• Vision

To be a center of excellence that creates research oriented environment with innovation and sustainable socio-economic development.

• Mission:

To produce competent graduates having creative thinking to adopt innovative skills in the engineering technological domain to achieve smart projects which contributes in the national economic growth at optimum level.

• Rationale:

Mechanical Engineering Technology is rapidly growing in the field of manufacturing processes to fulfil the rising demand of market by using various automation techniques. It develops the concepts of Computer Integrated Manufacturing, Flexible Manufacturing System and automated flow control systems which maintain the supply chain management. This program is driven by analytical and critical thinking approach fostering modern technical proficiency.

• Preamble:

The program aims to solve the real-world application problems by using theoretical knowledge and practical skills with innovative techniques. The graduates be able to transform skill based environment and excel in various disciplines in the field of Mechanical Engineering Technology.

• Scope:

The master’s program of Mechanical Engineering Technology covers the sub-disciplines such as Advanced Manufacturing Processes, Fluid flow and heat transfer, Renewable Energy Systems, Operation Research, Implementation of computer integrated manufacturing in SMEs, Hydrogen Technologies and Fuel Cells, Advanced Power Plant Systems, Computational fluid dynamics, Advanced Engineering Materials, Product Design and Development. The program emphasizes hands-on experience, research, and collaboration with industry partners.

• Objectives:

1. To produce graduates for a better understanding of mechanical engineering principles and their practical applications.
2. To strengthen critical thinking and problem-solving skills in the field of mechanical engineering technology, to deal with complex problems.
3. To support research and innovation in mechanical engineering technology through the collaboration of projects and thesis work.
4. To develop best practices approach in mechanical engineering projects based on ethical norms and sustainability.
5. To enhance the learning experience, by communication skills and collaboration between students, teachers, and industry professionals.