MTech Electric Vehicle (EV) Technology: Course, Fees, Syllabus, Colleges, Jobs, Scope

MTech EV Technology or MTech in Electrical Vehicle Technology is a postgraduate degree programme in engineering. The course duration is two years, spread across four semesters. It provides students with advanced knowledge in sub-disciplines and topics in the Electrical Vehicle Technology domain. Students learn about the necessary skills and concepts required to work in the ever-developing field of electric mobility.

To be eligible for the MTech EV Technology course, students must have completed their BTech degree in a similar or related discipline. They must also achieve an aggregate score of 50-60 per cent aggregate core. The admission process generally comprises of entrance examination such as GATE.

In the course curriculum of EV Technology engineering, students learn about electric motor drives, battery technology, energy management systems, and charging infrastructure. Students graduating with MTech EV Technology can work in the fields of electrical vehicle technology. The course curriculum includes subjects such as Autonomous and Connected Vehicles, Advanced Electric Vehicles, Professional and Business Communication, and Energy Storage Management in Electric Vehicles.

MTech EV Technology- Important Dates and Events

GATE Exam Date- 1st, 2nd, 15th and 16th Feb’ 2025

MTech EV Technology Course Details

M.Tech Electric Vehicles (EV) Eligibility Criteria

Candidates interested are advised to check the eligibility criteria for the MTech in Electric Vehicles course at their preferred institute before applying for admission. The eligibility criteria are more or less the same for every college which is available on the website of the institute or on the programme brochure. M.Tech Electric Vehicle eligibility criteria are:

• The candidates must have a bachelor’s degree in B.Tech/ B.E./ AMIE ( Automobile/ Aerospace and Space Tech/ Electrical/ EEE/ Mechanical/ Mechatronics/ Robotics) with minimum aggregate marks of 60 per cent and also 10+2 with 60 per cent aggregate score (5 per cent relaxation for the sponsored category).
• Students must appear for relevant national entrance exams such as the GATE exam to be eligible for admission.
• Candidates must score a minimum cut-off which is specified by the institute.

M.Tech Admission in Electric Vehicle (EV) Technology

The admission process for the M.Tech Electric Vehicle course varies depending on the institute and the university. Admission to the course depends on the entrance exam cut-off score. Candidates are advised to follow the admission procedure carefully. Mentioned below is the general admission procedure for an M.Tech Electric Vehicle course.

• Before applying to the course, candidates should check the eligibility criteria for M Tech in Electric Vehicle by visiting the official website of the institute.
• Candidates can apply for M.Tech EV Technology admissions by either filling out the application form available on the official website or by directly applying for the GATE exam.
• Once shortlisted, candidates will move on to the next round of selection process which consists of group discussion and personal interview.
• After being selected, candidates must pay the course fees and submit the necessary documents as per the requirements of the college.

Top M.Tech Electric Vehicles Entrance Exams

While individual colleges may have their own entrance examinations, GATE is a popular entrance examination for MTech and other degree programmes. In the table below, we have discussed the GATE details.

Cutoff for Top Colleges

The cut-off for M.Tech Electric Vehicles is a set of criteria that determines an individual’s admission to the course at their preferred college. Candidates are required to score below the required cutoff to be eligible for admission. M.Tech Electric Vehicles cut-off depends on various factors such as the entrance exam, difficulty level of the entrance exam, and number of candidates appearing for the exam. Students wishing to apply for admission must check the cut-off of their preferred institute.

M.Tech Electric Vehicles Syllabus/Subjects

The syllabus for M.Tech in Electric Vehicles differs based on one college to another, but the general course structure of the course is almost identical in every institute offering M.Tech Electrical Vehicles courses. In the table below we have mentioned the syllabus of Amity University for their M.Tech Electrical Vehicle Technology course.

M.Tech Electric Vehicle Fees

The fee structure for the MTech Electric Vehicles course varies depending on the university. The fees depend on whether the institute is public or private. The average fees for the course typically range from Rs 1.44 lakhs to Rs 5.03 lakhs.

M.Tech Electric Vehicle (EV) Technology Scope

The field of electric vehicles (EVs) is evolving rapidly, with advancements in technology and growing demand for sustainable transport solutions. This has led to increased interest in the courses such as M.Tech Electric Vehicles also known as M.Tech EV Technology. Graduates of MTech in Electric Vehicles have a wide range of career opportunities available to them. The candidates can explore various industries such as Electric Vehicles OMEs (Original Equipment Manufacturers), Automotive Industry, Battery (pack and module), manufacturing units, E-motor design and manufacturing industry and EV Chargers Industry.

The M.Tech Electric Vehicles course offers an in-depth education that prepares students for different roles within the EV Industry. Nowadays, the demand for electric vehicles is growing continuously at a steady rate, therefore the industry will need the skills of professionals in this field.

Career Options After MTech Electric Vehicles

After completing an M.Tech in Electric Vehicles course, there are numerous career options available in various sectors. Mentioned below are some of the most in-demand and popular career options that graduates can pursue.

Hybrid Vehicle Technician: Hybrid Vehicle Technicians are experts who work on vehicles that run on both electric power and traditional fuels. Their job involves inspecting, maintaining, and repairing these vehicles.

Electrical Engineer: Electrical engineers are professionals who design and test motors, electrical components, and computers. They play a crucial role in the development of electrical vehicles.

Hardware Design Engineer: Hardware Design Engineers are responsible who work on the design and development of hardware components for electric vehicles. This includes everything from the vehicle's electrical systems to its onboard computer systems.

Motor Design Engineer: Motor Design Engineers specialise in the design and development of motors for electric vehicles. They work to improve the efficiency and performance of these motors.

M.Tech Electric Vehicles Salary

The expected average salary in India after completing M.Tech in Electric Vehicles depends on the field of employment, the experience of the students, the location of the company and the overall status of the company. In the table below we have mentioned the salary of top career options after completing the M.Tech Electric Vehicles course.

Top Private M.Tech Electric Vehicle (EV) Technology Colleges in India

Private colleges are generally expensive as compared the government institutes. However private colleges are known for their quality education and promising placement opportunities. In the table below, we have specified the top private MTech Electrical Vehicle (EV) colleges in India along with their respective fee details.

Top Government M.Tech Electric Vehicle (EV) Technology Colleges in India

Government institutes are known for their quality education and nominal fees. In the table below, we have discussed the top government MTech Electrical Vehicle Technology colleges in India along with their respective fee details.

MTech Electrical Vehicle (EV) Technology course is a promising course that provides students with various careers. Students must meet the eligibility criteria of the provider. Some of the popular career options, one can opt for after graduation are Hybrid Vehicle Technician, Electrical Engineer, Hardware Design Engineer, and Machine Design Engineer.