CE415 (3 0 0 6) Transportation Engineering II
- Endsem key
- 2012-06-26 Dean's Mail regarding compulsory attendance on first week
- Roll List
- Feedback form
- Midsem key
- Introduction to transportation system engineering
- Introduction to travel demand modeling
- Transportation planning surveys
- Trip generation
- Trip distribution
- Mode choice
- Traffic Assignment
- Fundamental parameters of traffic flow
- Fundamental relations of traffic flow
- Traffic stream models
- Moving observer method
- Traffic measurement procedures
- Capacity and level of service
- Principles of traffic control
- Traffic signs and road markings
- Uncontrolled intersections
- Traffic rotary
- Design and evaluation of traffic signal
- Coordinated traffic signal
- Vehicle actuated signals
- Grade separated intersection
Mon 10.30-11.25
Tue 11:35-12:30
Thu 08.30-09.25
Visiting time Mon/Tue 12:30-13:30
| No |
Date |
Remarks |
| 1 |
2012-Jul-19-Thu |
L01. First lecture: Introduction |
| 2 |
2012-Jul-23-Mon |
L02. Introduction to Transportation Systems Engineering Part-1 |
| 3 |
2012-Jul-24-Tue |
L03. Introduction to Transportation Systems Engineering PArt-2 |
| 4 |
2012-Jul-26-Thu |
L04. An overview of travel demand modeling: Part-1 |
| 5 |
2012-Jul-30-Mon |
Lec notes evaluation by TAs |
| 6 |
2012-Jul-31-Tue |
No class |
| 7 |
2012-Aug-02-Thu |
L05. An overview of travel demand modeling: Part-2 |
| 8 |
2012-Aug-06-Mon |
L06. An overview of travel demand modeling: Part-3 |
| 9 |
2012-Aug-07-Tue |
L07. Data collection surveys |
| 10 |
2012-Aug-09-Thu |
L08. Trip Generation |
| 11 |
2012-Aug-13-Mon |
L09. Trip Distribution: Part 1 |
| 12 |
2012-Aug-14-Tue |
L10. Trip Distribution: Part 2 |
| 13 |
2012-Aug-16-Thu |
L11. Modal split |
| 14 |
2012-Aug-21-Tue |
L12. Traffic Assignment |
| 15 |
2012-Aug-23-Thu |
L13. Traffic Assignment |
| 16 |
2012-Aug-27-Mon |
Lec notes evaluation by TAs |
| 17 |
2012-Aug-28-Tue |
No class |
| 18 |
2012-Aug-30-Thu |
L14. Traffic Assignment: Frank wlfe Algorithm |
| 19 |
2012-Sep-03-Mon |
L15. Traffic Assignment: Frank wlfe Algorithm |
| 20 |
2012-Sep-04-Tue |
L16. Traffic Assignment: Dijkstr's SP algorithm |
| 21 |
2012-Sep-06-Thu |
L17. Traffic assignment: Network assignment example |
| 22 |
2012-Sep-12-Wed |
Mid Sem |
| 23 |
2012-Sep-17-Mon |
L18. Fundamental parameters of traffic flow |
| 24 |
2012-Sep-18-Tue |
L19. Fundamental relations of traffic flow |
| 25 |
2012-Sep-20-Thu |
L20. Traffic stream models |
| 26 |
2012-Sep-24-Mon |
L |
| 27 |
2012-Sep-25-Tue |
L |
| 28 |
2012-Sep-27-Thu |
L |
| 29 |
2012-Oct-01-Mon |
L |
| 30 |
2012-Oct-04-Thu |
L |
| 31 |
2012-Oct-08-Mon |
L |
| 32 |
2012-Oct-09-Tue |
L |
| 33 |
2012-Oct-11-Thu |
L |
| 34 |
2012-Oct-15-Mon |
L |
| 35 |
2012-Oct-16-Tue |
L |
| 36 |
2012-Oct-18-Thu |
L Traffic Signal Design 1 |
| 37 |
2012-Oct-22-Mon |
L Traffic Signal Design 2 |
| 38 |
2012-Oct-23-Tue |
L Quiz |
| 39 |
2012-Oct-25-Thu |
No Lecture |
| 40 |
2012-Oct-29-Mon |
L Traffic Signal Design 3 |
| 41 |
2012-Oct-30-Tue |
L Traffic Signal Design 4 |
| 42 |
2012-Nov-01-Thu |
L Signal coordination |
| 43 |
2012-Nov-05-Mon |
L |
| 44 |
2012-Nov-06-Tue |
L |
| 45 |
2012-Nov-08-Thu |
L |
| 46 |
2012-Nov-12-Mon |
Last lecture |
| 47 |
2012-Nov-??-??? |
End Sem ............................. |
| Quizes (4x5) |
20 |
| Class participation |
20 |
| Mid Sem |
25 |
| End Sem |
35 |
| Total |
100 |
The weights may be changed slightly (+/- 5).
- AA Grade for about max top 10% students,
AB Grade for about max next top 15%,
BB Grade for about max next top 20%,
BC Grade for about max next top 15%,
CC, CD, DD Grade for the rest, and
FR grade if total marks less than 40%.
- I will not be taking any attendance.
However, students are encouraged to attend all the class
and actively participate.
Moreover, there will be marks for the class participation and will be alloted as follows:
- Those who want class participation mark should maintain a SEPARATE lecture
note book.
Do not share this note book with other course, as it will be taken
periodically for evaluation.
Files and loose papers are not acceptable.
- During each lecture, student should write important points of the lecture (such as brief notes, equations, sketches, etc).
Many lectures have numerical which may be partially solved in the class.
These problems should be completed before the next class.
Some times, additional problems will be given during the class and those also should be completed before the next lecture.
- The lecture notes will be randomly evaluated my myself or TA's and with out any prior notice.
In short, the class participation mark is awarded for a student who diligently follows the lectures.
Lecture notes completed by copying from other students or from the lecture notes in web page (just before mid-sem or end-sem) will not fetch any class participating marks.
- If you miss the lectures for medical reason, keep the slip with you till
the end of the course.
- Take the course seriously for in case you get an FR, I will not be able
to help you for I will NOT offer this course next semester and
will NOT conduct any winter/summer/self study course.
- Sadguna Nulli (Ph.D)
See the lecture notes page
- 1
Highway Capacity Manual.
Transportation Research Board.
National Research Council, Washington, D.C., 2000.
- 2
L. R Kadiyali.
Traffic Engineering and Transportation Planning.
Khanna Publishers, New Delhi, 1987.
- 3
M L Manheim.
Fundamentals of transportation systems analysis Vol.1.
MIT Press, 1978.
- 4
Adolf D. May.
Fundamentals of Traffic Flow.
Prentice - Hall, Inc. Englewood Cliff New Jersey 07632, second
edition, 1990.
- 5
William R McShane, Roger P Roesss, and Elena S Prassas.
Traffic Engineering.
Prentice-Hall, Inc, Upper Saddle River, New Jesery, 1998.
- 6
J D Ortuzar and L G Willumnsen.
Modeling Transport.
John Wiley and Sons, New York, 1994.
- 7
C. S Papacostas.
Fundamentals of Transportation Engineering.
Prentice-Hall, New Delhi, 1987.
Prof. Tom V. Mathew
2012-11-27