Embark on a transformative journey with our 2-Year M.E. Fellowship Program in Mechanical Engineering. Designed to cultivate a deep understanding of advanced engineering principles, this program empowers you to tackle real-world engineering challenges with a strong focus on sustainability and innovation.
Course Duration
Dissertation/Project
As part of the curriculum, students would engage in a comprehensive 6-month dissertation/project in the final semester, aimed at driving mechanical engineering advancements and developing sustainable solutions.
Career Opprtunities
Prepare yourself for a diverse array of career opportunities in research and development, whether in academia, industry, or further studies such as Doctoral Programs.
Eligibility
Chitkara University’s Master’s program is designed to provide you with a unique research and innovation-oriented approach that will enable you to kick-start your career in the rapidly growing mechanical industry. The program consists of completing a specific number of credit hours of coursework, followed by research-based thesis work under the guidance of a faculty advisor. The coursework covers a broad range of engineering topics, HVAC System, emerging automotive technologies, Advanced manufacturing techniques, Design, CFD etc.
The fellowship programs offer financial assistance to students in the form of tuition waivers, stipends, and research incentives, as part of the “Earn while you learn” initiative. These opportunities allow students to gain valuable experience while pursuing their studies, preparing them for successful careers.
Join the 2-Year M.E. Fellowship Program in Mechanical Engineering at Chitkara University and get advanced education and training for research and development careers in academia or industry, or for further studies such as Doctoral Programs.
The 2-Year M.E. Fellowship Program at Chitkara University offers a robust curriculum designed to tackle advanced engineering challenges with a strong emphasis on sustainability. Students gain industry-standard skills through immersive projects and hands-on experience, utilising various design and simulation tools, preparing them for successful careers in engineering and research.
Tailor your educational journey with electives in Automotive Engines, MEMS, or Robotics, all facilitated by the Choice-Based Credit System. This flexibility allows you to focus on your areas of interest and specialise in cutting-edge fields within mechanical engineering, ensuring you are equipped for innovative and high-demand career paths.
Engage in pioneering research initiatives aimed at developing sustainable solutions, supported by dynamic seminars and comprehensive thesis projects. Learn from a distinguished faculty and benefit from a curriculum endorsed by industry experts, ensuring you are well-prepared for diverse career opportunities in academia, industry, or further studies such as Doctoral Programs.