Subjects Taught at BITS Pilani
| Sr. No. | Subject | PG/UG |
| 1 | Transportation System Planning and Management | M.E. (Transportation) |
| 2 | Traffic Flow Theory | M.E.(Transportation) |
| 3 | Urban Mass Transit Planning Operation and Management | M.E. (Transportation) |
| 4 | Research Practice in Traffic Engineering | M.E. (Transportation) |
| 5 | Traffic Engineering and Safety | M.E. (Transportation) |
| 6 | Transportation Economics | M.E. (Transportation) |
| 7 | Professional Practice in Traffic Engineering-I | M.E.(Transportation) |
| 8 | Pavement and analysis and Design | M.E.(Transportation) |
| 9 | Transportation Engineering | B. E. (Civil) |
Subjects Taught in Past: (Undergraduate Level)
|
Sl. No. |
Year (UG) | Subject |
No. of times |
|
1 |
I Year: | Civil Engineering Graphics,
C programming, C++ Programming Environmental Awareness and Education |
2 2 1 1 |
|
2 |
II Year | Computer Applications,
Building & Town Planning |
2
2 |
| 3 | III Year | Highway & Traffic Engineering
Water Resources and Irrigation |
2 2 |
|
4 |
IV Year | Quantity Surveying Estimation & Valuation,
Docks and Harbors Site Project Work |
2 2 1 |
Subjects opted in Ph.D. (Transportation Engineering)
|
Sl. No. |
Course Name | Credits | Grade |
| 1 | Traffic Engineering and Management | 4 |
S |
| 2 | Urban Transportation Planning | 4 |
A |
|
3 |
Traffic Flow theory | 3 | B |
| 4 | Transportation System Analysis | 3 |
B |
|
5 |
Computer Simulation | 3 | A |
| 6 | Probability and Statistics | 3 |
B |
|
7 |
Research Methodology | No Credits |
Pass |
Subjects opted in M. Tech (Urban Planning)
Theory & Environmental Planning, Planning Principles and Techniques, Housing & Community Planning, Traffic and Transportation Planning, Computer Applications and Statistical Methods, Architectural Design, Theory of Regional Planning, urban Design Techniques, Ecology and Resource Development, Urban Landscape Design, Economics of Urban Development, Development Plan of Kamptee Town.
Laboratory Experience
Conducting laboratory courses:
- Highway and Traffic Engineering laboratory
- Traffic volume count at mid-block and intersections
- Speed measurement at mid-block and intersections
- Vehicle arrival pattern and distribution
- Headway measurement and distribution
- Highway Material Tests
Using different types of instruments, systems, computers etc.
- Traffic data collection over wide range of roadway and traffic conditions using video camera
- Data extraction using Power DVD, AVIDMAX, Bluetooth/Wi-Fi sensors
- Microscopic traffic parameters and transit performance indicators using Global Position Systems (GPS)
- Microscopic traffic parameters using Bluetooth/Wi-Fi sensors and Image Processing Techniques
Dr. Shriniwas S Arkatkar 