Master of Engineering in Civil Engineering

• Advanced Engineering Mathematics: Applied analysis.
• Advanced Structural Analysis: Matrix methods and FEA basics.
• Advanced Soil Mechanics: Critical state soil mechanics.
• Advanced Hydraulics: Unsteady flow and sediment transport.

Structural Engineering

• Advanced Reinforced Concrete
• Prestressed Concrete
• Structural Dynamics
• Earthquake Engineering

Geotechnical Engineering

• Advanced Foundation Engineering
• Soil Dynamics
• Slope Stability
• Ground Improvement Techniques

Transportation Engineering

• Advanced Traffic Engineering
• Pavement Management Systems
• Transportation Planning

Water Resources & Environmental

• Advanced Hydrology
• Water Resources Systems Engineering
• Environmental Impact Assessment
• Advanced Wastewater Treatment

Construction Engineering & Management

• Advanced Project Management
• Construction Economics
• Risk & Contract Management

• Research Methods in Civil Engineering: Experimental and analytical methods.
• Engineering Modeling & Simulation: Computational tools.
• Graduate Seminar: Technical presentations.

• Master’s Thesis / Dissertation: Major research contribution.
• Industrial or Research Internship: Optional advanced placement.