The M.Tech programs at the Center for Electric Vehicle and Intelligent Transport Systems (CEVITS) offers a robust curriculum designed to provide students with both foundational knowledge and specialized expertise in electric vehicle technologies.
M.tech in Electric Vehicle Technology
The M.Tech program at the Center for Electric Vehicle and Intelligent Transport Systems (CEVITS) is designed to equip students with advanced knowledge and skills in the field of electric mobility and intelligent transport systems.
Core Courses
Students will engage in a set of core courses that form the backbone of the program:
- Hybrid Electric Vehicles: Explore the principles, design, and operation of hybrid electric vehicles.
- Vehicle Dynamics: Study the forces and moments acting on vehicles and how they affect motion.
- Autotronics: Gain insights into automotive electronics and their integration into modern vehicles.
- Electrical Machines and Drives: Understand the operation and control of electrical machines and their application in electric vehicles.
- Vehicular Communication Systems: Learn about the communication technologies enabling connected and autonomous vehicles.
- Energy Storage in Electric Vehicles: Delve into the technologies and systems used for energy storage in EVs.
Elective Courses
To tailor their education to specific interests, students can choose from a diverse selection of elective courses:
- Fuel Cell Technology: Study the principles and applications of fuel cells in sustainable energy systems.
- Advances in Energy Storage Materials: Explore cutting-edge materials used for energy storage.
- Driver-Vehicle Interaction: Analyze the dynamics between drivers and vehicles, focusing on safety and ergonomics.
- Vibrations and Noise Control: Learn methods for reducing vibrations and noise in vehicles.
- Reliability Engineering: Focus on the reliability and maintainability of engineering systems.
- Computational Fluid Dynamics: Apply computational techniques to solve fluid dynamics problems in vehicle design.
- Machine Learning: Understand the applications of machine learning in automotive systems.
- Computer Vision: Explore the use of computer vision technologies in autonomous vehicles.
- Embedded Systems: Gain expertise in designing and implementing embedded systems for automotive applications.
- System on Programmable Chip Design: Learn the principles of designing systems on programmable chips, crucial for modern automotive electronics.
- Composite Materials: Study the properties and applications of composite materials in vehicle manufacturing.
- Finite Element Method (FEM): Apply FEM techniques to analyze and solve complex engineering problems in vehicle design.
Educational Qualification
Applicants should possess a four-year Bachelor’s degree or a five-year integrated degree, with a first division, in one of the following disciplines: Mechanical Engineering, Electrical Engineering, Electronics and Communication Engineering, Automobile Engineering, Instrumentation and Control Engineering, Electronics Engineering, Instrumentation Engineering, Production Engineering, or Mechatronics Engineering
Categories of Admission
Admission to the program is open to various categories, including:
- Indian nationals under Teaching Assistantship (TA)
- Sponsored industry professionals and scientists from R&D centers (SW)
- Defence Forces personnel (DF)
- International candidates under ISF, ISW, and GSW categories.
Qualifying Examination
- For TA candidates (Indian students): A valid GATE qualification in the respective branch, or in XE (with specializations in Fluid Mechanics, Material Science, Solid Mechanics, or Thermodynamics).
- For international candidates: A valid TOEFL or IELTS score, along with a valid GRE score.
Duration
The program spans two years, with coursework in the first year and project work in the second year. The project work offers opportunities for industry-academia collaboration, providing a practical, hands-on experience.
Stipend
Only TA candidates are eligible for a stipend or financial support from the Institute, offering an additional incentive for qualified Indian nationals.
Executive M.tech in Electric Vehicle Technology
The Executive M.Tech Program is designed for working professionals seeking to enhance their technical expertise and leadership skills while continuing their careers. This program offers a flexible curriculum combining advanced coursework with industry-relevant project work, providing hands-on experience in cutting-edge technologies.
Key Highlights:
- Eligibility: Open to professionals with a Bachelor’s degree in relevant engineering disciplines.
- Duration: Typically spans two years, with coursework in the first year and a project in the second year.
- Categories of Admission: Includes sponsored industry professionals, Defense personnel, and international applicants.
This program is an excellent opportunity for professionals to upskill, specialize, and advance their careers in a dynamic engineering environment.