Csi College of Engineering - [Csice]
M.E. in Structural Engineering
Engineering (M.E./M.Tech)
Shortlisted by 1+ Students
Location: Ooty
Duration: 2 YEAR
Regular / Offline
Average Fees: ₹ 1.74 Lakhs
Highlights A Master of Engineering (M.E.) in Structural Engineering is a postgraduate program that focuses on advanced studies and specialized training in the field of structural engineering. This program typically spans two years and is designed for individuals who have completed their undergraduate studies in civil engineering or a related field. The curriculum covers advanced topics in structural engineering, including but not limited to: Advanced Structural Analysis, Structural Dynamics, Earthquake Engineering, Structural Design and Optimization, Advanced Concrete and Steel structures, Finite Element Analysis, Structural Health Monitoring, Bridge Engineering and Foundation Engineering. Graduates of M.E. in Structural Engineering programs are well-equipped for careers as structural engineers, consultants, researchers, and specialists in the design and analysis of various structures.
About us
THE CSI COLLEGE OF ENGINEERING (CSICE) is a self-financing institution, founded and established by the CSI Coimbatore Diocesan Council at Ketti Valley in the year 1998. Ketti Valley is the second-largest valley in the world.
CSI Coimbatore Diocesan Council has been pioneering the opening of schools and educational institutions for the needy of the society. Over time, it has established prestigious institutions like Hilda’s Junior College and Stanes Schools.
CSI have spread its wings into technical education, like CSI Polytechnic in Salem, teacher training institutions in Erode and Salem, which is one of the traditional institutions to offer technical diploma courses.
Why Choose M.E in Structural Engineering?
M.E. in Structural Engineering is a research programme that provides advanced theoretical and practical knowledge in the prevention of building failures, preservation of built heritage and installing adequate life safety features in large buildings and public infrastructures. The curriculum integrates technical skills with practical experience in topics such as earthquake-resistant design, advanced materials and sustainable construction. Graduates are skilled problem solvers and researchers working to solve today’s infrastructure challenges. Due to growing demands on urban development and adaptation of more and more year round resilient buildings, the graduates have many excellent career opportunities in the construction, consulting, research and government areas, so the profile may serve as a qualified nominee for the future savvy civil engineer.
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