The automotive industry is a gigantic sector and today it is one of the indispensable parts of the industry as it plays an important role in commutation. With the advent of technology, almost every day, a new automotive product is introduced to the market and therefore those studying Automotive / Automotive Engineering need to keep up to date with current industry norms.

Automotive engineering is one of the most sophisticated engineering courses that involves designing, manufacturing, modifying, and maintaining an automobile such as buses, cars, trucks, and other transportation vehicles. The first and most important requirement to become an automotive engineer is "passion and interest" in cars and other automotive products. To follow this course, one must have a basic understanding of subjects like Mathematics, Chemistry, and Physics. Students must also have mechanical problem solving skills. Creativity and innovative solutions in drawing, design, and repair are essential skill sets for this course.

Automotive engineering is a combination of electrical, mechanical, electronic, safety, and software engineering. Automotive engineering is highly productive for candidates who want to work in automotive development and manufacturing companies. Along with the design aspect, automobile engineers also deal with the cost and production aspects of automobile development. Engineering vehicle dynamics, noise, vibration and harshness are also part of the engineering process.

Automotive engineering is basically concerned with the research of various automobile engines and their production, the electrical systems involved, alternative fuels, the safety of automobile parts, and the quality of automobiles. For multidimensional learning, students are exposed to case studies and problem-based learning, brainstorming, written tests, computer programming, group discussions, industry training and seminars, and various projects related to the Automotive Engineering Course. Automotive engineering.

Automotive engineering is one of the most advanced engineering courses that involves the manufacturing of an automobile, including the manufacture, operation, design, and research of the automobile during repairs, rebuilds, and modifications. It involves the design of automobiles like automobiles, buses, trucks, and all kinds of vehicles used for road transportation. Students can specialize in Automotive or Railway Engineering. Graduates have global career opportunities and the skills to contribute to innovative and sustainable solutions that minimize the environmental impact of the automotive industry.

Vehicle engineering is a broad area of ​​engineering science driven by an increasing degree of mobility in the world. However, transportation must face the challenge of minimizing its environmental impact, which requires new and innovative solutions and capable engineers. This field will continually demand specialists to make the transition to sustainable road and rail transport in the future.


The automotive engineering course is based on lectures, assignments, simulations, experiments, and teamwork projects. The first year focuses on providing a common foundation in vehicle engineering, including some required courses for all students and required courses for each specialization.