2007-2008 Catalog (PDF) - Colorado State University-Pueblo
2007-2008 Catalog (PDF) - Colorado State University-Pueblo 2007-2008 Catalog (PDF) - Colorado State University-Pueblo
CSU-Pueblo Technical Elective Course Title Credits Technical Elective (3 credit hours) .............................3 Math, Science and Computer Courses Courses Titles Credits CIS 100 Intro to Word and Windows ...........1 CIS 103 PowerPoint and Web Publishing ...1 CIS 104 Excel Spreadsheets.......................1 CHEM 111/L Principles of Chemistry/Lab...........4 MATH 121 College Algebra.............................4 MATH 124 Pre-Calculus Math .........................5 MATH 126 Calculus & Analytic Geometry I .....5 PHYS 201/L Principles of Physics I/Lab.............4 __________ TOTAL 25 General Education Requirements in Written Communication, Humanities, History and Social Sciences........................................................24 Institutional and General Education To complete the General Education requirements, students are required to take a total of 35 credit hours consisting of the skills and knowledge components as specified under the undergraduate General Education Requirements section of this catalog. Civil Engineering Technology (CET) students take 11 of the 35 credit hours of the general education requirements under the required math and physical science courses. Therefore, the CET majors are expected to take 24 credit hours to complete the skills and knowledge components of the general education requirements. The skills and knowledge components include (a) Written Communication (6 credit hours), (b) Humanities and Speech Communication (9 credit hours), and (c) History and Social Sciences (9 credit hours). Please refer to the undergraduate General Education Requirements section of this catalog for actual courses taken to fulfill the skills and knowledge components. Co-curricular Activities The faculty supports and encourages the involvement of engineering technology majors in at least one technical organization specific to each discipline and actively encourages student participation in such organizations. Outcomes Assessment Activities • To be eligible for graduation, all civil engineering technology majors are required to take an exit examination. The results of the exit examination will be used in the evaluation of the program. Test results will have no effect on student’s GPA. • Graduates and their employers will be surveyed as to program satisfaction and job performance following their graduation. Civil Engineering Technology Typical Schedule of Courses Freshman - Fall Courses Titles Credits CET 101 Intro to Engineering Technology..... 2 CET 102 Surveying I...................................... 3 CET 115 Civil Drafting I ................................. 3 CIS 100 Intro to Word & Windows ................ 1 CIS 103 PowerPoint and Web Publishing..... 1 CIS 104 Excel Spreadsheets........................ 1 MATH 121 College Algebra .............................. 4 __________ TOTAL 15 Freshman - Spring Courses Titles Credits CET 103 Surveying II..................................... 3 CET 116 Civil Drafting II ................................ 3 ENG 101 Composition I.................................. 3 MATH 124 Pre-Calculus Math .......................... 5 General Education, Knowledge Component.............. 3 __________ TOTAL 17 Sophomore - Fall Courses Titles Credits CET 202 Statics............................................. 3 CET 207 Construction Materials & Methods .. 3 CET 226 Engineering Problem Solving.......... 2 MATH 126 Calculus & Analytic Geometry I ...... 5 SPCOM 103 Speaking and Listening .................. 3 __________ TOTAL 16 Sophomore - Spring Courses Titles Credits CET 206 Strength of Materials..................... 4 CET 208 Concrete and Asphalt Materials ... 3 88
College of Education, Engineering, and Professional Studies CET 222 Dynamics.......................................3 ENG 102 Composition II................................3 General Education, Knowledge Component ..............3 __________ TOTAL 16 Junior - Fall Courses Titles Credits CET 316 Structural Analysis.........................3 CET 411 Hydraulics......................................3 CHEM 111/L Principles of Chemistry..................4 PHYS 201/L Principles of Physics I/Lab.............4 General Education, Knowledge Component ..............3 __________ TOTAL 17 Junior - Spring Courses Titles Credits CET 305 Construction Cost Estimating II .....3 CET 315 Soil Mechanics Technology...........3 CET 372 Traffic Analysis and Control...........3 CET 412 Hydrology ......................................3 General Education, Knowledge Component ..............3 __________ TOTAL 15 Senior - Fall Courses Titles Credits CET 405 Reinforced Concrete Design ..........3 CET 415 Water & Sewer System Design .......3 CET 455 Design Seminar ..............................1 CET Elective ..............................................................3 Technical Elective ......................................................3 General Education, History ........................................3 __________ TOTAL 16 Senior - Spring Courses Titles Credits CET 404 Structural Steel Design..................3 CET 456 Senior Project ...............................3 CET 473 Highway Design.............................3 CET Elective ......................................................3 __________ TOTAL 12 Total required credit hours .................................124 MECHANICAL ENGINEERING TECHNOLOGY PROGRAM Program Coordinator: Wade Bailey Faculty: Bailey A Bachelor of Science Degree in Mechanical Engineering Technology (BSMET) and a minor in MET are currently offered; but no new students will be admitted to the program major or minor. Students currently enrolled in the MET major or minor program have until Spring 2009 to complete their program. Program Goals • To prepare graduates in mechanical engineering technology to function effectively throughout the engineering spectrum. • To graduate students who can apply to theoretical foundations and skills of their discipline to solve practical engineering problems by using existing technology. • To maintain accreditation for all programs as defined by the Technology Accreditation Commission of the Accreditation Board for Engineering and Technology. Expected Student Outcomes General Requirements • Graduates are required to complete an approved program of study with a cumulative GPA of 2.000 or better in their major courses. • Graduates are required to demonstrate skill and knowledge in the areas of quantitative analysis and science by having a cumulative GPA of 2.000 or better in the mathematics/physics, and chemistry courses. • All mechanical engineering technology majors are required to demonstrate the ability to solve problems appropriate to their discipline, to use computer skills and to complete a final senior-year technical project requiring design and fabrication of a working model followed by written and oral presentations. 89
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College of Education, Engineering, and Professional Studies<br />
CET 222 Dynamics.......................................3<br />
ENG 102 Composition II................................3<br />
General Education, Knowledge Component ..............3<br />
__________<br />
TOTAL 16<br />
Junior - Fall<br />
Courses Titles Credits<br />
CET 316 Structural Analysis.........................3<br />
CET 411 Hydraulics......................................3<br />
CHEM 111/L Principles of Chemistry..................4<br />
PHYS 201/L Principles of Physics I/Lab.............4<br />
General Education, Knowledge Component ..............3<br />
__________<br />
TOTAL 17<br />
Junior - Spring<br />
Courses Titles Credits<br />
CET 305 Construction Cost Estimating II .....3<br />
CET 315 Soil Mechanics Technology...........3<br />
CET 372 Traffic Analysis and Control...........3<br />
CET 412 Hydrology ......................................3<br />
General Education, Knowledge Component ..............3<br />
__________<br />
TOTAL 15<br />
Senior - Fall<br />
Courses Titles Credits<br />
CET 405 Reinforced Concrete Design ..........3<br />
CET 415 Water & Sewer System Design .......3<br />
CET 455 Design Seminar ..............................1<br />
CET Elective ..............................................................3<br />
Technical Elective ......................................................3<br />
General Education, History ........................................3<br />
__________<br />
TOTAL 16<br />
Senior - Spring<br />
Courses Titles Credits<br />
CET 404 Structural Steel Design..................3<br />
CET 456 Senior Project ...............................3<br />
CET 473 Highway Design.............................3<br />
CET Elective ......................................................3<br />
__________<br />
TOTAL 12<br />
Total required credit hours .................................124<br />
MECHANICAL ENGINEERING<br />
TECHNOLOGY PROGRAM<br />
Program Coordinator: Wade Bailey<br />
Faculty: Bailey<br />
A Bachelor of Science Degree in Mechanical<br />
Engineering Technology (BSMET) and a minor in MET<br />
are currently offered; but no new students will be<br />
admitted to the program major or minor.<br />
Students currently enrolled in the MET major or minor<br />
program have until Spring 2009 to complete their<br />
program.<br />
Program Goals<br />
• To prepare graduates in mechanical engineering<br />
technology to function effectively throughout the<br />
engineering spectrum.<br />
• To graduate students who can apply to theoretical<br />
foundations and skills of their discipline to solve<br />
practical engineering problems by using existing<br />
technology.<br />
• To maintain accreditation for all programs as<br />
defined by the Technology Accreditation Commission<br />
of the Accreditation Board for Engineering<br />
and Technology.<br />
Expected Student Outcomes<br />
General Requirements<br />
• Graduates are required to complete an approved<br />
program of study with a cumulative GPA of 2.000<br />
or better in their major courses.<br />
• Graduates are required to demonstrate skill and<br />
knowledge in the areas of quantitative analysis<br />
and science by having a cumulative GPA of 2.000<br />
or better in the mathematics/physics, and<br />
chemistry courses.<br />
• All mechanical engineering technology majors are<br />
required to demonstrate the ability to solve<br />
problems appropriate to their discipline, to use<br />
computer skills and to complete a final senior-year<br />
technical project requiring design and fabrication<br />
of a working model followed by written and oral<br />
presentations.<br />
89