Semester 1: 
1. *Advanced Mathematics for Civil Engineers*  
   - Numerical methods, optimization techniques, probability & statistics.  
2. *Advanced Structural Analysis*  
   - Matrix methods, finite element analysis, dynamic analysis.  
3. *Geotechnical Engineering*  
   - Soil-structure interaction, advanced foundation design, slope stability.  
4. *Elective 1* (e.g., Advanced Concrete Technology, Pavement Engineering, etc.)  
5. *Lab 1* (Structural/Geotechnical Lab)  

 *Semester 2:*  
1. *Advanced Design of Structures*  
   - Prestressed concrete, steel-plate girders, seismic design.  
2. *Transportation Engineering & Planning*  
   - Traffic engineering, urban transport systems, highway materials.  
3. *Water Resources Engineering*  
   - Hydrological modeling, watershed management, flood forecasting.  
4. *Elective 2* (e.g., Earthquake Engineering, Remote Sensing & GIS, etc.)  
5. *Lab 2* (Transportation/Hydraulics Lab)  

 *Semester 3:*  
1. *Research Methodology & Technical Writing*  
2. *Elective 3* (e.g., Bridge Engineering, Smart Materials, Environmental Engineering)  
3. *Elective 4* (e.g., Construction Management, Offshore Structures, etc.)  
4. *Project Work (Phase 1)* – Literature review & problem formulation  

 *Semester 4:*  
1. *Dissertation/Thesis Work* – Implementation, analysis, and submission  

### *Common Specializations & Electives:*  
- *Structural Engineering:*  
  - Finite Element Methods, Plastic Analysis, Seismic Design  
- *Transportation Engineering:*  
  - Pavement Materials, Intelligent Transport Systems (ITS)  
- *Geotechnical Engineering:*  
  - Soil Dynamics, Ground Improvement Techniques  
- *Water Resources Engineering:*  
  - Hydropower Engineering, Coastal Zone Management  
- *Environmental Engineering:*  
  - Wastewater Treatment, Air Pollution Control