MATS School of Engineering and Information Technology Raipur M.Tech Computer Aided Structural Engineering: Fees 2026, Course Duration, Dates, Eligibility

Ans. The total programme fee for the 2-year M.Tech in Computer Aided Structural Engineering at MATS SOEIT is INR 1,60,000, payable as INR 80,000 per year. Hostel and mess charges are billed separately as per MATS University norms.

Ans. A valid GATE score in Civil Engineering is the primary requirement for regular M.Tech CASE admission at MATS SOEIT. However, sponsored and self-financed candidates may be considered without GATE under a separate category, as per MATS University’s admission policy. This makes the programme accessible to working professionals seeking an advanced qualification. Candidates should check the latest circular at matsuniversity.ac.in for detailed instructions.

Ans. Candidates must hold a B.Tech or B.E. in Civil Engineering or a related discipline from a recognised university with minimum 55% aggregate marks. A valid GATE score in Civil Engineering (CE) is required for regular admission under the GATE category.

Ans. Graduates can pursue roles as structural engineers, design consultants, project managers, and CAD analysts in construction, infrastructure, and government project departments. Firms involved in bridges, high-rise buildings, industrial structures, and urban infrastructure regularly hire M.Tech CASE graduates. The degree also serves as a pathway to PhD admission at universities across India and to teaching positions in AICTE-approved engineering colleges.

Ans. Yes. MATS University offers the Chancellor’s Merit Scholarship, which provides a tuition fee waiver of 10% to 30% based on qualifying exam marks: 10% for 70% or above, 20% for 80% or above, and 30% for 90% or above. SC/ST/OBC/EWS candidates can also apply for state and central government scholarship schemes through the National Scholarship Portal. Students are advised to check matsuniversity.ac.in for the latest scholarship notifications and deadlines.

Ans. The M.Tech CASE curriculum at MATS SOEIT typically covers finite element analysis, structural dynamics, advanced reinforced concrete design, computer-aided design and drafting, soil-structure interaction, advanced steel design, and a research dissertation in the final semester. The programme blends core structural theory with practical computational tools widely used in consulting and construction firms. Students gain hands-on experience with structural analysis software in laboratory sessions.