction to humans' interaction with the air, water, 

and land environment in which they live ; role of 

engineering in environmental control . Prereq : 

Junior standing . 

3120 Hydraulics (3) Application of basic and developed 

principles of hydraulics. Flow measurement 

; flow in closed conduits ; uniform and nonuniform 

open channel flow ; pumps and turbines ; 

basic hydrodynamics; flow similitude and models . 

Two lectures and one 3-hr lab . Prereq : Engr . Mach . 

3110 . 

3330 Elementary Hydrology(3) Elements of hydrology 

including both descriptive and quantitative aspects 

. Prereq : Engr. Mech . 3110 . 

4030 Environmental Engineering Chemistry (3) 

Fundamentals of chemistry related to generation, 

formation analysis, and removal of environment 

contaminants . Prereq : Chemistry 1130 and senior 

standing . 

4150 Urban Water Management (3) Introduction to 

urban water modeling ; evaluation of optimum urban 

water policies ; formulation of system constraints 

and analysis of decision-making process ; management 

of storm waterfor beneficial use . Prereq : 3330 . 

4210 Water Resources Engineering Design (3) 

Elements of water resource structures and systems, 

including reservoirs, dams, control works, and open 

channel design . Dam safety control ; environmental 

impact of reservoir projects . Prereq : 3330 or consent 


4220 Water Resources Engineering Development 

(3) Multi-objective evaluation procedures for comparing 

and selecting among water resources 

development alternatives ; achieving project optimality 

; single- and multi-purpose projects ; special 

topics in new developments in water resources engineering 

. Prereq : 3330 or consent of instructor. 

4330 Hydrologic Design (3) Application of frequence 

and regression analysis to hydrologic design 

of water resources system ; unsteady surface 

runoff and streamflow modeling ; urban peak runoff 

design using kinematic wave theory ; evaluation of 

effects of land use changes on steam flow quantity 

and quality . Prereq : 3330 . 

4510 Elements of Water and Wastewater Transport 

Systems (3) Introduction to theory and design of 

water transportation and distribution systems and 

wastewater collection systems . Prereq : 3120 and 

3330 . 

4520 Elements of Water and Wastewater Treatment 

Systems Design (3) Introduction to unit operations 

and processes employed in physical, 

chemical, and biological treatment of water and 

wastewater . Application of unit operations and processes 

in design of water and wastewater treatment 

plants . Prereq : 3120 . 

4525 Water and Wastewater Treatment Plant Design 

(3) Detailed process design of water and/or 

municipal industrial wastewater treatment plants ; 

sludge handling systems, and ultimate disposal of 

residuals . Prereq : 4520 or equivalent . 

4530 Environmental Engineering Laboratory (3) 

Standard analytical techniques for evaluation of 

specific air, water and solid waste pollutants . 2 hrs 

and 1 lab . Prereq : 4030. 

4600 Solid and Hazardous Waste Management (3) 

Magnitude and characteristics of solid and hazardous 

waste problems ; collection systems ; disposal 

systems including landfill, incineration, composting, 

fixation, resource recovery, and proposed new 

technologies ; current and future regulations. Prereq 

: Junior standing . 

4700 Air Pollution-Air Resource Management (3) 

Introductory course on concepts of air pollution ; 

analysis of relationship among emission sources, 

meterology and topographic factors, and adverse 

effects on receptors ; engineering approaches for air 

pollution control . Prereq : Senior standing . 

4810 Water Law (3) (Same as Law 8975 and Water 

Resources Development 4810.) 

4820 Environmental Engineering Law (3) Legal aspects 

of water and air pollution, drainage, land use 

controls, and environmental impact statements with 

emphasis upon federal-state relations, recent legislation 

and court decisions, and enforcement . Prereq 

: Senior standing . 

4910-2030 Special Topics (1-3, 1-3,1-3) Topics related 

to recent developments and current practice in 

environmental engineering through supervised self 

study. Prereq : Consent of individual instructor and 

approved by department head . May be repeated . 

GRADUATE 

5000 Thesis 


5150 Water and Urban Welfare (3) 

5160 Planning and Utilities (3) 

5230 Surface Water Transport Processes (3) 

5232 Sediment Transportation (3) 


5240 Flood Control Hydraulics (3) 

5261 Basic Principles of Remote Sensing (3) 

5262 Remote Sensing Data Acquisition (3) 

5263 Remote Sensing Data Analysis and Interpretation 

(3) 

5301 Stormwater Modeling 1(3) 

5302 Stormwater Modeling 11 (3) 

5310 Groundwater Transport Processes (3) 

5330 Descriptive Hydrology (3) 

5400 Introduction to Environmental Systems (3) 

5501 Water andWastewater Treatment Theory 1(3) 

5502 Water and Wastewater Treatment Theory 11 

(3) 

5513 Advanced Water and Waste Treatment Systems 

(3) 

5530 Environmental Engineering and Natural System 

Behavior (3) 

5551 Water Quality Management (3) 

5561 Environmental Management of Water Quality 

(3) 

5582 Microbiology for Sanitary Engineers (3) 

5593 Advanced Sanitary Engineering Laboratory 

(3) 

5600 Solid Wastes (3) 

5610 Solid Waste Disposal (3) 

5620 Solid Waste Collection Systems (3) 

5700 Planning and Air Pollution Control (3) 

5710 Air Pollution Control Engineering (3) 

5720 Air Pollution Particle Collection Theory (3) 

5725 Air Quality Modeling and Impact Assessment 

(3) 

5730 Air Pollution Control Device Design (3) 

5735 Industrial Source Sampling (3) 

5740 Dynamical and Physical Meteorology (3) 

5750 Turbulence in the Atmosphere (3) 

5760 Diffusion in the Atmosphere (3) 

5900 Special'Problems In Environmental Engineering 

(1-9) 

5910-20-30 Special Topics (3, 3, 3) 

5990 Environmental Engineering Seminar (1) 

6110-20 Advanced Topics in Fluid Mechanics and 

Convective Transfer (3, 3) 

6230 Kinematic Wave Theory (3) 

6500 Industrial Waste Treatability and Process 

Control (6) 

6820 Advanced Theory and Applications In Water 

Resources Energy Systems 1(3) 

6910-20-30 Special Topics in Environmental Engineering 

(3, 3, 3) 

Electrical Engineering 

(320) 


J . M. Googe (Head), Ph .D . Georgia Institute of 

Technology, P.E . ; I . Alexeff, Ph .D . Wisconsin, 

P.E . ; J . M. Bailey, Ph .D . Georgia Institute of 

Technology ; A . O . Bishop, Jr ., Ph .D . Clemson ; 

T . V. Blalock, Ph .D . Tennessee ; 

R. E . Bodenheimer, Ph .D . Northwestern ; 

W. L. Green, Ph .D . Texas A & M ; R . C . Gonzalez, 

Ph .D . Florida ; E . L . Hall, Ph .D . 

Missouri ; G . W. Hoffman, Ph .D . Harvard ; 

E . C . Huebschmann', Ph .D . Texas ; J . C . Hung, 

Ph .D . New York, P.E . ; E. J . Kennedy, Ph .D. 

Tennessee, P.E . ; W. O. Leffell, M.S . Tennessee ; 

H . P . Neff, Ph .D. Auburn, P.E . ; 

M. O . Pace, Ph .D . Georgia Institute of 

Technology ; P . Z. Peebles, Jr ., Ph .D. ' 

Pennsylvania ; J . F . Pierce', Ph .D . Pittsburgh, 

P.E . ; R. W. Rochelle, Ph .D . Maryland ; J . R . Roth 2 ,


Ph .D. Cornell ; F. M. Shofner, Ph .D. Tennessee ; 

B . Smith, Jr ., M.S. Illinois, P.E . ; F . W. Symonds, 

Ph .D. Nottingham (England) ; J . D . Tillman, Jr., 

Ph .D . Auburn ; C. H . Weaver (Vice President for 

Continuing Education ; Dean, Space Institute), 

Ph .D . Wisconsin, P.E . 


D. W. Bouldin, Ph .D . Vanderbilt ; 

H . M. Long, Ph .D . Oxford (England) ; 

L. J . Pinson*, Ph .D . Florida ; T . W. Reddoch, Ph .D . 

Louisiana State ; D . Rosenberg, E . Eng . Sc . New 

York ; J .W. Waller, Ph .D . Tennessee. 


J . D . Birdwell, Ph .D . M.I .T . ; R. D . Joseph', 

Ph .D . Case Institute of Technology ; J . S. Lawler, 

Ph .D . Michigan State . 

'Distinguished Professor 

ZVisiting 


UNDERGRADUATE 

The Bachelor of Science in Electrical 

Engineering is planned to provide a 

foundation in both the basic sciences and 

specialized areas of modern engineering . The 

curriculum also contains a suitable amount of 

cultural work to enhance the growth of the 

student toward the goal of becoming a 

professional person with strong social 

awareness . In the senior year, the student may 

specialize in any one ofthe following areas of 

electrical engineering : bioelectric 

engineering, computer engineering, 

electromagnetic fields and communications, 

electronics and instrumentation, energy 

conversion and power systems, plasma and 

electro-optics engineering, and systems and 

networks . All of these areas except the 

bioelectric engineering option are continued 

through the M .S . and Ph .D . programs . The 

senior year curriculum is sufficiently flexible 

to allow a student to take several courses 

outside of the chosen area of specialization . 

All sophomore and junior course work is 

offered every quarter and the senior work is 

scheduled so that the student mayenteratthe 

beginning of any quarter . This arrangement 

allows maximum flexibility, since the student 

mayelectthe normal four-yearschedule, may 

choose to graduate in three calendar years, or 

may take the Cooperative Engineering 

Program . 

In addition to the usual research and 

teaching facilities in machinery, electronics, 

microwaves, solid state devices, and control 

equipment, the department has both digital 

and analog computers . 


Graduate work leading to the Master of 

Science degree may be completed during one 

academic year of full-time study orthe degree 

may be obtained i n two or three years of study 

in the evening . 

Graduate assistantships and scholarships 

are available for outstanding students . 

Graduate assistants may obtain the master's 

degree in one calendar year . 

Course work leading to the degree of 

Masterof Science in Electrical Engineering is 

offered in the evening . Each course meets for 

two and one-half hours each week . 

THE DOCTORAL PROGRAM 

Graduate work leading to the degree of 

Doctor of Philosophy with a major in 

electrical engineering is offered . The 

department also participates in the 

engineering science doctoral program . 

General policies of the Graduate School, 

residence, language, research, examinations, 

and admission to candidacy requirements are 

explained in the Graduate Catalog . 

2010 Circuits 1(3) Circuitvariables. Current, voltage, 

power, energy, resistance, capacitance, and inductance 

. Kirchhoff's laws . Writing circuit equilibrium 

equations using loop currents as well as node voltages. 

Solution for resistive networks using matrix 

algebra . Reduction by Y-1/3 transformation . Network 

theorems . Coreq : Math 2610 . 3 hrs including 

biweekly lab . 

2020 Circuits II (3) Elementary transient analysis of 

circuits with one storage element . Networks in 

sinusodial steady-state . Use of complex algebra. 

Power and power factor. Phasors and transforms . 

Concept of transform networks, and complex impedances 

. Resonance . Prereq : 2010, Math 2840 concurrently 

. 3 hrs including biweekly lab . 

2030 Circuits III (3) Polyphase networks considered 

as networks with more than one source . Magnetically 

coupled circuits . Transient analysis of circuits 

containing more than one storage element 

using classical methods . Steady-state analysis of 

networks containing sinusoidal sources of more 

than one frequency . Prereq : 2020, Math 2850 concurrently 

. 3 hrs including biweekly lab. 

3010 Transient Analysis (3) Analysis of transient 

response of networks and systems ; Laplace transform 

method and classical differential equation 

methods for system analysis ; complex frequency 

concept and pole-zero concepts ; application to engineering 

problems. Prereq : 2030. 

3040 Basic Communication Systems (3) Fourier 

series and transforms . Network response to signals 

and noise. Elements of amplitude, frequency, and 

phase modulation systems for analog messages . 

Noise performance. Fundamentals of broadcastAM, 

broadcast FM, FM stereo, and television systems . 

Prereq : Math 2850 . 3 hrs including biweekly lab . 

3050 Basic Field Theory (3) Forces between 

charges, electric and magnetic fields, Gauss' law 

and divergence, potential and line integrals, material 

bodies, polarization, magnetic circuits, Maxwell's 

equations, dynamic potentials . Prereq : Math 

2860 . 

3060 Propagation I (3) Plane waves, refelection, 

guided waves, transmission lines, standing waves, 

impedance, impedance matching, graphical 

methods, rectangular wave guides. Prereq : 3050. 3 

hrs including biweekly lab . 

3080 Energy Conversion (3) Magnetic circuits, 

transformer theory and operation, principles of electromechanical 

energy conversion with emphasis on 

input-output characteristics ; steady-state analysis 

of induction motors and d . c . machinery . Prereq : 

3040. Includes a biweekly lab. 

3090 Energy System Operation (3) Sychronous machines, 

transmission-lines, and transformers as 

power system elements ; power system representation, 

per unit calculation, symmetrical components, 

and fault studies . Prereq : 3080 . Includes a biweekly 

lab . 

3100 Random Signals and Noise in Engineering (3) 

Theory of random signals and spectral analysis of 

noise as applied to engineering problems . Random 

signal response of linear networks. Transformation 

of random signals by non-linear networks. Prereq : 

3010 and 3040 . 3 hrs including biweekly lab . 

3110 Basic Electrical Engineering-Circuits and 

Fields (3) For non-electrical engineering majors . 

Prereq : Math 2850, Physics 2310-20 . 3 hrs including 


3120 Basic Electrical Engineering-Electronics (3) 

For non-electrical engineering majors. Prereq : 

3110 . 3 hrs including biweekly lab . 

3130 Basic Electrical Engineering-Machinery (3) 

For non-electrical engineering majors . Prereq : 


3135 Basic Electrical Engineering Circuits- 

Instrumentation (3) For non-electrical engineering 

majors . Use of operational amplifiers for signal 

processing, logic systems applications, signal conditioning 

; input-output devices-transducers, recorders, 

oscilloscopes ; automated data collection ; 

safety and grounding requirements . 2 labs. Prereq : 

3120 . 

3180 Logic Design of Digital Systems (3) Introduction 

to boolean algebraand design of combinational 

circuits . Presents gate and flipflop characteristics . 

Design of clocked sequential circuits and other systems 

containing memory . Introduction to minicomputer 

architecture and system components to include 

basic structure and function of Arithmetic, 

Storage, Input/Output, and Control Systems. Instruction 

set capabilities and machine language 

programming . Prereq : 3010, Computer Science 


3190 Plasma 1(3) Engineering applications of physical 

electronics, plasma effects and devices . Topics 

include electrostatic precipitators and plasma light 

sources, laser operation and applications (electrooptics), 

and MHD, controlled thermonuclear, and 

other techniques of advanced power production . 3 

hrs including biweekly lab . Prereq : Physics 2310- 

20-30. 

3720 Linear Systems Analysis (3) Steady-state and 

transient response ; log-frequency, gain-phase, and 

polar plots ; block diagram transformation ; signal 

flow graphs ; analogous systems, properties of second 

order systems ; introduction to feedback theory ; 

stability criteria . Prereq : 3010and Math 3150 ; coreq : 

3180 . 3 hrs including occasional labs. 

3810 Basic Electronics 1(3) Band theory fundamentals 

; theory and applications of p-n junctions ; simple 

power supplies ; theory of operation of field-effect 

transistors and applications in simple circuits . 

Coreq : 2030 . 3 hrs including project laboratory. 

3820 Basic Electronics II (3) Physical operation of 

bipolar transistors and vacuum tubes with applications 

in basic amplifiers. Integrated circuit fundamentals 

. Prereq : 3810 . 3 hrs including project laboratory 

. 

3830 Basic Electronics III (3) Frequency and transient 

response of open-loop transistor amplifiers . 

Fundamentals of integrated-circuit operational 

amplifiers and applications in basic feedback configurations. 

Basic digital switching circuits . Prereq : 

3820 . 3 hrs including project laboratory . 

4020 Direct Electrical Energy Conversion (3) Basic 

principles, typical devices, and applications for 

production of electrical energy by thermoelectric 

effects, thermionic conversion, magnetohydrodynamics, 

solar cells, and fuel cells . Laboratory demonstrations 

. Prereq : 3050, 3190, and 3810 . 

4080 Microwave Circuits and Electronics (3) Circuits 

represented by wave scattering, isolators, 

gyrators, couplers, microwave vacuum diodes and 

klystrons, crossed field devices, parametric 

amplifiers, power generator semiconductors, varactor 

semiconductors . Prereq : 3060 . 3 hrs including 


4090 Propagation 11 (3) Metal tube, dielectric rod, 

and stripline waveguides. Waveguide resonators 

andotherloading components . Design of structures 

utilized for microwave power transmission and for 

microwave integrated circuits. Prereq : 3060. 4 labs . 

4100 Digital Communications Systems (3) Principles 

of pulse and digital communication systems . 

Sampling theorems, pulse amplitude, duration, and 

position modulation methods. Quantization, coding, 

and pulse code modulation . Generalized digital 

signals and carrier modulation with digital 

waveforms. Delta, adaptive delta, delta-sigma, and 

delta PCM systems . Prereq : 3100 . 

4210 Introduction to Artificial Intelligence (3) Same 

as Computer Science 4210 .) 

4350 Elements of Network Synthesis (3) Energy 

relationships in networks . Quadratic forms . 

Positive-real functions ; properties and tests . Synthesis 

of L-C networks . Application to the synthesis 

of lossless twoports in form of ladder networks . Prereq 

: Senior standing . 

4370 Introduction to Feedback System Design (3) 

Mathematical formulation of control systems ; 

steadystate error and error constants ; root-locus 

methods ; optimum gain adjustment ; compensation 

networks ; introduction to compensation . Prereq : 

3720 . Lab optional . 

4381 Introduction to Applied Modern Control 

Theory (3) Project-oriented course stressing applications 

of optimal control theory. Topics include 

state-space representation of systems, controllabil-

ity and observability, minimum principle, dynamic 

programming and the Hamilton-Jacobi equation for 

deterministic systems, optimal linear systems design 

with quadratic criteria, pole placement and observers 

for linear systems, stability theory. Prereq : 

3720, Computer Science 3150, Math 2860 and 4120 . 

4391 Introduction to AppliedOptimal Estimation (3) 

A project-oriented course stressing applications of 

optimal estimation theory . Course topics include : 

the state-space representation of systems, probability 

theory and stochastic processes, uncertain systems, 

least squares estimation, Wiener filtering, the 

Kalman filter . Prereq : Electrical Engineering 3720, 

Computer Science 3150, Math 2860. Math 4120 recommended 

. 

4410 Power System Components and Control (3) 

Analysis of power system components and their interconnection 

. Studies in control of power and frequency 

as well as voltage and reactive power . Prereq 

: 3090 . 

4420 Power Systems Analysis (3) System studies 

including load flow, faults, and stability . Prereq : 

3090 . 

4430 Transmission, Distribution, and Protection (3) 

Studies in underground and d. c . transmission ; consideration 

of over-voltages and insulation requirements 

; system protection against faults. Prereq : 

3090. 

4460 Losers and Masers (3) Principles of laser and 

maser operation based on classical concepts and 

electrical engineering analogies . Consideration of 

practical devices and applications . Prereq : Senior 

standing . 

4470 Plasma If (3) Magnetohydrodynamics . Prereq : 

3190. 

4480 Plasma 111(3) Macroscopic plasma equations, 

particle orbits, interactions, oscillations, and waves . 

Prereq : 3190 . 

4490 Electro-Optics (3) Fourier optics. Diffraction, 

lenses, coherent and incoherent imaging . Engineering 

applications : holography . Prereq : Senior standing 

. 

4500 Electro-Optic Detection and Instrumentation 

(3) Sensitivity, resolution (frequency response) and 

noise concepts of and practical engineering data for 

both spatial recording media (e .g . photographic 

emulsions) and temporal detectors (e .g . photodiodes) 

will be given . Last third of the course will be 

devoted to selected electro-optic instrumentation 

systems (e .g . laser light scattering, optical data 

processing, holographic interferometry) . 

4540 Antennas and Propagation (3) Dipole and 

linear antennas, arrays and simple antennas. Antenna 

gain, impedance, andotherparameters . Wave 

propagation in free space, earth's troposphere, and 

ionosphere . Wave reflections from earth . Prereq : 

3060 . 

4570 Electro-Acoustics (3) Reproduction of 

monophonic and stereophonic sound, microphones, 

loud speakers, disc recording, magnetic 

recordings, film recording, acousticsof studios, auditoriums 

. Prereq : Senior standing . 

4600 Analog Signal Processing Circuits for Electronic 

Instrumentation (3) Use of operational 

amplifiers, instrumentation amplifiers, and other integrated 

circuits in signal processing . Design 

examples such as active filters, amplifiers, attenuators, 

function generators, active rectifiers, and 

synchronous demodulators . Analysis of interfacing 

problems between transducers and signalprocessors 

. Prereq : 3830. 3 hrs including project 

laboratory . 

4610 Analog-Digital Systems (3) Principles of 

analog computing components . Applied to analog 

computing to include problem set-up and scaling . 

Characteristics of analog multipliers, dividers, and 

function generators . Presents comparators, digital 

to analog conversion, and analog to digital conversion 

techniques. Prereq : 3180 and 3830 . 3 hrs including 

biweekly lab. 

4620 Sequential Machine and Digital System 

Theory (3) Design aspects of pulse-mode, clockmode, 

and level-mode sequential circuits . Theory 

and characteristics of one- and two-dimensional 

iterative networks . Design of large scale digital systems 

using MSI and LSI technologies . Principles of 

reliability and error detection in digital systems . Prereq 

: 3180. 3 hrs including biweekly lab . 

4630 Digital System Organization and Design (3) 

System organization of digital systems including 

minicomputer and microprocessor architectures 

and comparisons . Characteristics of ALU and CPU 

structures, storage systems (RAM, ROM, and PROM 

building blocks), and Input/Output systems. Control 

Unit organization to include serial-parallel modes of 

operation, synchronous-asynchronous time sequencing, 

and microprogramming of control functions 

. Prereq : 3180. 3 hrs including biweekly lab . 

4660 Bloelectric Instrumentation (3) Nature and 

origin of bioelectric potentials, transducers, 

amplifier requirements, recording systems, and 

noise problems . Prereq : Senior standing . 

4680 Electric Amplifiers (3) Feedback amplifier 

principles. Wideband linear amplifiers . Audio and 

radio-frequency power amplifiers . Prereq : 3830, 

3720. 3 hrs including project laboratory . 

4690 Communications Electronics(3) Receiver and 

transmitter circuits for communications. Prereq : 

3040, 3830 . 3 hrs including project laboratory. 

4700 Digital Integrated Electronics (3) Comparators, 

logic gates, flip-flops, registers, counters, 

memories, analog switches, A/D and D/A conversion, 

clipping, clamping, and sweep circuits. Prereq 

: 3830, 3180 . 3 hrs including project laboratory. 

4740 Integrated Circuits (3) Processing and fabricstion 

of active and passive components for 

monolithic and hybrid circuits . Design techniques 

for linear and digital circuits . Prereq : 3830 . 3 hrs 

including project laboratory . 

4750 Interactive Computer Graphics (3) (Same as 

Computer Science 4750 and Geography 4750 .) 

4780 Synchronous Machines (3) Development of 

2-axis model for synchronous machines . Applications 

to analysis of steady state and transient operation 

. Excitation and governor control . Prereq : 3090 . 

4790 Electromechanical Components of Control 

Systems (3) Characteristics and analysis of electromechanical 

devices used in control system . 

Single phase induction motors, servo motors, 

tachometers, synchros . Dynamic behavior of do machine 

systems . Applications in industrial process 

control . Prereq : 3080 and 3720 . 

4800 Hardware-Software Interface in Minicomputer 

and Microprocessor System Design (3) 

Minicomputer and microprocessor interface design 

. Hardware-software interaction and trade-off . 

Priority interrupt structures . Telecommunications . 

Project oriented, contract course. Completion of 

two projects, one utilizing a minicomputer and the 

other a microcomputer, are minimal course requirements 

. Prereq : 3180. 

4810 Discrete-Data Systems (3) Introduction to 

analysis and design of discrete data control systems 

using frequency domain techniques . Real-time digital 

filtering techniques ; application of digital computers 

in closed-loop feedback sysems. 

4820 Introduction to Pattern Recognition (3) Role of 

pattern recognition within framework of artificial intelligence 

. Design of learning and adaptive machines. 

Typical applications of pattern recognition 

to problems of practical significance . Computer 

simulation of elementary pattern recognition problems. 

Prereq : Either 3100 and Computer Science 

3150, orStatistics 3450 and Computer Science 1510. 

(Same as Computer Science 4820 .) 

4830 Digital Image Processing (3) Principal 

methods of coding, storing, and processing images 

by means of digital computers . Computational algorithms 

for image operations . Prereq : 3100 and 

Computer Science 3150, or Statistics 3450 and 

Computer Science 1510 . (Same as Computer Science 

4830 .) 

4850 Small Computer Systems (3) Basic structure 

of small computer systems, input-output techniques, 

interrupt structures, peripheral devices, system 

software, and assembly language programming 

. Course is project oriented . Prereq : Basic 

Engr . 1410, Computer Science 1510 or 3150, or consent 

of instructor. (Same as Computer Science 

4850 .) 

49102030 Special Electrical Engineering Prob- 


14 7 

lams (3, 3, 3) Problems in electrical engineering 

involving library and experimental research . 

GRADUATE 

5000 Thesis 

5040-50-60 Electrical Engineering Research (3, 3, 

3) 

5070-80 Modern Transform Methods (3, 3) 

5110 Introduction to Network Analysis (3) 

5120 Network Synthesis and Design (3) 

5130 Advanced Network Analysis (3) 

5170 Blosngineering Systems 1 : Models, Systems 

Analysis, and Simulation (3) 

5180 Bloongineering Systems 11 : Bloelectric 

Phenomena (3) 

5190 Blosngineering Systems III : Instrumentation 

and Analysis (3) 

5210-20 Advanced Electrical Machinery (3, 3) 

5230 Advanced Electrical Machinery Applications 

(3) 

524050-60 Control Systems Design 1,11, 111(3, 3, 3) 

5271 Modern Systems Theory 1 (3) 

5281 Modern Systems Theory il (3) 

5291 Modern Systems Theory 111 (3) 

5310 Basic Requirements for Plasma Fusion (3) 

5320 Diagnostics for Fusion (3) 

5330 Engineering of Fusion (3) 

5340 Introduction to Quantum Electronics (3) 

5350 Properties of Quantum Devices (3) 

5360 Application of Quantum Electronic Devices 

(3) 

5370 Advanced Direct Electrical Energy Conversion 

1(3) 


11 (3) 


111 (3) 

5410 Power System Networks (3) 

5420 Fault and Load Flow Studies (3) 

5430 Power System Stability and Control (3) 

5440 Distribution Systems (3) 

5460 Selected Topics in Power Systems (3) 

55102030 Advanced Analog Electronics (3, 3, 3) 

5540 Thick Film Hybrid Microcircuits (3) 

55708090 Advanced Electronic Switching Circuits 

(3, 3, 3) 

561020 Logic Design and Finite Automata Theory 

(3,3) 

5615-25 Introduction to Switching Theory and 

Logic Design (3, 3) 

5630 Digital System Architecture (3) 

5635 Introduction to Digital Computer and Analog 

Systems (3) 

5650-60 Electric Communications Systems (3, 3) 

567080 Pattern Recognition (3, 3) 

5690 Introduction to Artificial Intelligence (3) 

5710 Random Process Theory for Engineers (3) 

572030 Prediction, Filtering and Detection Theory 

(3,3) 

5740 Digital Processing of Signals (3) 

5750-60 Radar Systems Analysis (3, 3) 

5770 System Identification (3) 

5800 Power Transmission Lines (3) 

581020 Electromagnetic Fields (3, 3) 

5830 Linear Antennas and Antenna Arrays (3)


5840 Aperture Antennas (3) 

5850 Microwave Electronics (3) 

5860 Electromagnetic Wave Propagation (3) 

5870 Introductory Microwave Networks (3) 

5930 Digital Image Processing (3) 

5940-50 Advanced Small Computer Systems (3,3) 


6240-50-60 Advanced Systems Theory 1, 11, 111(3, 3, 

3) 

6270-80-90 Special Topics in Systems Methodology 

(3, 3, 3) 

6340-50-60 Special Topics In Quantum Electronics 

(3, 3, 3) 

6410-20-30 Modern Techniques of Electrical Energy 

Systems (3, 3, 3) 

6500-10 Electrical Conduction In Gases and Plasma 

Physics (3,31) 

6530 Special Topics in Image and Pattern Analysis 

(3) 

6610-20-30 Microwave Networks (3, 3, 3) 

6650 Advanced Antenna Theory (3) 

6660 Electromagnetic Diffraction and Scattering 

(3) 

6710"20-30 Network Synthesis (3, 3, 3) 

6750 Detection Theory (3) 

6760 Coding Theory (3) 

6800-10-20 Advanced Topics in Electronic Instrumentation 

(3, 3, 3) 

6910"20-30 Advanced Sequential Machine and Automats 

Theory (3, 3, 3) 

Engineering 

Administration 

(See Graduate School.) 


and Mechanics 


W . T . Snyder (Head), Ph .D . Northwestern ; 

H . B . Aiken (Emeritus), M .S. Tennessee ; 

J . E. Akin, Ph .D . Virginia Polytechnic, P.E . ; 

A . J . Baker, Ph .D . SUNY (Buffalo), P .E. ; 

T . G . Carley, Ph .D . Illinois, P .E . ; B . R . Dewey, 

Ph .D . Illinois, P .E . ; A. H . Eraslan, Ph .D . North 

Carolina State ; J . H . Forrester, Ph .D . Iowa State, 

P .E . ; D . R . Keefer*, Ph .D . Florida ; 

C . W . Lee, Ph .D . Illinois Institute of 

Technology ; J . R . Maus*, Ph .D . North 

Carolina State ; W . A . Miller, Jr . 

(Associate Dean), Ph .D . Georgia Institute 

of Technology . P .E . ; H . Pih, Ph .D . 

Illinois Institute of Technology, P .E . ; 

C . J . Remenyik, Ph .D . Johns Hopkins ; 

C . D . Scott, Ph .D . Tennessee ; 

L . R. Shobe, M.S . Kansas State, P .E . ; 

J . E . Stoneking, Ph .D . Illinois, P .E . ; 

D . G . Thomas, Ph .D . Ohio State, P .E . 


1L. Adler, Ph .D . Tennessee ; 

B . Antar', Ph .D . Texas ; 

J . E. Caruther', Ph .D . Georgga Institute 

of Technology ; R . J . Jendrucko, Ph .D . 

Virginia, P .E . ; A. Mathews, Ph .D. 

Illinois, P.E . ; T. F . Moriarty, Illinois ; 

W . E . Scott, Ph .D . Johns Hopkins ; 

J . F . Wasserman, Ph .D . Cincinnati . 


J . M . Carter", Ph .D . Missouri . 

' Space Institute, Tullahoma 

'Honorary 


The curriculum in engineering science will 

provide students an opportunity for 

education with breadth in engineering 

science, mathematics, and physical (or 

biological) science . Such a program will 

prepare students for a career in engineering 

development and research, professional 

education at the M .S . level, or additional 

graduate study leading to the master's or the 

doctoral degrees . The curriculum will provide 

students a broad engineering education 

which permits a strong emphasis on 

engineering principles and basic science . 

In the first two years students in the 

engineering science program study 

engineering, science, and mathematics . The 

engineering science program in the 

upper-division years is essentially an elective 

curriculum in which the special interests of 

students can be met which cannot be 

accommodated in other programs . Examples 

of special interest elective groups presently 

available in the engineering science program 

are biomedical engineering, engineering 

analysis and synthesis, environmental 

sciences, and engineering materials . Other 

elective groups are currently being developed 

and will be available in the future . 

The biomedical engineering elective group 

provides the basic background for an 

engineer to contribute to the fields of biology 

and medicine in such technical areas as the 

design of research and diagnostic 

equipment, the development of artificial 

organs, and the application of the 

engineering sciences to further the basic 

understanding of biological systems. With 

some modifications, the program can 

emphasize other areas such as the use of 

computer systems to automate hospital 

operations, to analyze medical data, and to 

contribute to the broad area of health care 

delivery systems . Interested and qualified 

students may choose to use this program as a 

background for graduate study in 

engineering orthe life sciences . The program 

includes the courses required for entrance 

into most medical schools, including The 

University of Tennessee Center for the Health 

Sciences in Memphis . 

The engineering mechanics elective group 

focuses on analytical and experimental 

methods used in investigating the interaction 

of forces and matter . It is designed especially 

to develop engineers capable of engaging in 

research and development in industrial and 

governmental research laboratories . 

Because such preparation involves emphasis 

on the link between the basic sciences and 

engineering fundamentals, the engineering 

mechanics elective group provides a good 

theoretical background for students wishing 

to pursue engineering graduate studies . 

The engineering analysis and synthesis 

elective group affords a concentration on the 

application of such mathematical techniques 

as numerical analysis and similitude for the 

solution of practical engineering problems . 

As such, heavy emphasis is placed on the use 

of digital computing . 

The environmental sciences elective group 

introduces the student to some of the areas of 

knowledge and to some of the basic skills 

involved in engineering efforts aimed at 

solving environmental and ecological 

problems. This program gives the necessary 

background in both stress/structural analysis 

for a higher level of competence in this 

specialty during professional practice or 

through formal graduate study . 

The engineering materials elective group 

provides background in the use of materials 

in the solution of engineering problems . This 

includes the selection of the proper materials 

to support the anticipated loads and 

consideration of the environmental 

conditions that are expected to exist during 

the design life of the system . There is a special 

need in industry for individuals with 

background in both stress/structural analysis 

and materials properties . The engineering 

materials elective group provides the student 

an opportunity to acquire this background . 

The basic engineering sciences curriculum 

provides an opportunity to study significant 

blocks of the engineering science areas 

recognized by the American Society for 

Engineering Education such as 

(1) mechanics ; (2) electrical science, electric 

and magnetic fields, circuits, and 

electronics ; (3) thermodynamics and 

statistical mechanics ; (4) materials 

science ; (5) information science ; 

(6) transfer and rate processes such as heat, 

mass, and momentum transfer . Other modern 

engineering fields which may be studied in 

the engineering science option are the space 

sciencesand the environmental sciences . It is 

not expected that a student will study all the 

engineering sciences but will structure a 

course plan to provide depth in some of the 

engineering sciences . 

Because of the large number of elective 

courses to be selected in the engineering 

science degree program, faculty advising 

plays an essential role in the process of 

developing the student's course of study . 

Before the end of the sophomore year, 

students in the engineering science program 

are required to develop, in concert with a 

faculty adviser, a statement of objectives and 

a course plan for the upper-division years . 

This course plan must be filed with the 

Office of Admissions and Records before 

students with morethan 90 quarter hours can 

register for courses, and before a student's 

senior standing sheet can be prepared . 

MASTER OF SCIENCE AND 

DOCTORAL PROGRAMS 


of Master of Science and Doctor of 

Philosophy with a major in engineering 

science are available to graduates of 

recognized curricula in engineering, 

mathematics, or one of the physical or 

biological sciences . Program options include 

solid mechanics, fluid mechanics, biomedical 

engineering, and other engineering sciences . 

In the biomedical and engineering science 

option, interdisciplinary programs are 

arranged to meet individual needs or 

interests . Each applicant will be advised as to 

any prerequisite courses before entering a 

program ; the student's program of study 

must be approved by his or her advisory 

committee, and must comply with the 

requirements of the Graduate School . The 

student's major professor may be selected 

from a department other than the Department 

of Engineering Science and Mechanics . 

The flexibility and interdisciplinary aspects 

of the program options are intended to be of 

particular interest to prospective students 

currently employed in research, 

development, or design activities and whose 

interests in continuing education (either 

full-time or part-time) lie at one of the 

interfaces between science and engineering, 

or can best be met by interdisciplinary study 

in engineering . The department's course

offerings and research activities are also 

intended to meet the needs of students who 

seek preparation for employment in 

engineering areas requiring specialization in 

mechanics, or in related interdisciplinary 

studies such as biomechanics . 

General policies of the Graduate School 

relating to admission, residence, 

examinations, and research are described in 

the Graduate Catalog . 


and Mechanics (335) 

2705 Elementary Statics and Dynamics (3) Resolution 

and composition of forces ; moments ; resultants 

of force systems ; free body diagrams and coplanar 

equilibrium ; friction ; particle dynamics. 

(Primarily for transfer students .) Prereq : College 

Physics (Mechanics) ; coreq : Math 1850 or equivalent. 

2710 Statics (3) Resultants of space force systems ; 

static equilibrium of structural elements and space 

frames ; belt friction ; first and second moments . Prereq 

: 2705 or Basic Engr. 1310, Math 1860 . 

2720 Dynamics (3) Absolute and relative kinematics 

of rigid bodies ; kinetics of rigid bodies using Newton's 

laws, work-energy, and impulse-momentum . 

Prereq : 2705 or Basic Engr . 1320, Math 2840 . 

3010 Seminar (1) Discussions of engineering professionalism 

. Field trips and career planning . S/NC. 

3110-20-30 Fluid Mechanics (3, 3, 3) Basic laws of 

fluids, effects of viscosity and compressibility ; empirical 

analysis : Navier-Stokes equations ; 

boundary-layer concepts ; potential flow . Must be 

taken in sequence. 3-hr lab in 3120 and 3130 . Prereq : 

2720 or 3700, Math 2840 ; coreq for 3120 : Mach . 

Engr . 3311 or equivalent . 

3310-20 Mechanics of Materials (3) Concepts of 

stress and strain, stress-strain relations, and Mohr's 

circle ; stresses and displacements in thin-walled 

pressure vessels, shafting ; determinate, indeterminate, 

and non-homogeneous beams ; column 

theory . Must be taken in sequence . Prereq : Basic 

Engr . 1310 ; coreq : Math 2840 . 

3311 Mechanics of Materials (4) Concepts of stress 

and strain ; stress-strain relations and Mohr s circle ; 

static analysis of members ; area moment of inertia ; 

stress and displacement analysis of axially-loaded 

members ; torsion ; bending . Not for departmental 

graduate credit . Prereq : Basic Engr. 1310 ; coreq : 

Math 2840 . 

3410 Introduction to Biomedical Engineering (4) 

Introduces the facets and opportunities of biomedical 

engineering, and provides basic terminology 

and background knowledge for further courses in 

the field . Subjects include anatomy, physiology, 

biomaterials, mathematical models of body systems,etc. 

Coreq : Math 2840or consent of instructor. 

3420 Introduction to Clinical Engineering (3) Engineering 

applications in the clinical/hospital setting 

; description, analysis, and design of health care 

delivery systems ; hospital organization and structure 

; clinical use of biomedical equipment ; principles 

of safety engineering in the hospital and applicable 

codes, standards and regulations . Prereq : 

3410, Physics 2320, or consent of instructor. 

3510 Materials of Engineering (3) Mechanical properties 

of engineering materials ; behavior of materials 

under load . 3 hrs or 2 hrs and 1 lab . Prereq : 3311 

and Met. Engr. 2110 or 3110. 

3520 Materials Behavior and Chemical Process 

Equipment Design (3) (Same as Met . Engr . 3520 .) 

3700 Dynamics (4) Kinematics of rigid bodies ; mass 

moments of inertia ; coulomb friction ; kinetics of 

rigid bodies using force, mass, acceleration ; workenergy 

; impulse-momentum . Not for departmental 

graduate credit . Prereq : 2705 or Basic Engr . 1320, 

Math 2840 . 

3710 Intermediate Dynamics (3) Three-dimensional 

dynamics of particles and rigid bodies ; dynamics of 

bodies with varying mass ; central force motion ; 

Lagrange's equations . Prereq : 2720, Math 2850 . 

4010 Project in Design and Development (4) Investigation, 

design, and report of an engineering science 

project . Prereq : Senior standing and a grade of 

C or better in 3311, 3700, and 3110 . 

4011 Project in Design and Development (3) Investigation, 

design, and report of an engineering science 

project . Prereq : Senior standing . 

4430 Orthopedic Biomechanics (3) Introduction to 

engineering principles and applications in orthopedics 

and rehabilitation . Topics include statics, 

Newton's laws of motion, stresses in simple sections, 

engineering materials, and biological materials 

. Prereq : Consent of instructor . For nonengineering 

majors . 

4500 Applied Mechanics for Life Scientists (4) Concise 

and broad coverage of basic principles and 

concepts of mechanics . Fundamental concepts, 

statics, vibrations, continuum mechanics, and 

properties of materials . Applications in engineering 

and medicine. Prereq : Math 1860 or consent of instructor. 

Primarily for non-engineering majors . 

4520 Biomedical Fluid Mechanics (3) Discuss 

objectives, review foundations, and present 

developments in biomedical fluid mechanics . Properties 

of human blood and blood vessels, determinants 

of cardiac performance, analysis and measurement 

of flow and pressure in arteries,nontraumatic 

study of circulatory system, mechanics of 

microcirculation . Applications to areas of 

hemolysis, thrombosis, and fluid dynamics of heart 

assist devices. Prereq : 4500 or a course in fluid mechanics 

or consent of instructor. 

4530 Biomechanics (3) Discuss objectives, review 

foundations, and present developments in areas of 

mechanical properties of living tissues, biomechanics 

of injury and prosthesis, material compatibility 

of prosthetic devices, and biomechanical 

problems related to impact. Prereq : 3311 or 4500 or 


4540 Fracture-Safe Design (3) A critical review of 

mechanical properties of materials that are indicative 

of fracture resistance, including transition temperature, 

R-curves, stress intensity factors, and 

J-integrals ; the use of these properties in design . 3 

hrs or 2 hrs and 1 lab . Prereq : 3311 and Met . Engr . 

2110. (Same as Met . Engr . 4540.) 

4550 Design of Artificial Internal Organs (3) Study 

of the design, development and evaluation of artificial 

internal organs including Federal regulation 

and ethical considerations. Review of currently 

available devices and new developments . Prereq : 

3110, 3410, Math 2850 . 

4580 Principles of Non-destructive Testing (3) 

(Same as physics 4580 .) 

4610 Experimental Stress Analysis (3) Basic concepts 

: theory, techniques, and instrumentation of 

resistance strain gauges ; theory and techniques of 

brittle coating method ; introduction to other stress 

analysis methods . Prereq : 3311, Elec. Engr . 2020 or 

3110. 2 hrs and a 3-hr lab . 

4620 Dynamic Data Acquisition (4) Instrumentation 

of measuring systems for dynamic events and responses 

; signal conditioning ; oscillographs, oscilloscopes, 

and magnetic tape recording ; telemetry 

and data transmission ; data processing . Prereq : 

3700, 3311, Elec . Engr . 3120 . 3 hrs and a 3-hr lab . 

4630 Introductory Photomechanics (3) Introduction 

to photoelasticity, photoelastic coating method, 

Moire method, interferometry, and holography . Prereq 

: 3311, Physics 2320. 2 hrs and a 3-hr lab . 

4710 Fundamentals of Vibrations (3) Free and 

forced vibrations of damped and undamped lumped 

parameter systems ; energy methods . Prereq : 2720 

or 3700, Math 2860. 

4780 Engineering Acoustics (3) Concepts of acoustics 

. Measures of sound and their units . Noise generation 

and transmission . Noise control principles 

and application . Materials and procedures for noise 

abatement . Prereq : Introductory course in vibration 

or acoustics. 

4810-20 Engineering Analysis (4, 3) Integration of 

fundamental physical laws and mathematical 

methodsof analysis with emphasis on application to 

realistic engineering problems . Prereq : 3110, 3311, 

and Computer Science 3150 . 

College of Engineering 14 9 

4850 Elementary Structural Matrix Methods (4) 

(Same as Architecture 4850 and Civil Engineering 

4850.) 

4910-20 Special Engineering Science Topics (3, 3) 

Problems related to recent developments and practice 

. Open to juniors or seniors with consent of instructor 

. May be repeated for credit once . 

GRADUATE 

5000 Thesis 


5110-20 Fluid Dynamics (3, 3) 

5130 Introduction to Turbulence (3) 

5140 Finite Element Methods in Fluid Mechanics 

(3) 

5180 Finite Element Structural Analysis (3) 

5220 Mechanics of Viscous Flow (3) 

5230 Non-Newtonian Fluid Mechanics (3) 

5410-20 Theory of Elasticity (3, 3) 

5430 Thermal Stresses (3) 

5440 Theory of Linear Viscoelasticity (3) 

5550 Fracture Mechanics (3) 

5630-40 Photoelasticity (3, 3) 

5710-20 Advanced Dynamics (3, 3) 

5730 Advanced Vibrations (3) 

5740 Vibrations of Continuous Media (3) 

5750 Orbital Mechanics (3) 

5800 Introduction to Continuum Mechanics (3) 

5840 Perturbation Methods in Mechanics 

5860 Introductory Finite Element Methods (3) 

5910 Special Topics in Engineering Mechanics (3) 


6110-20 Advanced Topics in Fluid Mechanics and 

Convective Transfer (3, 3) 

6140 Advanced Finite Element Methods in Fluid 

Dynamics (3) 

6230-40-50 Theory of Turbulence (3, 3, 3) 

6310 Theory of Plates (3) 

6320 Analysis and Design of Thin Shell Structures 

(3) 

6330 Theory of Elastic Stability (3) 

6340 Theory of Plasticity (3) 

6610 Photoelasticity (3) 

6710 Impact and Stress Waves in Solids (3) 

6800 Non-Linear Viscoelasticity (3) 

6810 Energy Methods (3) 

6910 Special Topics in Engineering Mechanics (3) 

Engineering Physics 

ProfessorW. M. Bugg (Head) ; Physics staff as 

shown on page 221 . 

The curriculum in engineering physics is 

designed to fulfill the educational 

requirements for professional work in various 

fields of applied science which are based 

upon a thorough knowledge of physics . The 

first two years are concerned with 

fundamental courses in engineering, science, 

and mathematics . In the upper division, the 

curriculum allows some choice of courses in 

engineering and in physics depending upon 

the interest of the student . The 

undergraduate program is a complete, 

professional program, equipping the student 

for entry into a variety of work in industry and 

research . The program also leadsto graduate 

work in either physics or engineering .


The courses in the engineering physics 

curriculum are shown in tabular form on page 

129. Descriptions of the physics courses are 

found on page 221 . 

Industrial Engineering 

(556) 

J . N . Snider (Head), Ph .D . Ohio State, P.E . ; 

D . C . Doulet, M.S . Tennessee, P.E . ; 

H . P . Emerson (Emeritus), S.B. Massachusetts 

Institute of Technology, P.E . ; R . M.LaForge 

(Emeritus), M.S . Georgia Institute of Technology, 

P .E ., H . L . Loveless, M.S . North Carolina State, 

P.E. ; W. G . Sullivan, Ph .D . Georgia Institute of 

Technology, P.E . 


E . K . Boyce, M.S . Tennessee ; 

W. W. Claycombe, Ph .D . Virginia Polytechnic ; 

E . L. DePorter, Ph .D . VPI & RU ; 

D . H . Hutchinson, Ph .D . Georgia Institute of 

Technology ; W. A . Lyday, M.S . Tennessee. 


M. K . Goodman, M .S . Tennessee, P.E . ; 

J . C. Hungerford, M.S . Ohio State ; 

K . E . Kirby, Ph .D. Tennessee . 

'Kingsport 

UNDERGRADUATE 

The undergraduate curriculum in industrial 

engineering provides a strong background in 

both fundamental engineering principles and 

the analytic methods necessary for solving 

the multi-faceted problems associated with 

the production, maintenance, and delivery of 

goods and services . In particular, this 

curriculum emphasizes the knowledge and 

skills necessary to design integrated systems 

of people, materials, equipment, and energy 

wherevertheyarefound, such thattheoverall 

system functions at an optimal level and such 

that the needs of the human components of 

the system are adequately met . 

This curriculum, which is built upon a 

strong background in mathematics and 

statistics, includes fundamental course work 

in all of the engineering sciences, 

introductory economics and accounting, 

training in fundamental human factors which 

influence engineering design, the economic 

analysis of alternative design choices, quality 

control techniques, manufacturing 

processes and materials, production and 

inventorysystem designand control, material 

handling systems and facilities design, the 

mathematical modeling and simulation of 

complex systems, and the design and 

installation of information acquisition and 

control systems . The technical and 

non-technical electives further allow the 

students to specialize in an area(s) which 

meet particular needs . 

The solid, broad base in engineering, 

combined with training in applying 

engineering methodology to traditionally 

non-engineering problem areas as provided 

through the industrial engineering 

curriculum, leads to participation by 

industrial engineers in an unlimited range of 

fields including, among others, retail 

distribution, banking, health care delivery, 

corporate management, municipal 

management, aerospace systems, research 

groups, and government as well as in the 

traditional area of manufacturing . 


The graduate program in industrial 

engineering contains a basic "core" of 18 

hours of course work covering topics in 

industrial engineering at the graduate level . 

The remaining 18hoursinthethesisprogram 

are based upon the educational objective of 

the student and determined with the approval 

of the student's adviser . A minor is usually 

taken in an area related to industrial 

engineering, and a thesis is required . The 

program is open to graduates of recognized 

curricula in all fields of engineering . 

A non-thesis program of 45 hours of course 

work plus a 3-hour project is also available 

and open to graduates in engineering . The 

core courses (5280, 5360, 5520, 5700, 5710, 

5720) comprise 18 hours of the total and are 

identical to the basic courses in the program 

forthesis students . An option is selected from 

manufacturing, health systems, operations 

research, human factors, or industrial 

administration . Each option requires 9 hours 

of non-engineering electives to support the 

selected option . The project requires the 

design of a procedure or operating system 

based especially upon the course work in the 

selected option and clearly applicable as a 

solution to a problem in actual professional 

practice . The student is examined on the 

project and related course work . 

2310 Seminar (1) Introduction to the industrial engineering 

profession, its history, and current trends. 

Plant trips and lectures by the faculty . Prereq : 

Sophomore standing . 

2320 Modeling of Industrial Processes (3) Introduction 

to model building . Techniques of developing 

models of industrial processes, elementary simulation 

techniques, and concept of optimization. Prereq 

: Basic Engr . 1410 . 

3330 Computer Applications and Analysis 

Methods In Industrial Engineering (3) Use of digital 

computer in problem solving involving matrix operations, 

deterministic and stochastic simulations, 

large scale data base manipulation, and general optimization 

techniques . Prereq : 2320 and Math 1860 . 

3410 Textile Industry Systems (3) History, basicoperations, 

products, and economics of the industry ; 

the application of industrial engineering techniques. 

Prereq : Junior standing and consent of instructor 

. 

3430 Probabilistic Methods in Industrial Engineering 

(3) Combinatorial and probabilistic methods for 

industrial engineers . Markov Chains, Tolerancing, 

Goodness of Fit Tests, and Elementary Reliability . 

Prereq : 2320 and Statistics 3460. 

3440 Quality Control (3) Application of statistical 

methods to control quality of manufactured parts 

and techniques of inspection . Prereq : 3430 . 

3510 Introduction to Operations Research 1(3) Introduction 

to methodology of operations research 

and the application of operations research to industrial 

problems . Topics covered include statistical inference, 

decision theory, and queuing theory. Prereq 

: 3430 and Computer Science 3150 . 

3520 Introduction to Operations Research II (3) Introduction 

to mathematical programming includes 

classical optimization theory, linear programming 

(with emphasis on the simplex method, the transportation 

problem, and the assignment problem), 

and dynamic programming . Prereq : Computer Science 

3150 or consent of instructor. 

3530 Introduction to Operations Research 111 (3) 

Introduction to random processes and use of probabilistic 

methods in replacement and industrial 

analysis . Prereq : 3430 and 3510 . 

3600 Motion and Time Study (3) Design of work 

methods, including analysis, improvement, timing 

of work, and determining standards . Laboratory 

work included. For non-industrial engineering students. 

Prereq : Junior standing. 

3610 Human Factors in Work Design 1(3) Human 

capabilities and limitations which must be reflected 

in : work place layout ; working environment specifications 

; tool,equipment, and vehicledesign ; and 

in design of industrial communication-control sys- 

tems . Prereq : Junior standing in College of Engineering 

or consent of instructor . 

3620 Work Methods and Design (3)Job analysis,job 

evaluation, design of wage structures, design of 

work-place layouts, flow charting, activity chart and 

analysis, and methods improvement . Laboratory 

work included . Prereq : 2310 and 3610 . 

3630 Work Measurement (3) Use of work measurement 

tools such as time study, predetermined time 

systems, work sampling, historical data analysis. 

Construction of time formulas, development of 

standard time data, use of learning curves, and design 

of wage inventive systems . Laboratory work 

included . Prereq : 3620 and Statistics 3450 . 

4040 Manufacturing Materials and Processes (3) 

Study of characteristics of various manufacturing 

materials and techniques common to industrial 

manufacturing processes . Prereq : Engr . Mach . 

3310, Met . Engr . 2110 . 

4060 Production Systems Planning and Control 1(3) 

Theory and application of forecasting, capacity and 

materials planning, production systems design and 

inventory control . Prereq : 3510-20 . 

4070 Production Systems Planning and Control II 

(3) Theory and application of master scheduling, 

materials requirements planning systems, lot sizing 

and safety stocks, and distribution requirements 

planning . Prereq : 4060 . 

4060 Forecasting Methods in Industrial Engineering 

(3) Application of technological forecasting 

techniques to industrial engineering problems. Includes 

moving averages and exponential smoothing, 

linear and polynomial regression models, autocorrelated 

time-series analysis, Delphi methods, 

and other selected industrial forecasting methods. 

Prereq : 4060 . 

4150 ProjectControlwith CPM and PERT(3) A study 

of project planning and control based primarily on 

"critical path" techniques, including resource allocation, 

time-cost trade off-algorithms, multi-project 

control, and computer programs. Prereq : 3430 . 

4160 Materials Handling (3) Analysis and planning 

for the overall problem of moving, packaging, and 

storing of materials ; equipment comparison and 

selection ; cost analysis . Prereq : 3630, 4520, and 

Engr . Mach . 3310. 

4170 Automatic Process Control (3) Characteristics 

of automatic processes and controllers ; elementary 

open and closed loop analysis, and applications to 

industrial systems . Prereq : Math 2860 and Engr .Sci . 

and Mech . 2720 . 

4200 Production Facilities Design (4) Design of 

production facilities including materials handling, 

plant layout, service areas, inventory control applications, 

and operating procedures design . Prereq : 

3630, 3510-20, 4060, 4520 . 

4230 Scheduling Systems (3) Performance measures 

for job shop and flow shop scheduling, including 

both static and dynamic conditions, as well as 

techniques for generating production schedules. 

Deterministic and probabilistic dispatching conditions. 

Prereq : 3520. 

4250 Work Measurement Applications (3) Application 

of learning curves, queuing theory, standard 

data methods, and incentive systems to the design 

of industrial work situations . Prereq : 3630 . 

4310 Seminar (1) Discussions, lectures, and trips to 

unify student's educational experience . Prereq : 

Senior standing in industrial engineering . 

4520 Engineering Economy (3) Methods and problems 

in selection or replacement of equipment . Decisions 

among engineering alternatives involving 

capital recovery, economic life of equipment, and 

rate of return on investment . 

4530 Case Studies in Engineering Economy (3) Extension 

of basic engineering economy principles to 

actual problems faced by competitive firms and regulated 

industries . Case studies taken from literature 

form basis of classroom discussion . Out-of-class 

assignment involves working with local companies 

to evaluate make or buy options, leasing versus cash 

purchases, equipment replacement studies, energy 

source economies, etc . Prereq : 4520 . 

4540 Industrial Development (3) Factors other than

mechanical or chemical which enter into successful 

establishment of manufacturing enterprise. Cost 

and location studies and market analysis to determine 

the commercial feasibility of new plants or 

projects . 

4590 Simulation (3) Generation of outcome of complex 

random process by computer . Models of complex 

systems using available simulation languages . 

Simulation as design tool in industrial systems . Prereq 

: 3430 and Computer Science 3150. 

4600 Predetermined Time Systems(3) Work design 

and measurement using a predetermined time system 

such as Methods Time Measurement, Basic Motion 

Time-Study, or Work Factor. Theory and application 

. Prereq : 3630 . 

4610 Human Factors In Work Design II (3) Human 

capabilities and limitations affecting work place 

layouts, working environments, design of tools and 

equipment, and communications and response in 

man-machine systems . Prereq : 3600, 3630, or consent 

of instructor. 

4830 Health Systems Engineering (3) Hospital 

management systems and means by which they may 

be improved through application of modern industrial 

engineering principles and techniques . Prereq : 

3620. 

4840 Industrial Plant Problems Analysis (3) Industrial 

problems, application of industrial engineering, 

field assignment in local industry, problem definition, 

analysis, and presentation . Prereq : 3630, 3440, 

3510, 3520, 4520, 4860 . 

4860 Industrial Systems Analysis (3) Matrices and 

linear vector spaces for industrial systems models . 

Laplace and Z transform techniques and applications. 

General system description and modeling . 

Applications to industrial processes and systems . 

Prereq : 3510, 3520, Math 2860. 

4870 Mini-Computer Applications in Industrial Engineering 

(3) Introduction to computer hardware 

and man-computer interfaces ; emphasis on small 

computers as an element of larger system ; applications 

and limitations of small computers in solving 

industrial engineering problems. Prereq : Senior 

standing . 

4910-20-30 Special Industrial Engineering Topics 

(3, 3, 3) May be repeated for credit . Prereq : Consent 


4950 Industrial Safety (3) Development of organization 

and programs for prevention and control of 

accidents with emphasis on OSHA Rules and Regulations 

. Prereq : Senior standing . 

GRADUATE 

5000 Thesis 


5110 Work Design (3) 

5210 Advanced Work Measurement (3) 

5240 Facilities Planning and Design (3) 

5250 Advanced Scheduling (3) 

5260 Information Systems Design (3) 

5280 Production and Inventory Systems (3) 

5340 Applied Decision Theory (3) 

5380 Statistical Methods in Industrial Engineering 

(3) 

5300 Seminar (3) 

5420 Reliability Engineering (3) 

5520 Advanced Engineering Economy (3) 

5600 Human Factors Engineering (3) 

5610 Human Factors Engineering (3) 

$700 Optimization Methods in Industrial Engineering 

(3) 

5701 Operations Research Applications (3) 

5710 Linear, Quadratic, and Dynamic Programming 

(3) 

5720 Queuing Models, Inventory, and Simulation 

(3) 

5730 Game Theory and Random Processes (3) 

5810 Theory of Industrial Automatic Control (3) 

5830 Health Systems Engineering II (3) 

5840 Air Traffic Control Systems (3) 

5850 Dynamic System Simulation (3) 

5900 Design Project (1-9) 

5910-20-30 Special Topics in Industrial Engineering 

(3, 3, 3) 

6400 Probabilistic Methods In Engineering Systems 

(3) 

6520 Operations Research Models in Engineering 

Economy Decisions (3) 

6700 Nonlinear Programming (3) 

6730 Dynamic Programming (3) 

6740 Advanced Topics in Optimization and 

Dynamic Systems (3) 

6910Advanced Topics in Industrial Engineering (3) 

Mechanical and 

Aerospace Engineering 


M . W. Milligan (Head), Ph .D. Tennessee P.E . ; 

J . F . Bailey , Ph .D . Lehigh, P.E . ; G . W. Braun' 

(Emeritus), Ph .D . Gottingen ; A. J . Edmondson, 

Ph .D . Texas A 8 M, P.E . ; W. Frost', Ph .D. 

Washington ; B . H . Goethert' (Emeritus), Ph .D . 

Berlin ( ermany) ; K . E . Harwell*, Ph .D. California 

Institute of Technology ; J . W. Hodgson, Ph .D . 

Georgia Institute of Technology, P.E . ; 

R . W. Holland, M.S . Tennessee, P.E . ; 

W. S. Johnson, Ph .D . Clemson, P.E. ; 

E. G . Keshock, Ph .D . Oklahoma State ; 

H . Liston, Jr . (Associate Vice Chancellor for 

Academic Affairs), M.E.A . George Washington ; 

E . Lumsdainez, Ph .D . New Mexico State ; 

R . C . Matthews (Emeritus), B.S . Illinois ; 

R . L. Maxwell, M.S . Case, P.E . ; M. K . Newman* 

(Emeritus), Ph .D . Columbia, P.E . ; R. L . Reid, 

Ph .D. Southern Methodist ; F . Shahrokhi', 

Ph .D. Oklahoma ; F . H . Speckhart, Ph .D . Georgia 

Institute of Technology, P.E . ; W. K. Stair, M.S . 

Tennessee ; J . M. Tucker (Emeritus), M.S . Illinois ; 

H . J . Wilkerson, Ph .D . Tennessee, P.E . ; 

J . M. Wu', Ph .D. California Institute of 

Technology ; J . C . L . Wu', Ph .D. California 

Institute of Technology ; R . L . Young', Ph .D . 

Northwestern, P.E . 


R . V . Arimilli, Ph .D . VPI S SU ; 

S . E . Becker, Ph .D . North Carolina State, P.E . ; 

C . W. Brown, M.S . Tennessee, P.E . ; 

S . N . Chaudhuri', Ph .D. Indian Institute of 

Science ; F. G . Collins, Ph .D . California 

(Berkeley) ; J . A . Euler, Ph .D . Purdue ; 

T. Feagin', Ph .D . Texas ; R . J . Krane, 

Ph .D . Oklahoma ; M. Kurosaka', 

Ph .D . California Institute of Technology ; 

J . R . Maus', Ph .D . North Carolina State ; 

T. H . Moulder', Ph .D . Tennessee ; 

G . V. Smith, Ph .D. Pennsylvania State ; 

J . W. White, Ph .D . Stanford . 


C . D . Nelson, Ph .D . Clemson ; J . R. Missimer, 

Ph .D . Tennessee ; M. Parang, Ph .D. 

Oklahoma ; J . R . Parsons, Jr ., Ph .D . 

North Carolina State ; T . C. Powell*, 

Ph .D . Kentucky . 

Instructor : 

W. J . Collie, M.S . Florida . 

'Alumni Distinguished Service Professor . 

20n leave. 

'Space Institute, Tullahoma. 


Separate, complete curricula are offered in 

areospace engineering and mechanical 

engineering ; however, the first two years of 

these curricula are identical . During the first 

two years, the curricula provide for training 

and study in the basic sciences of physics, 

mathematics, chemistry, and engineering 

common tothese fields . The third year of both 

College of Engineering 15 1 

programs continues with the development of 

the particular engineering sciences of the 

aerospace and mechanical engineering 

fields . In the senior year an opportunity is 

provided for the student to apply this 

fundamental knowledge to mechanical 

aerospace engineering problems . Both 

curricula are arranged with flexibility in the 

upper-division years to permit emphasis on 

preparation for graduate study or technical 

employment . 

Aerospace engineering has scientific 

foundations close to those of mechanical 

engineering . The aerospace engineer, 

however, devotes attention particularly to the 

research, development, design, testing, and 

production of aerospace vehicles-aircraft, 

spacecraft, missiles ; auxiliary 

systems-heating, cooling, guidance, 

control ; and propulsion systems-piston 

engines, turbo-jets, ramjets, and rockets . 

Mechanical engineering has its foundation 

in the basic sciences and requires an 

understanding of such areas of applied 

science as solid and fluid mechanics, 

thermodynamics, heat transfer, structures, 

vibrations, mechanical design, 

manufacturing processes, and 

instrumentation in order to resolve the 

complex engineering problems of the real 

world . 

In the mechanical engineering curriculum, 

the student, with the aid and approval of an 

adviser, must select a senior year program of 

mechanical engineering and technical 

electives . The following areas of 

concentration are available : 

Energy . A study of energy conversion 

systems and the laws governing energy 

transformations . This option includes the 

design and analysis of conventional and 

future power generating systems utilizing 

various energy sources . The central courses 

are Mech . Engr. 4140-50-60 . 

Environment. A study of the systems which 

control the environment within enclosed 

spaces . The program includes the design and 

analysis of airconditioning, refrigeration, and 

heat pump devices encompassing heating, 

cooling, ventilation, humidifying, and noise 

control . The central courses are Mech . Engr. 

4710-20-30 . 

Manufacturing. A study of manufacturing 

methods and production processes common 

to mass production industries . The program 

includes the selection of processes, design of 

tools and fixtures, numerical control, and 

analysis and design of the total 

manufacturing system . The central courses 

are Mech . Engr. 4621-22-23-24 with related 

courses in metallurgy . 

Machine Design .The study and application 

of the principles of mechanics, materials, and 

manufacturing processes to the design and 

analysis of machine elements, machines, and 

structures . The central courses are Mech . 

Engr . 4660 and 4690 . 

Propulsion . The study of propulsion 

devices for ground vehicles, aircraft, and 

spacecraft . The program covers the analysis 

and design of internal combustion engines, 

gas turbines, jet and rocket engines using 

conventional and non-conventional fuels. 

The central courses are Mech . Engr. 4810and 

Aero . Engr . 4250-60 . 

Aerospace. The study of aircraft and 

spacecraft including the mechanics of flight 

and related systems and propulsion devices .


The program includes the analysis and design 

of a variety of aerospace vehicles and 

systems . The central courses are Aero . Engr . 

4240-50-60 . 

GRADUATE STUDY PROGRAMS 


of Master of Science, Master of Engineering, 

and Doctor of Philosophy with specialization 

in mechanical engineering or aerospace 

engineering are available to graduates of 

recognized undergraduate curricula in 

mechanical or aerospace engineering and to 

graduates of other curricula who satisfy the 

necessary prerequisite courses . The general 

requirements for advanced degrees are 

summarized in the Graduate Catalog . 

Mechanical Engineering (650) 

2040 Introduction to Mechanical Engineering (1) 

Presentation and discussion of topics related to mechanical 

engineering . S/NC . 

3000 Energy-An Overview (4) Introduction to 

available energy resources, recovery, and utilization 

; power generation techniques including conservation 

schemes ; emphasis on the resourcesenvironment-man 

interaction associated with energy 

; primarily for non-engineering students . 


topics related to mechanical engineering . Prereq : 

Junior standing . S/NC . 

3110 Applied Engineering Thermodynamics (3) 

Energy and laws governing energy transformations ; 

thermodynamic properties ; applications to engineering 

problems . Prereq : Basic Engr . 1330, 

Chem . 1130, and Math 1860 ; for non-departmental 

engineering students . 

3311 Engineering Thermodynamcis (3) Energy and 

laws governing energy transformations ; thermodynamic 

properties . Prereq : Basic Engr . 1330, 

Chem . 1130, and Math 1860 . 

3321-30 Engineering Thermodynamics (2, 3) Properties 

of gases and gas mixtures ; chemical reactions 

; equilibrium ; applications to mechanical 

engineering problems . Prereq : 3311 and 3321 respectively 

. 

3410 Fluid Flow (3) Development of continuity, 

momentum, andenergy principles for fluid systems ; 

applications to mechanical and aerospace engineering 

problems . Prereq : Math 2850 ; coreq : 

3311 . 

3440 Heat Transfer (3) Heat transfer processes, heat 

conduction, thermal radiation . Prereq : 3910, Math 

2860 ; coreq : 3311 . 

3520-30-40 Thermal Sciences (3, 3, 3) Fundamental 

principles of thermodynamics and transport 

phenomena as applied to engineering design . For 

non-departmental majors . To be taken in sequence . 

Prereq : Math 2850 and Basic Engr . 1330. 

3610 Mechanics of Machinery-Kinematics (3) Machine 

motions, graphical and analytical methods ; 

instantaneous centers ; velocities ; accelerations. 

Prereq : Graphics 1330 and Engr. Sci . & Mach . 3700 . 

3620 Mechanics of Machinery-Dynamics (3) Applications 

of Newton's laws, work, energy, and impact 

to machinery . Force analysis of mechanisms, 

balancing, gyroscopic effects, fly-wheels. Prereq : 

3610 . 

3630 Mechanics of Machinery-Vibrations (3) Free 

and forced vibrations of single and multiple degree 

vibrating systems . Balancing of machinery. Prereq : 

3620, 3910 . 

3650 Introduction to Machine Design (3) Ductilebrittle 

behavior of materials under static and cyclic 

loading . Stress concentration, design factors, and 

theories of failure . Changes in material behavior in 

processing and fabrication . 2 hrs and 1 2-hr lab . 

Prereq : Met . Engr . 2110, Engr. Sci & Mach . 3311 . 

3660 Manufacturing Processes (3) Selection of 

processesas related to the design of machine parts. 

Casting, hot and cold forming, metal removal, and 

weldments . Manufacturing tolerances and surface 

finishes . 2 hrs and one 2-hr lab . Prereq : Met . Engr . 

2110 . 

3910 Engineering Analysis (3) Advanced analysis 

techniques for problems of aerospace and mechanical 

engineering . Emphasis on approximate 

methods. Prereq : Computer Science 3150 . 

4010 Thesis (3) Problem investigation and report . 


4140 Energy Conversion Systems (3) Laws governing 

energy transformations and their application to 

power plants. Prereq : 3330 ; coreq : 4420 . 

4150 Energy Conversion Systems (3) Operating 

and design characteristics of new technology energy 

conversion systems, selected direct conversion 

techniques. Prereq : 3330, 4420 . 

4160 Energy Conversion Systems (3) Economic 

and technical design parameters as applied to 

power plants for public utilities or industrial applications 

; selected design and layout problems . Prereq : 

4140-50 and Ind . Engr . 4520 . 

4170 Turbo-Machinery (3) Basic principles of 

turbo-machinery ; systematic methods of analysis, 

design, performance evaluation . Prereq : Aerospace 

Engr . 3511 . 

4180 Energy Production and Utilization (3) Thermodynamic 

constraints on energy production ; 

comparison of new energy sources and concepts ; 

energy conservation schemes . Prereq : Senior 

standing in engineering . 

4220 Environmental Noise (3) Basic principles of 

acoustics-measurement and control of noise in industrial 

and community environments . Prereq : 

Senior standing in engineering or consent of instructor. 

4310 Seminar (1) Discussion of topics related to 

engineering ; includes inspection trips to industrial 

plants. Prereq : Senior standing . S/NC . 


topics related to engineering . Prereq : Senior standing 

. 

4420 Heat Transfer (3) Heat transfer by free and 

forced convection, heat transfer in phase change, 

heat transfer in high speed flow, heat exchanger 

applications . Prereq : 3440; coreq : Aerospace Engr . 

3511 . 

4450 Lubrication (3) Hydrodynamic theory of lubrication 

of sliding bearings ; application of Navier- 

Stokes equations to infinite and finite bearings ; analytical 

and numerical solutions ; applications to design 

. Prereq : 3440, Aerospace Engr . 3511 . 

4471-91 Experimental Mechanical Engineering (3, 

3) Experimental methods and measurements of 

force, length, time, temperature, pressure,transport 

rates, and physical properties. Planning, conducting, 

analyzing, and reporting experimental tests run 

according to test standards and other specifications 

. Prereq : 3321, 3410, 3440, Engr. Sci . & 

Mach . 3320 for 4471 ; 4471 and 4420 for 4491 . 

4510 System Dynamics (4) Analytical models of 

physical systems, linearization, Laplace transforms, 

dynamic characteristics and stability of systems, 

numerical simulations, and analog computer solutions. 

Not for departmental graduate credit. Prereq : 

3610 or Aerospace Engr . 3620 and Aerospace Engr . 

3511 and Elec . Engr. 3110. 

4520-30 Creative Design (3, 3) Application of engineering 

principles to the solution of current problems 

with emphasis on design innovation . Prereq : 

Consent of instructor. 

4621 Manufacturing Processes (3) Comparison of 

machining methods ; plastic production ; metrology. 

Prereq : 3650 and 3660 or consent of instructor . 

4622 Tool Design (3) Principles underlying tool and 

die design, design of high-volume production tools 

and molds, work holding fixtures. Prereq : 3650-60 or 


4623 Numerical Control Processing (3) Application 

of data processing to machinetool control . Machine 

language and computer utilization . Automatic tool 

changing and transfer machines . Prereq : 3660 and 

Computer Science 3150 . 

4624 Manufacturing Engineering Systems Design 

(3) Design of complete manufacturing system for a 

particular product : manufacturing planning, tool 

and fixture design, selection of manufacturing operations, 

redesign of product to reduce cost . Prereq : 

4621 and Ind . Engr. 4520 ; coreq : Met . Engr . 3710. 

4625 Manufacturing Process Engineering 1(3) 

Product specification : dimensional analysis of size 

and form ; true position tolerance theory ; tolerance 

analysis ; and workplace control for production to 

tolerance . Prereq : 3660 or Ind . Engr. 4040 . 

4631 Energy Methods In Mechanical Design (3) Application 

of strain energy principles in complex 

beams and structures. Prereq : 3630, 3650, and 

Computer Science 3150 or consent of instructor . 

4632 Application of Lagrangian Mechanics in Vibration 

Problems (3) Generalized coordinates and 

multiple degree of freedom vibrating systems . Prereq 

: 4631 . 

4633 Matrix Analysis (3) Application of matrices to 

solution of complex structures and lumped parameter 

vibrating systems . Prereq : 4632 . 

4880 Materials and Manufacturing Process (3) 

Selection of materials in design process, emphasizing 

relationship between stress and strain analysis, 

material properties, environment, temperature, 

manufacturing technology, and cost . Prereq : 3650, 

3660. 

4670 Machine Elements (3) Application of strength 

and properties of materials, design factors, theories 

of failure to design of machine elements, springs 

and shafting, selection of sleeve and rolling element 

bearings . Prereq : 3620, 3650, Engr . Sci . and Mach . 

3320 . 

4680 Machine Elements (3) Application of strength 

and properties of materials, design factors, theories 

of failure to design of cams, gearing, brakes, and 

clutches ; selection of chains and belting . Prereq : 

3630, 3650, and Engr. Sci . & Mach . 3320 . 

4690 Machine Design (3) Innovative design of complete 

machine ; documentation including specifications, 

design calculations, working drawings, 

and cost analysis . Written and oral report . Prereq : 

4670-80, and Ind . Engr . 4520. 

4710 Thermal Environmental Systems (3) Vapor 

compression and absorption cycles ; heat pump systems 

; moist air properties ; psychrometric processes 

. Prereq : 3330, 3440. 

4720 Thermal Environmental Systems (3) Design 

analysis of air washers, cooling towers and extended 

surface coils ; solar radiation ; building heat 

transmission ; physiological effects . Prereq : 4420, 

4710. 

4730 Thermal Environmental Systems (3) Design of 

heating ventilation and air conditioning systems . 

Prereq : 4720 and Ind . Engr. 4520. 

4740 Solar Energy Utilization (3) Nature and availability 

of solar radiation ; review of selected heat 

transfer topics pertinent to solar energy collection 

and use ; design analysis of solar energy collectors 

and method of storage ; selected applications . Prereq 

: 3321, 4420, or consent of instructor . 

4810 Internal Combustion Engines (3) Thermochemical 

phenomena in internal combustion and 

propulsion engines. Combustion, detonation ; equilibrium 

; dissociation . Analysis of internal combustion 

engines using ideal and real fluids . Prereq : 

3330, 3440 . 

4830 Propulsion Systems (3) Design of propulsion 

engine and supporting systems . Prereq : 4810 and 

Ind . Engr . 4520. 

4910-20-30 Selected Topics in Mechanical Engineering 

(3, 3, 3) Problems related to developments 

and practice in mechanical engineering . Prereq : 


GRADUATE 

5000 Thesis 


5110 Conduction Heat Transfer (3) 

5120 Convection Heat Transfer (3) 

5130 Radiation Heat Transfer (3) 

5140 Phase Change Heat Transfer (3)

5210 Classical Thermodynamics (3) 

5220 Microscopic Thermodynamics (3) 

5230 Special Topics in Thermodynamics (3) 

5310 Intermediate Fluid Mechanics (3) 

5314 Hydrodynamic Lubrication (3) 

5410-20-30 Research in Mechanical Engineering 

(3, 3, 3) 

5510-20-30 Mechanical Engineering Design (3, 3, 3) 

5540-50-60 Advanced Strength of Materials(3,3, 3) 

5610-20-30 Experimental Stress Analysis (3, 3, 3) 

5640-50-60 Advanced Machine Design (3, 3, 3) 

5670-80 Dynamics of Machinery (3, 3) 

5690 Vibrations of Mechanical Systems (3) 

5710 Metal Machining (3) 

5800 Transfer Matrix Methods in Elastomechanics 

(3) 

5810-20 "30 Rocket Propulsion Systems (3, 3, 3) 

5840-50-60 Turbo-Machinery Systems (3, 3, 3) 

5870 Dynamic Modeling and Simulation (3) 

5900 Selected Engineering Problems (3-9) 

5950 Seminars (1) 

5990 Special Topics In Mechanical Engineering 

(1-3) 


6110-20 Advanced Topics In Fluid Mechanics and 

Heat Transfer (3, 3) 

6130-40 Advanced Radiation Heat Transfer (3, 3) 

6420-30 Selected Topics in Thermodynamics (3,3) 

6610 Engineering Vibrations (3) 

Aerospace Engineering (018) 

2040 Introduction to Aerospace Engineering (1) 

Presentation and discussion of topics related to 

aerospace engineering . S/NC . 


topics related to aerospace engineering . Prereq : 

Junior standing . S/NC . 

3511 Fluid Flow (4) Continuity, momentum, and energy 

theorems . Incompressible and compressible 

flow in passages . Viscous losses. Includes weekly 

lab . Prereq : Mech . Engr . 3311 and 3410. 

3610 Dynamics (3) Newton's Law : work-energy 

impluse-momentum, Lagrange equations, central 

force, gyroscopic effects. Applications to aerospace 

systems. Prereq : Engr . Sci . & Mech . 3700 ; coreq : 

Mech . Engr. 3910 . 

3620 Mechanical Vibrations (3) Free and forced vibrations 

of single and multiple degree vibrating systems, 

balancing of rotating machinery. Prereq : 3610 

and Mech . Engr . 3910 . 

3630"40 Structural Analysis of AerospaceVehicles 

(3,3) Fundamentals of structural analysis as applied 

to configurations of aerospace interest. Introduction 

to aeroelasticity phenomena. Must be taken in 

sequence . Prereq : Engr . Sci . and Mech . 3311 for 

3630 ; Engr . Sci . and Mech . 3320 for 3640 . 

4010 Thesis (3) Problem investigation and report 


4110 Aerodynamic Fundamentals (3) Atmosphere, 

dynamics and thermodynamics of perfect gases, 

fluid flow types, airfoil theory, wing theory, drag . For 

non-aerospace engineering majors only. Prereq : 


4120 Aircraft Propulsion and Performance (3) 

Propellers, propulsion systems for aircraft, static 

performance and special performance problems, 

maneuvers, control surfaces, stability, and control . 

For non-aerospace engineering majors only . Prereq 

: 4110. 

4210 Compressible Flow (3) One-dimensional 

internal flow ; shock and expansion waves ; friction 

and non-adiabatic flow . Prereq : 3511 and Mech . 

Engr. 3321 . 

4220 Low Speed Aerodynamics (3) Potential flow 

theory ; kinematics and dynamics of perfect fluids ; 

analysis and design of aerodynamic bodies . Prereq : 

3511 and Mach . Engr. 3910. 

4230 Viscous Flow (3) Boundary layer theory ; laminar 

and turbulent flow ; compressibility effects ; numerical 

solution methods . Prereq : 3511 and Mach . 

Engr . 3910, 4420. 

4240 Astronautics (3) Propulsion, trajectories, 

guidance, control, andatmospheric reentryofspace 

vehicle systems. Prereq : 3620, Mach . Engr . 3330 . 

4250 Propulsion (3) Principles of propulsion devices 

; turbo-jet, ram-jet, and rocket engines . Prereq : 

4210 and Mech . Engr. 3330 . 

4260System Design (3) Synthesis of aerospace system 

. Design report on the system . Prereq : 4250 and 

Mech . Engr. 3910 . 

4310 Seminar (1) Discussion of topics related to 

engineering ; includes inspection trips to industrial 

plants . Prereq : Senior standing . S/NC. 


topics related to engineering . Prereq : Senior standing 

. 

4471-91 Experimental Aerospace Engineering (3, 

3) Experimental methods and measurements of 

force, length, time, temperature, pressure,transport 

rates, and physical properties . Planning, conducting, 

analyzing, and reporting experimental tests run 

according to test standards and other specifications 

. Prereq : Mech . Engr . 3321, 3410, 3440 

and Engr. Sci . & Mech . 3320 for 4471 ; 4471 and 

Mech . Engr . 4420 for 4491 . 

4510 Airplane Performance (3) Introduction to airfoil 

and wing characteristics, drag ; propellers ; static 

performance and maneuvers ; theory and design of 

control surfaces ; stability. Prereq : 3511 . 

4910 Selected Topics in Aerospace Science (3) 

Current problems in aerospace science ; topics in 

science and engineering required for an understanding 

of the several areas of aerospace science . 

Prereq : Consent of instructor. 

GRADUATE 

5000 Thesis 


5110 Fundamentals of Aerodynamics (3) 

5120 Experimental Methods in Fluid Mechanics (3) 

5150-60-70 Vehicle Aerodynamics and Performance 

(3, 3, 3) 

3)10-20 Aerodynamics of Compressible Fluids (3, 

5240 Dynamics of Viscous Fluids (3) 

5250 Introduction to Hypersonic Flow (3) 

5260 Selected Topics In Aerodynamics (3) 

5270-80-90 Aerospace Ground Test Facilities (3, 3, 

3) 

5310 Magnetchydrodynamics (3) 

5340-50 Atmospheric Entry (3) 

5440-50 Transonic Flow (3, 3) 

5510-2030 Aerospace Mechanics (3, 3, 3) 

5)540-50 Aerospace VehicleStability andControl(3, 

5560 Vertical or Short Take-Off and Landing Aircraft(3) 

5570 Aerospace Vehicle Flutter and Vibration (3) 

5580-90 Aeroslasticity (3, 3) 

5610 Applied Acoustics (3) 

5620 Aeroacoustics 1(3) 

5810 Aviation Systems : An Overview (3) 

5820 Air Vehicles (3) 

5900 Selected Engineering Problems (3-9) 

5950 Seminars (1) 


5990 Special Topics in Aerospace Engineering 

(1-3) 


6310-20-30 Magnetohydrodynamics (3, 3, 3) 

6410-20 Physical Gasdynamics (3,3) 

8510-20-30 Advanced Aerodynamics (3, 3, 3) 

6810 Advanced Boundary Layer Theory (3) 

6910 Advanced Topics In Gas Dynamics (3) 

Nuclear Engineering 

(716) 


P . F . Pasqua (Head), Ph .D . Northwestern, P.E . ; 

G. de Saussure', Ph .D . Massachusetts ; 

J . B . Fussell, Ph .D . Georgia Institute of 

Technology ; T . W. Kerlin, Jr., Ph .D. Tennessee ; 

H . G. MacPherson (Emeritus), Ph .D . California 

(Berkeley) ; J. T . Mihalezo, Ph .D . Tennessee ; 

J. E . Mott, Ph .D . Minnesota ; R . B . Perez, 

Ph .D . University of Madrid ; J.C . Robinson, 

Ph .D . Tennessee ; H . C . Roland, Ph .D . 

Tennessee ; P.N . Stevens, Ph .D . 

Northwestern, P.E . ; J. J . Wagschal', 

Ph .D . Hebrew University . 


H . L . Dodds, Ph .D . Tennessee, P.E . ; 

O . L . Smith, Ph .D . Missouri . 


E . M. Katz, Ph .D. Tennessee ; L . F . Miller, Ph .D . 

Texas A& M; B . R . Upadhyaya, Ph .D . California 

(San Diego) . 

'Honorary . 


The curriculum in nuclear engineering is 

designed to provide basic training in many of 

the fields encountered in the applications of 

nuclear and radioactive materials. The first 

two years are concerned with the 

fundamental courses in engineering, physics, 

mathematics, chemistry, and English . The 

last two years encompass scientific and 

engineering courses equipping the student 

for entry into a variety of work in industry, 

research, or graduate studies . 

MASTER OF SCIENCE AND MASTER 

OF ENGINEERING PROGRAMS 

A graduate program leading to a degree of 

Master of Science and Master of Engineering 

is available to graduates of recognized 

undergraduate curricula in engineering and 

physics . Each applicant will be advised as to 

the necessary prerequisite courses before 

entering the program . 

The general requirements of the masters' 

degrees are summarized in the Graduate 

Catalog . 

DOCTORAL PROGRAM 

A program leading to the Ph .D . degree is 

available in nuclear engineering . For details, 

see the Graduate Catalog . 

2310-20-30 Seminar (1, 1, 1) Presentation and discussion 

of topics related to nuclear engineering . 

S/NC . 

3010 Nuclear Reactor Systems (4) Nuclear fuel 

cycle-mining through waste disposal, priciples of 

nuclear reactors, radiation effects, treatment of 

radioactive effluents, power plant siting, reactor 

safety . Prereq : Physics 2320 . 

3030 Introduction to Reactor Analysis (3) Nuclear 

reactions and radiations, cross section, fission 

process, diffusion and slowing down, steady state 

reactor theory criticality condition, reflected reactors 

. Prereq : Physics 3720 ; Math 4710 . 

3040 Environmental Effects of Nuclear Technology 

(3) Study of effects on environment since advent of 

153


military and peaceful uses of nuclear energy . Prereq 

: one year of biological or physical science . 

3150 Dynamics and Controls (3) Systems differential 

equations ; solution by classical methods ; Laplace 

transform method ; frequency response, stability, 

and control . Coreq : 4110. 

3210-20 Thermodynamics (4,4) Properties and laws 

of .thermodynamic systems . First and second laws 

used to analyze power plant systems-both fossil 

and fission . Prereq : Math 2860and Basic Engr .1330 . 

3730 Momentum Transport (4) Development of differential 

and integral momentum equations ; 

elementary theory of turbulence, applications to piping 

systems, pumps and nuclear reactors . 3 lecs . 

and one lab . Prereq : Math 4710. 

4010 Thesis (3) Investigation and report of nuclear 

engineering problems . Prereq : Senior standing . 

4110-20-30 Introduction to Nuclear Reactor Theory 

(3, 3, 3) Nuclear structure ; radioactive decay laws ; 

neutron interaction ; fission process, chain-reacting 

systems ; 

diffusion equation including multigroup 

diffusion theory, neutron moderation ; reactivity 

coefficients ; perturbation theory . Prereq : Physics 

3730 or consent of instructor . 

4140 Thermonuclear Systems (3) Fusion reactions ; 

properties of plasmas ; plasma containment ; plasma 

diagnostics ; thermonuclear devices . Prereq : 

Physics 3730 ; Math 4550 . 

4210-20-30 Nuclear Engineering Laboratory (3, 3, 3) 

Radiation detection and counting instrumentation, 

counting statistics, half-life and decay schemes, 

gammaspectrometry, cross-section measurements, 

analog computation, diffusion properties of neutrons, 

critical loading experiments, control rod calibration, 

statistical weight, shielding, xenon poisoning, 

prompt critical reactor behavior, fission density, 

and adjoint flux . Prereq : 4110 (or registration 

therein), or equivalent . 

4430 Probabilistic Safety of Nuclear Power Systems 

(3)Techniques for evaluation of nuclear power 

system safety and risk from a probabilistic point of 

view. Concepts of fault trees, event trees and block 

diagram. Qualitative and quantitative techniques . 

Prereq : Senior standing in engineering . 

4610-20-30 Reactor PowerSystems(3,3, 3) Nuclear 

structure, decay laws, neutron diffusion, time behavior 

of reactors, heat removal, analysis of reactor 

power plants ; economic, safety, and environmental 

aspects of nuclear power. Prereq : Math 4610 ; nonnuclear 

engineering students only. 

4710 Energy Transport(4) Development of differential 

and integral energy conservation equations ; 

conduction, convection, and radiation heat transfer ; 

application of nuclear reactor fuel elements and 

hear exchangers . Prereq : 3730. 

4720 Reactor Thermal Design (4) Hydrodynamics 

and heat transfer in boiling systems ; boiling crises ; 

fuel element thermal design, steam generator design 

. Prereq : 4710. 

4730 Nuclear Reactor Design (3) First order reactor 

design, integration with non-nuclear heat transfer 

and power conversion system, economic evaluation 

; optimization procedures, description of typical 

systems. Coreq : 4130 

4810 Radiation Shielding (3) Types of radiation 

sources, gamma ray and neutron attenuation, 

biological effectsof radiation, shield design . Prereq : 

Physics 3730, Math 4550 . 

4820 Reactor Kinetics and Controls (3) Derivation 

of kinetic equations ; basic kinetic parameters ; 

transient response with feedback ; control and protective 

systems . Prereq : 4110 . 

4840 Nuclear Reactor Safety (3) Presentation of 

reactor safety concepts and criteria ; credible accidents 

; fission product release and transport ; containment 

systems ; accident analysis ; engineered 

safeguards . Prereq : 4120 . 

4930 Nuclear Fuel Management (3) Discussion of 

problems associated with processing of nuclear materials 

; fuel cycle analysis ; burn-up calculation . Prereq 

: 4120 . 

GRADUATE 

5000 Thesis 


5110-20-30 Transport Processes in Nuclear Engineering 

(3, 3, 3) 

5210 System Dynamics (3) 

5220 Reactor System Dynamics (3) 

5230 Experimental Methods in Reactor Dynamics 

(3) 

5240 Reactor Instrumentation (3) 

5310-20-30 Nuclear Systems Reliability (3, 3, 3) 

5510-20-30 Nuclear Systems (3, 3, 3) 

5710-20-30 Nuclear Reactor Theory (3, 3, 3) 

5740 Reactor Shielding (3) 

5790 Monte Carlo Shield Design Shielding (3) 

5840-50 Fast Breeder Reactors (3, 3) 

5970 Special Topics In Nuclear Engineering (3) 

5980 Nuclear Engineering Practice (3-12) 


6110-20-30 Selected Topics in ReactorTheory (3, 3, 

3) 

6140 Radiation Shielding (3) 

6150 Reactor Dynamics (3) 

6510 Nuclear Reactor Noise Analysis (3) 

6710 Two-Phase Flow and Heat Transfer (3)

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