After general subjects in the first year, the third semester could cover subjects such as engineering mathematics, material science and metallurgy, basic thermodynamics, mechanics of materials, manufacturing process, computer-aided machine drawing and fluid mechanics. In the fourth semester, subjects like engineering mathematics, mechanical instruments and metrology, applied thermodynamics, kinetics of machines, manufacturing process and fluid mechanics are usually taught. Management and entrepreneurship, control engineering, ergonomics, CAD/CAM and design of machine elements might be taught in the fifth semester. The sixth semester could consist of subjects like theory of metal forming, engineering economy, tool engineering and design, and quality assurance and reliability. An elective like mechanical vibrations, finite element method, human resource management, software engineering and management or advance foundry might be available.

The seventh semester could cover subjects like mechatronics, supply chain management, operations management and operations research. Electives could include composite materials, technology management, combinatorial optimization, project management, concurrent engineering, marketing management, facilities planning and design and management information systems. The final semester might cover subject such as fluid power systems and world class manufacturing. Electives might be total quality management, advanced joining processes and non-destructive testing, knowledge management, design of experiments, advanced operations research, database management systems, engineering system design, artificial intelligence and expert systems, automation in manufacture, and product design and manufacturing.