| Lectures | 1-15 | Laboratory Assignment |
| ****1 | Introduction | |
| ****2 | Basic Information About Transportation | |
| ****3 | Route Location and Earthwork | |
| ****4 | Geometric Design | |
| ****5 | Vertical Alignment | |
| ****6 | Length of Vertical Curves | |
| ****7 | Horizontal Alignment | |
| ****8 | Horizontal Sight Distance | |
| ****9 | Super Elevation and Super Elevation Transitions | |
| **10 | General Horizontal Alignment | |
| **11 | Roadside Design | |
| **12 | Highway Drainage-Hydrology | |
| **13 | Hydrology T55 Method | |
| **14 | Open Channel Flow | |
| **15 | Culvert Design |
| Lectures | 16-31 | Laboratory Assignment | |||||||||||||||||||||||||||||||||||||
| ****16 | Culvert Design-Continued | ||||||||||||||||||||||||||||||||||||||
| ****17 | Water in Sub Grade
| ****18 | ****1 | Route Selection | ****19 | Aggregate Surfaced Roads | ****20 | Flexible Pavement Design | ****21 | ****2 | Horizontal Curve and Layout | ****22 | Asphalt Institute Method | ****23 | AASHTO Design Procedure | ****24 | ****3 | Super Elevation and Stationing | ****25 | Thickness of Pavement Components | ****26 | California Design Method | ****27 | ****4 | Vertical Curves | ****28 | Rigid Pavements | ****29 | Temperature Steel Requirements | ****30 | ****5 | Cut and Fill | ****31 | AASHTO Design Method | |
| Lectures | 32-43 | Laboratory Assignment | |
| ****32 | PCA Method | ||
| ****33 | ****6 | Volume Calculation | /TR>|
| ****34 | Summary Highway Design | ||
| ****35 | Driver and Vehicle Characteristics | ||
| ****36 | ****7 | Highway Drainage | |
| ****37 | Vehicle Performance Characteristics | ||
| ****38 | Traffic Characteristics | ||
| ****39 | ****8 | Project Estimate | |
| ****40 | Traffic Flow and Volume Characteristics | ||
| ****41 | Traffic Flow Continued | ||
| ****42 | ****9 | Project Compleation | |
| ****43 | Highway Capacity and Closure |