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Automobile engineering focuses on the design, development, manufacturing and maintenance of vehicles such as cars, trucks and motorcycles. It combines mechanical, electrical, electronics and software engineering to improve vehicle performance, safety, efficiency and sustainability. This field also explores innovations like electric vehicles, autonomous driving and smart mobility technologies.
Regulation - 2025 (UG)
Computational Differential Equations
Automotive Engines
Applied Thermodynamics
Strength of Materials
Manufacturing Processes
Embedded Systems
English Communication Skills Laboratory – II
Skill Development Course – I
Kinematics and Dynamics of Machines
Fluid Mechanics & Machinery
Applied Data Science
Automotive Chassis
Fuels, Lubricants and Coolants
Automotive Pollution and Control
Standards in Automobile Engineering
English Communication Skills Laboratory – III
Skill Development Course – II
Automotive Powertrains
Vehicle Body Engineering
Automotive Electrical and Electronics
Measurements and Instrumentation
Open Elective
Programme Elective – I
Skill Development Course – III
Industry Oriented Course - I
Automotive Transmission Design
Vehicle Dynamics
Finite Element Methods
Programme Elective – II
Programme Elective – III
Engine Testing and Troubleshooting Laboratory
Self-Learning Course
Industry Oriented Course - II
Engineering Entrepreneurship Development
Climate Change and Sustainability
Automotive Control System
Programme Elective – IV
Programme Elective – V
Project Management
Industrial Training
Project Work / Internship cum Project Work
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