Invertis University Bareilly M.Tech Mechanical Engineering: Fees 2026, Course Duration, Dates, Eligibility

Ans. The M.Tech Mechanical Engineering program at Invertis University specializes in Production Engineering, which is a subset of mechanical engineering that deals with planning, designing, developing, and managing processes for producing high-quality products. The program focuses on modern manufacturing technologies, energy management in industrial setups, and production techniques. Students learn about welding, foundry technology, metal forming, and advanced machine tool design. This specialization makes graduates highly sought after in manufacturing industries, automotive sectors, and companies involved in supply chain management.

Ans. Graduates of the M.Tech Mechanical Engineering program have excellent career prospects with average packages ranging from 5-8 LPA and highest packages exceeding 12 LPA. Common job roles include Technical Management Engineer, Plant Production Manager, Process and Quality Assurance Engineer, Operations Analyst, Industrial Engineer, and Supply Chain Engineer. Many graduates work with leading manufacturing companies like PTC Industries, Jubilant Food Works, and Munjal Auto Group. The program's focus on production engineering and manufacturing technologies prepares graduates for senior technical and management positions in manufacturing and industrial sectors.

Ans. The M.Tech Mechanical Engineering program at Invertis University emphasizes a blend of theoretical and practical learning. While the first year focuses on advanced theoretical concepts through subjects like Mathematical Modelling and Optimisation, the second year is devoted to more practical learning through electives, seminars, workshops, research-based thesis, and project work. Lab and workshop are integral parts of the program considering its emphasis on manufacturing techniques. Industry visits and interactions with professionals provide students with insights into real-world manufacturing processes and supply chain management, ensuring they develop both conceptual understanding and practical skills.

Ans. Production Engineering is increasingly important in today's manufacturing industry as companies focus on producing high-quality products efficiently. The specialization in Production Engineering at Invertis University equips students with knowledge of modern manufacturing technologies, energy management, and production planning. As manufacturing gets a boost from both private and public enterprises, graduates with expertise in production engineering are in high demand. The program prepares students to work on optimizing manufacturing processes, reducing costs, improving quality, and managing supply chains, making them valuable assets to manufacturing organizations.

Ans. Yes, industry exposure is an integral part of the M.Tech Mechanical Engineering program at Invertis University. The curriculum includes industry visits where students interact with professionals and understand real-world manufacturing processes and supply chain management. The program also includes workshops and seminars conducted by industry experts. In the second year, students work on research-based thesis and project work that often involves collaboration with industry partners. These initiatives ensure that students develop practical understanding of industry challenges and are well-prepared for their professional careers.

Ans. Candidates must have a bachelor's degree in Mechanical Engineering, Production Engineering, Automobile Engineering, Aeronautical Engineering, Industrial Engineering, or Manufacturing Engineering (B.E./B.Tech). Admission is based on performance in national-level entrance exams like GATE, CUET, or equivalent exams, or through Invertis University Common Entrance Test (IUCET), or based on merit of the qualifying exam. The program welcomes both fresh graduates and working professionals seeking advanced specialization in production engineering and manufacturing technologies. GATE scores are particularly valued as they demonstrate strong technical knowledge in mechanical engineering fundamentals.