The Master of Engineering in Mechanical Engineering has a strong flavor of a core disciplinary and multi-disciplinary approach to research and learning that strikes a unique balance of trend-setting research, challenging coursework, and the real-world impact that is highly respected around the world.
Master of Engineering in Mechanical Engineering
Highlights of the program are:
- A core team of researchers directly feeding into teaching. You are thus supervised and taught by world-class academics on courses that are at the leading edge of thinking in the field.
- A broad range of advanced-level courses across the breadth of Mechanical Engineering.
- Our strong links with the industry ensure that our courses meet employer needs, one of the many reasons why our graduates are highly sought after by employers.
The institute encourages active learning to help build the critical thinking skills of its students and prepare them for research. Quality research needs committed students to move the research agenda forward. For the students, it is an ideal place to learn how high-quality research is done.
Being a science-intensive engineering education, the students are more future-ready and are able to adapt to new technologies. And thanks to the big emerging opportunities for new technologies, more and more students are today choosing a research-oriented job over a job that does not involve formal research.
Independent, non-classroom-based learning and problem-solving is a core aspect of the ME degree in Mechanical Engineering at Chitkara University. Upon completion of his/her dissertation, the student shall be ready to contribute to discovering innovative solutions for the problems of organizations, communities, and society.
The program focuses on many core and advanced courses such as (but not limited to):
- Advanced Thermal Engineering
- Advanced Engineering Mathematics
- Product Design and Development
- Advanced Fluid Mechanics
- Advanced Heat and Mass Transfer
- Advance Power Plant Engineering
- Finite Element Method
- Modeling and Simulation
- Work Engineering and Ergonomics
- Computational Fluid Dynamics
- Design of Gas Turbines
- Research Methodology & Operation Research
- Renewable Energy Systems
- Sustainable Environmental Technologies
Eligibility – Candidates having BE / BTech (Mechanical Engineering) with 60% marks on CGPA of 6 on a scale of 10.
