M.Tech (Structural Engineering)

Semester 1

Matrix Computer Methods of Structural Analysis
Structural Dynamics
Theory of Elasticity and Plasticity
Applied Mathematics



Semester 2

Reinforced Concrete Structures (Theory and Practice)
Advanced Steel Structures
Finite Element Method with Computer Application
Experimental Techniques and Instrumentation



Semester 3


Project Work - Phase I
Practical Training and Seminar (Practical Training 4 weeks in summer vacation after II semester)


Semester 4

Project Work - Phase II


LIST OF CORE COURSES AND SUPPORTIVE COURSES


Matrix Computer Methods of Structural Analysis
Structural Dynamics
Theory of Elasticity and Plasticity
Reinforced Concrete Structures (Theory and Practice)


OPTIONAL/ ELECTIVE COURSES: Program Electives


Soil Structure Interaction
Aseismic Design of Structures
Computer Aided Design
Concrete Technology & Special Concretes
Design of Bridges
Design of Reinforced Concrete Foundations
Design of Shell and Folded Plate Structures
Design of Steel-Concrete Composite Structures
Advanced Analysis and Design for Wind Earthquake and other Dynamic Loads
Design of Tall Buildings
Disaster Resistant Structures
Offshore Structures
Maintenance and Rehabilitation of Structures
Prestressed Concrete Structures
Stability of Structures
Theory of Plates
Infrastructure Engineering for sanitary structures
Theory of Shells
Bridge Maintenance Management
Ground Improvement Techniques
Optimization in Structural Design
Fluid Structure Interaction (Mathematical Approach)
Directed Study