MIT School of Engineering: Admission 2026

Bachelor of Technology [B.Tech] at MIT School of Engineering, Pune is a four-year full-time undergraduate program designed to build strong technical foundations and practical engineering skills. The course offers popular branches such as Aerospace Engineering and Mechanical Engineering, with total fees ranging from ₹8.6 lakhs to ₹10.6 lakhs depending on the specialization. Students must have completed 10+2 with at least 45% marks and qualified through MHT-CET, JEE, or PERA for admission. The curriculum blends theoretical knowledge with laboratory work, industry projects, internships, and innovation-driven learning. Graduates are prepared for diverse career opportunities in core engineering industries, research organizations, and technology-driven enterprises.

Bachelor of Technology [B.Tech] {Lateral} at MIT School of Engineering, Pune is a three-year full-time program designed for diploma holders seeking direct entry into the second year of engineering. The course offers popular branches such as Civil Engineering and Electronics & Communication Engineering, with total fees ranging from ₹6.3 lakhs to ₹7.78 lakhs based on specialization. Candidates must have completed a relevant diploma with at least 45% marks to be eligible for admission. The curriculum focuses on advanced technical concepts, practical training, laboratory work, and industry-oriented projects to strengthen professional skills. Graduates are well-prepared for roles in core engineering sectors, infrastructure development, electronics industries, and technology-driven organizations.

Master of Science [M.Sc] at MIT School of Engineering, Pune is a two-year full-time postgraduate program aimed at strengthening advanced theoretical knowledge and research skills in core science disciplines. The course offers popular branches such as Applied Statistics and Chemistry, each with a total fee of ₹1.9 lakhs, providing focused academic and practical exposure. Candidates must hold a relevant graduation degree with at least 50% marks to be eligible for admission. The curriculum combines classroom learning, laboratory work, research projects, and analytical training to build strong subject expertise. Graduates are well-equipped for careers in research institutions, laboratories, data analysis roles, academia, and science-based industries.