About Mechanical (I.C. Engine & Automobile Engineering)

Mechanical (I.C. Engine & Automobile Engineering) prepares students to design, develop, manufacture, simulate, and repair automobile engines and investigate new I.C. Engine sectors. With the rise of the automotive industry and rising demand for vehicles and power, internal Combustion Engineering is increasing. Automobile engineers must acquire knowledge in fuel efficiencies, pollution reduction, biodiesel, and other areas as public concern for pollution and fuel efficiency grow. Students create engine and Engine aggregates and are encouraged to simulate using MATLAB SIMULINK, STAR CCM+, ANSYS, LAB VIEW, and others. The students are exposed to the country's regulations and specific norms.

What is Mechanical (I.C. Engine & Automobile Engineering)?

MECHANICAL ENGINEERING (I.C. ENGINE & AUTOMOBILE ENGINEERING) is the study of how the design and operation of internal combustion engines affect their performance, efficiency, fuel consumption, and environmental impact. Fluid flow, thermodynamics, combustion, heat transfer, friction phenomena, and fuel characteristics are only a few topics covered, emphasizing engine power, efficiency, and emissions. Different types of internal combustion engines are studied, including spark-ignition, diesel, stratified-charge, and mixed-cycle engines, for their design features and operational characteristics. Internal combustion (I.C.) engines are employed in various industries, not just automotive engineering and vehicle engineering. Pumps, generator rotors, fans, and a variety of other devices are all rotated by them. In addition, students will learn about two-stroke engines and how they work.

 - The operation of four-stroke engines.
 - Internal combustion (I.C.) engines and how they work.
 - What are the distinctions between gasoline/gasoline engines and diesel engines?
 - They get to know the difference between a gasoline and a diesel engine.
 - Determine the function of an engine's major components (crankshaft, piston, camshaft, etc.).
 - Know what each engine's ancillary system does (oil, fuel, water, etc.).

Students in the automobile department are encouraged to focus more on research areas and present their unique ideas for advancing the field. The following are some of the main areas in this course:

 - Flow over submerged bodies, such as vehicles, is studied.
 - Intake manifold and exhaust system CFD analysis
 - Alternative fuels, for example

Eligibility and Career in Mechanical (I.C. Engine & Automobile Engineering)

To pursue a speciality in Mechanical (I.C. Engine & Automobile Engineering), a First Class degree in Mechanical Engineering or allied areas from an accredited university is required. The course is two years long, including theory subjects in the first two semesters, theory and project work in the third semester (phase-I), and project work in the fourth semester. Students who graduate with honours are placed in all automotive and other businesses with in-house design and R&D. Leading companies hold campus recruitment campaigns. Students are typically hired before completing their courses and projects. Some of the top automobile industries that recruit are Mahindra and Mahindra, GMMCo, Renault Nissan, TVS Motors, TCS, NATRIP, ICAT, and ARAI. This course provides tremendous career options, and such skilled students are in great demand in India and most developing countries. Hence, it is one of the most preferred courses by mechanical engineers who want in-depth knowledge of the subject.