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Program Overview
The B.Tech in Automobile Engineering (Electric Vehicle) is a four-year undergraduate program focused on equipping students with the knowledge and skills required to design and develop electric vehicles (EVs) and related technologies.
The program helps prepare engineers who can contribute to the growing demand for sustainable transportation solutions in a rapidly evolving automotive industry. Students start with fundamental topics such as automotive engineering principles, thermodynamics, and vehicle dynamics. In the final years, they pursue subjects like electric drive systems, battery technology, vehicle control systems and charging infrastructure. Hands-on experience through laboratory work, projects, and industry internships ensures students gain practical insights into EV development.
Graduates from one of the leading B.Tech in Electric Vehicle Engineering Colleges in Indore are ready for careers in the automotive industry, including roles such as electric vehicle engineers, electric vehicle designers, battery management systems engineer or vehicle dynamics engineers.
To impart students with sound knowledge in modern technology, automobile engineering and the relevant disciplines.
PEO-2
To enhance analytical skills of students for decision making in complex engineering problems.
PEO-3
To provide opportunity to students for learning towards recent development and future technologies related to automobile engineering.
PEO-4
To prepare students to take up a career in multidisciplinary industries or to pursue higher studies in automobile programs.
PEO-5
To create awareness amongst the students towards social, environmental and energy related issues.
Programme Outcomes (POs)
Students of Automobile Engineering Programme by the time of graduation will develop and demonstrate:
POs-1
Ability to apply knowledge of basic sciences in solving engineering problems related to automotive engineering.
POs-2
Ability to identify, formulate and analyze automotive problems to find solutions.
POs-3
Ability to design, plan and develop automotive systems and components that meet the desired specifications within realistic constraints such as economic, environmental, social, political, ethical, health and safety, manufacturability and sustainability.
POs-4
Ability to design and conduct experiments as per the complexity of the problem, generate, interpret and analyze data and report the results.
POs-5
Ability to apply modeling and simulation tools to predict the performance of a system.
POs-6
An understanding of professional, legal and ethical responsibilities.
POs-7
Ability to anticipate the effect of engineering solutions on the environment, economy and society across the globe.
POs-8
Ethical practices in automotive design.
POs-9
Ability to work as an individual as well as a team member to share knowledge with multi-disciplinary teams.
POs-10
Skills to communicate effectively with technical teams, colleagues and society.
POs-11
Ability to use modern engineering tools and equipment for better performance of automotive systems.
POs-12
Knowledge of contemporary issues and ability to adapt for innovations and technological changes.
Programme Specific Outcomes
The Program Specific Outcomes of the Automobile Engineering undergraduate program are:
PSO-1
The students will be able to develop the research acumen through project work and contribute to recent scenarios in automotive industries like hybrid and electric vehicles.
PSO-2
The students will be able to apply and gain practical knowledge through participation in different competitive events like BAJA SAE India and GO KART etc.
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Faq's
This specialization prepares students for the growing electric vehicle (EV) industry. Graduates can work in EV manufacturing, battery design, and renewable energy sectors.
The university offers state-of-the-art laboratories focused on electric vehicle design, battery technology, and simulation tools to enhance hands-on learning.
Key subjects include EV powertrain design, battery management systems, electric vehicle dynamics, and energy storage systems.
Yes, the university partners with top companies in the EV industry for internships, providing students real-world exposure.
Graduates can pursue careers as EV engineers, battery specialists, renewable energy consultants, or work in electric vehicle research and development.
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