CEE 4100 - Georgia Institute of Technology
CEE 4100 - Georgia Institute of Technology
CEE 4100 - Georgia Institute of Technology
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
<strong>CEE</strong> <strong>4100</strong>:<br />
Construction Engineering and Management<br />
Fall 2010 (Last change: August 23, 2010)<br />
Instructor:<br />
Office Hours:<br />
Teaching Assistant:<br />
Class Schedule:<br />
Optional Course<br />
Books/Sources:<br />
Class Website:<br />
Course Objectives:<br />
Jochen Teizer, Ph.D.<br />
Room 327, Sustainable Education Building (SEB)<br />
Phone: 404-894-8269<br />
E-mail: teizer@ce.gatech.edu<br />
Monday and Wednesday, 1 p.m. – 3 p.m.<br />
At all other times only by appointment.<br />
Tao Cheng<br />
E-Mail: tcheng9@gatech.edu<br />
Office Hours: TBA<br />
Location: SEB 217<br />
Monday, Wednesday:<br />
8:00 a.m. – 09:45 a.m.<br />
Mason 142<br />
1) Construction Management by Daniel W. Halpin, 3 rd edition, Hoboken, NJ: John<br />
Wiley & Sons.<br />
2) Construction Project Management. Hendrickson and Au at<br />
http://www.ce.cmu.edu/pmbook/<br />
Additional readings will be handed out for the appropriate course modules. It is<br />
expected that assigned book chapter readings are done before the class lecture is given.<br />
http://www.rapids.gatech.edu/<strong>CEE</strong><strong>4100</strong>/index.htm<br />
Fundamental concepts in planning, design, and construction <strong>of</strong> civil engineering<br />
projects. Introduction to project scheduling, cost estimating, controls, procurement,<br />
value engineering, quality assurance, and safety. The purpose <strong>of</strong> this course is to<br />
introduce students to various topics concerning construction engineering and<br />
management. Students will be exposed to the construction industry, the contractual<br />
arrangements made between construction contractors and owners, project finance, tools<br />
and techniques for managing construction projects, construction engineering basics such<br />
as cost estimation and safety, and issues associated with special construction<br />
circumstances (e.g., cold weather, ocean environments, etc.). The course is divided into<br />
modules that correspond to these topics. Outside construction pr<strong>of</strong>essionals (if<br />
available) will give guest lectures on their experience in the construction industry. Upon<br />
completion <strong>of</strong> this course, the student is expected to be able to:<br />
1) Understand and discuss the complexity <strong>of</strong> the A/E/C industry, from an industry,<br />
enterprise and project perspective.<br />
2) Compare and contrast the various types <strong>of</strong> organizations; the different project<br />
delivery systems and contract types the design, procurement, and construction<br />
processes; and the principal issues surrounding construction labor, materials, and<br />
equipment management.<br />
3) Identify, describe and discuss the principal concepts and issues in construction<br />
economics; construction project planning; construction cost estimating, scheduling,<br />
and cost/time control; quality; productivity; and construction safety.<br />
4) Based on a very general set <strong>of</strong> project data and information, understand and apply<br />
the processes used in developing a project definition package, defining a project<br />
execution plan, prepare a design package (plans and specifications), and prepare a<br />
construction bid for an A/E/C project.<br />
1
Course Outcomes:<br />
Honor Code:<br />
Homework Policy:<br />
Exam Policy:<br />
Attendance Policy:<br />
Field Trips:<br />
The School <strong>of</strong> Civil and Environmental Engineering has adopted a set <strong>of</strong> desired<br />
outcomes for the undergraduate education program. This course is designed to meet the<br />
following outcomes:<br />
1) Understanding civil engineering solutions in a global, societal and environmental<br />
context, consistent with the principles <strong>of</strong> sustainable development.<br />
2) Solving engineering problems by applying fundamental knowledge <strong>of</strong> math,<br />
science and engineering.<br />
3) Identifying, formulating and solving civil engineering problems that meet specified<br />
performance, cost, time, safety and other quality needs and objectives.<br />
4) Working and communicating effectively.<br />
5) Obtaining a solid understanding <strong>of</strong> pr<strong>of</strong>essional and ethical responsibility, and<br />
recognizing the need for and ability to engage in life-long learning.<br />
Students are expected to perform class activities in keeping with standards outlined in<br />
the <strong>Georgia</strong> Tech Academic Honor Code. Appropriate action will be taken towards any<br />
student suspected <strong>of</strong> violation <strong>of</strong> the Honor Code. For any questions involving any<br />
Academic Honor Code issues, please do not hesitate to consult Dr. Teizer or<br />
www.honor.gatech.edu.<br />
Homework will be assigned frequently throughout the semester and is an essential part<br />
<strong>of</strong> understanding the lecture material. The homework will be collected at the due day at<br />
the beginning <strong>of</strong> the class. Homework will be graded and returned. Solutions will be<br />
discussed in class. Late homework is not accepted unless specific arrangements are<br />
made with Dr. Teizer prior to the deadline. When working on homework, you may work<br />
with other students in the class. Individual work is strongly encouraged to practice<br />
already for exam questions. However, you must turn in separate copies <strong>of</strong> the<br />
homework with your name and the names <strong>of</strong> everyone you collaborated with on an<br />
assignment. You are also allowed (and encouraged) to ask Dr. Teizer questions,<br />
although you should try to think about the problems before asking. The instructor<br />
strongly encourages you to work on extra problems from the book on your own. Please<br />
note that all assignments must be handed in on the due date. Late homework will be<br />
graded for the benefit <strong>of</strong> the student, but no credit will be given for late homework or<br />
assignments. Only medical reasons will be considered for late assignments.<br />
Exams will cover material given in the textbook, in-class (lecture, notes, handouts,<br />
overheads, etc.), homework, field trips, and projects. Exams are closed book and closed<br />
note exams. Exam dates are listed in the Course Schedule and will not be changed.<br />
Exams must be taken as scheduled. Only university excused circumstances will be<br />
considered. A grade <strong>of</strong> zero will be assigned for missed exams. The final exam will be<br />
given on the day assigned by the university and will be comprehensive. In addition,<br />
personal trips must be scheduled around exams. Exams will not be rescheduled to<br />
accommodate early trips home or any other trips <strong>of</strong> a personal nature. The final exam<br />
will not be returned. Bring to exams only the required resources (pen, pencil,<br />
ruler, calculator, etc.). Nothing else will be allowed, e.g. bags or cell phones are not<br />
allowed with the person or underneath the table (they will need to be stored at the<br />
front desk if brought to exam). Bring your Student ID with you to the exam. The<br />
seating diagram needs to be followed during exams.<br />
Regular attendance is expected and encouraged. Each student is responsible for all<br />
material and administrative instructions given during the lecture period. Instructions<br />
will not be repeated outside <strong>of</strong> class. Attendance may be taken periodically throughout<br />
the semester. Eating, chewing, sleeping, talking, cell phone use or working on other<br />
assignments is inappropriate, discourteous, and inexcusable.<br />
The instructor will arrange field trip(s) to experience a realistic construction project.<br />
Instructions will be given in class.<br />
2
Construction<br />
Video/Animated<br />
PowerPoint<br />
Presentation<br />
Each student is assigned to a group. Each group will produce a maximum (!) 2 minute<br />
long video. Its main purpose is to highlight one important aspect <strong>of</strong> the construction<br />
industry or construction safety. Rules that apply:<br />
The focus area <strong>of</strong> this term is CRANE SAFETY and in particular how to<br />
protect workers from being run over or crushed by heavy equipment. Several<br />
websites can be consulted to understand the severity <strong>of</strong> the problem, including<br />
the website <strong>of</strong> the Occupational Safety and Health Administration – OSHA at<br />
http://www.osha.gov. Any video that does not include this theme will be<br />
evaluated with zero points.<br />
The filename must be “LastNameStudent1_LastNameStudent2.AVI” or any<br />
other video format.<br />
All videos must be in the format . MPEG, .WMV, .AVI, or similar. Videos that<br />
require the CD or DVD to run, will be evaluated with zero points.<br />
When you turn in your video, make sure the TA is able to run the video.<br />
All presentations need to be submitted no later than June 30, 2009.<br />
Do not copy/paste video clips from the internet. Produce your own original<br />
material! Any video with existing video clips from the internet or TV will<br />
receive fewer points.<br />
The <strong>Georgia</strong> Tech library may assist in lending a video camera. You have to organize<br />
your own personal protective equipment should you need some.<br />
All presentations will be evaluated based on originality <strong>of</strong> the content, educational<br />
merit, and other criteria, for example, creativity, appearance, and pr<strong>of</strong>essionalism <strong>of</strong> the<br />
video.<br />
The instructor will assign a final grade to each presentation based on the ranking <strong>of</strong> a<br />
peer review group. The top five presentations will be shown in the final class. More<br />
details will be given in the first class.<br />
Academic<br />
Accommodations for<br />
Students with<br />
Disabilities:<br />
Reasonable accommodations are provided to self-identified students with disabilities<br />
who meet the academic and technical requisite to admission or participation in the<br />
program <strong>of</strong> study. Incoming students with apparent course work deficiencies due to a<br />
disability should contact the coordinator for Students with Disabilities at 404-894-2564.<br />
Consideration may be given to the substitution or modification <strong>of</strong> certain course<br />
requirements – within the limitations imposed by the accreditation criteria for the degree<br />
program in which the student is enrolled – and to the extent that such substitutions or<br />
modifications <strong>of</strong> the course or curriculum do not have a net effect <strong>of</strong> detracting from the<br />
quality <strong>of</strong> the educational experience implied by the course or curriculum designation.<br />
Such substitutions or modifications must be approved by the school chair, department<br />
head, or college dean, and the Undergraduate Curriculum Committee and/or the<br />
Graduate Committee. Additional information can be obtained from the Access Disabled<br />
Assistance Program for Tech Students (ADAPTS), Student Service Building, <strong>Georgia</strong><br />
<strong>Institute</strong> <strong>of</strong> <strong>Technology</strong>, Atlanta, GA, 30332-0285 or call 404-894-2564 (voice), or 404-<br />
894-1664 (TDD), or visit www.adapts.gatech.edu.<br />
Grading Scheme: Percentage Grade<br />
90.0 – 100.0 A<br />
80.0 – 89.9 B<br />
70.0 – 79.9 C<br />
60.0 – 69.9 D<br />
59.9 or lower F<br />
3
MY GRADE<br />
Criteria Weight My Score Total Points So Far<br />
Participation, Preparation for Class, Attendance Required<br />
Homework 1 2.5%<br />
Homework 2 2.5%<br />
Homework 3 2.5%<br />
Homework 4 2.5%<br />
Homework 5 7.5%<br />
Homework 6 7.5%<br />
Construction Video/Animation 10%<br />
Midterm 1 15%<br />
Midterm 2 15%<br />
Final Exam 35%<br />
Total 100%<br />
CLASS SCHEDULE*<br />
Weekday Date Class Content Book Chapter Homework<br />
Monday Aug 23 Introduction to Construction Industry, History TBA in class TBA in class<br />
Wednesday Aug 25 Stakeholders in the Industry<br />
Monday Aug 30 Project Management Process and Organization<br />
Wednesday Sept 1 Project life-cycle<br />
Monday Sept 6 Official School Holiday<br />
Wednesday Sept 8 Contracts, and Project Delivery<br />
Monday Sept 13 Legal Structures, Construction Issues,<br />
Wednesday Sept 15 Construction Law, Resolution, Surety Bonds<br />
Monday Sept 20 Economic Decisions, Revenue Sources Dispute<br />
Wednesday Sept 22 Interest/Equivalence, Present Worth, Cash Flow**<br />
Monday Sept 27 Depreciation, Accounting, Rate-<strong>of</strong>-Return<br />
Wednesday Sept 29 Midterm Exam 1: In class<br />
Monday Oct 4 Putting Together a Project Package, Case Studies<br />
Wednesday Oct 6 Construction Methods<br />
Monday Oct 11 Equipment Productivity<br />
Wednesday Oct 13 Specifications and Drawings<br />
Monday Oct 18 Reading Plans<br />
Wednesday Oct 20 Quantity Take Off<br />
Monday Oct 25 Bidding and Cost Estimation<br />
Wednesday Oct 27 Unit Price Estimates<br />
Monday Nov 1 Midterm Exam 2: In class*<br />
Wednesday Nov 3 Critical Path Method (CPM)<br />
Monday Nov 8 Gantt Charts<br />
Wednesday Nov 10 Line <strong>of</strong> Balance (LOB)<br />
Monday Nov 15 Guest Lecture**<br />
Wednesday Nov 17 Field Trip (Planned, Bring Construction Boots)<br />
Monday Nov 22 Work Task Optimization<br />
Wednesday Nov 24 Productivity<br />
Monday Nov 29 Project Control and Monitoring<br />
Wednesday Dec 1 Safety, Workforce, Labor Law and Relations<br />
Monday Dec 6 Review Session 1<br />
Wednesday Dec 8 Review Session 2<br />
Monday Dec 13 Final Exam 2:00 P.M. to 5:40 P.M. (Mason 142)<br />
* Modifications are possible **Guest Lecture<br />
4