Administrative Office No.: 0824-2425966
Duration: 2 years, four semesters. (Admissions open for the batch 2018-19)
Eligibility: Candidates passing B.E / B.Tech. Examination in Civil Engineering with minimum marks of 45% from Engineering Colleges affiliated to AICTE New Delhi are eligible for admission to M.Tech program. For SC/ST candidates, the minimum marks percentage required is 40% in B.E / B.Tech.
About M.Tech. (Civil Engg):
Srinivas University’s Master of Technology in Structural Engineering (M.Tech.) program nurtures and develops students as structural engineers. The program lays emphasis on preparing students to become competent Civil Engineers with latest technological knowledge in Structural Engineering as per global needs by building their capabilities, sound technical knowledge, skills and attitude. Master of Technology in Structural Engineering (M.Tech.) program is a two-year post graduate programme. The aim of the Master of Technology in Structural Engineering (M.Tech.) program is to prepare students for successful careers in the field of Structural Engineering as per international standards and to prepare students to become responsible and contributing members of the community.
Special Features of the Program:
Structural Engineers have opportunities in construction / contracting / consultancy companies, evaluation of life and stability of structures, design of multi-storeyed buildings, dams, ports & harbours, airports, smart cities, government departments like Municipalities, Pubic Work Departments, Ministry of Housing, Ministry of Transportation, Electricity and Water Authority Departments, Urban Development or Town Planning Departments, Real Estate Agencies, National Highway Authority,etc.
Programme Structure: Total 70 Credits
|SEMESTER 1||SEMESTER 2|
|1||Computational Structural Mechanics||4||1||Design of Plates and Shells||4|
|2||Advanced Design of RCC Structures||4||2||Earthquake Resistant Structures||4|
|3||Mechanics of Deformable Bodies||4||3||Design of Industrial Structures||4|
|4||Structural Dynamics||4||4||Finite Element Method of Analysis||4|
|5||Stability Analysis of Structures||4||5||Elective – II||4|
|6||Elective – I||4||6||Elective – III||4|
|7||Structural Engineering Lab -1||2||7||Structural Engineering Lab – 2||2|
|SEMESTER 3||SEMESTER 4|
|Total Credits||4||Total Credits||12|
|Elective 1 (Semester 1):||Elective 2 (Semester 2):|
|1||Special Concrete||3||1||Design Concepts of Substructures||3|
|2||Repair and Rehabilitation of Structures||3||2||Reliability Analysis of Structures||3|
|3||AI& Expert System in Structural Engineering||3||3||Masonry Structures||3|
|4||Advanced Design of Pre-stressed Concrete||3||4||Advanced Design of Steel Structures||3|
|5||Ground Improvement Techniques||3||5||Research Methodology||3|
|Elective 3 (Semester 2):|
|1||Design of Tall Structures||3||4||Offshore Structural Engineering||3|
|2||Design of Concrete Bridges||3||5||Advanced Strength of Materials||3|
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