M.Tech. in Structural Engineering encompass advanced courses in structural analysis, design of steel, concrete, and composite structures, structural dynamics, and earthquake engineering. Additionally, it covers topics such as advanced structural materials, finite element analysis, and structural health monitoring. Elective courses includes specialized areas like bridge engineering, high rise building design, and prestressed concrete structures. Practical components such as software training, laboratory experiments, and design projects are integrated to provide hands-on experience and develop proficiency in structural engineering principles and practices.

Employment Opportunities

M.Tech. graduates in Structural Engineering can pursue careers in design firms, construction companies, and research institutions. They can also work as structural engineers, design consultants, or project managers, contributing to the planning, analysis, and design of various structures such as buildings, bridges, and industrial facilities, ensuring their safety and integrity.