1. Introduction to Railway Engineering
2. Gauges and Permanent Way
3. Wheel and Axles, Coning of Wheels
4. Track Resistances, Hauling Capacity
5. Track Modulus, Stresses in Track
6. Stresses in Components of Track
7. Rails
8. Creep in Rails
9. Wears & Failures in Rails
10. Jointed or Welded Rails
11. Sleepers
12. Ballast
13. Fastenings
14. Geometric Design: Alignment of Track
15. Horizontal Curve and Super Elevation
16. Speeds on Track
17. Transition Curve & Widening of Track
18. Vertical Curve & Gradients
19. Turnouts-Components
20. Crossing and Design of Turnout
21. Track Junctions and Designs
22. Signals (Part I)
23. Signals (Part II)
24. Train Control Systems
25. Interlocking of Track
26. High Speed Tracks
27. Introduction of Air Transport
28. Aircraft Characteristics
29. Aircraft Controls, Airport Site and Size Selection
30. Airport Obstructions
31. Runway Orientation
32. Runway Length
33. Runway Geometric
34. Taxiway
35. Exit Taxiway
36. Aprons and Aircraft Parking
37. Terminal Area and Building
38. Terminal Planning and Hangers
39. Visual Aids-Markings
40. Visual Aids-Lighting and Signage

In this course, Prof. Rajat Rastogi gives 40 video lectures on Transportation Engineering. Topics that are covered in this course are:

- Introduction to Transportation Engineering
   - Elements of Transportation Engineering (e.g.: vehicle, driver, way, terminal, and control)
   - Transportation modes
   - Development and transportation
   - Various aspects of transportation engineering (e.g., pavement design, traffic engineering, transport planning, public transportation, etc.)

- Layout, Orientation, and Geometric Design
   - Geometric Design of highways and railways (e.g., horizontal alignment, vertical alignment, etc.)
   - Geometry of hill roads
   - Orientation of runways, and geometry of taxiways
   - Curve layout

- Pavements and Rail Tracks
   - Types of pavements
   - Analysis and design of flexible pavements
   - Pavement drainage
   - Construction and maintenance of flexible pavements
   - Introduction to design of rail tracks

- Traffic Engineering
   - Parameters characterizing traffic flow (e.g. density, speed, flow)
   - Data collection techniques for traffic parameters and delay studies
   - Introduction to traffic flow theory (including description of speed-density, speed-flow, and flow density relations)
   - Introductions to concept of capacity and level of service

- Transportation and the Environment
   - Course Outline for Transportation II

- Overview of Transportation
   - Basic concepts of pavement analysis and design
   - Basic concepts of traffic engineering

- Pavements
   - Cement as a pavement material
   - Analysis and design of rigid pavements
   - Design of runways, taxiways, apron, etc.
   - Construction of rigid pavements
   - Quality control in pavement construction
   - Comparative study of rigid versus flexible pavements
   - Modern materials in pavements

- Traffic Engineering
   - Theory of uninterrupted and interrupted traffic flow
   - Delay analysis
   - Capacity and level-of-service analysis for various facilities
   - Design of traffic facilities (like, expressways, channelization, unsignalized and signalized intersections, airport circulation, parking facilities, etc.)

- Travel demand analysis and transportation planning
   - The planning process
   - Sequential demand analysis
   - Models of trip generation, distribution, traffic assignment, and modal split

- Transportation economics