B.Tech in Automobile Engineering
From the racetrack to the warehouse, and from the drawing board to the autonomous highway—Engineering the total mobility ecosystem
Program Overview
The program focuses on automotive design, manufacturing, and intelligent mobility systems. It integrates mechanical engineering principles with digital technologies, sustainability concepts, and advanced automotive applications to address evolving transportation challenges.
Students develop competencies in vehicle design, powertrain systems, manufacturing processes, simulation tools, electric mobility, automation, and data-driven automotive technologies through laboratory work, projects, and applied engineering practices.
At a Glance
Duration
4 Years
Semesters
8 Semesters
Scholarship
Available
Eligibility
Qualification
10+2 (Science) or equivalent
Subjects Required
Minimum Score
45% in each subject and overall aggregate
Entrance Exams
Program Highlights
Modern Curriculum
Integrates automotive engineering with digital, electric, and intelligent mobility technologies
Advanced Laboratories
Hands-on learning using industry-standard automotive and simulation tools
Industry Exposure
Internships, live projects, and collaborative industry-driven learning
Research Orientation
Opportunities in electric vehicles, manufacturing, and intelligent systems
Syllabus
The curriculum progresses from engineering fundamentals to advanced automotive systems, manufacturing technologies, electric mobility, simulation, automation, and intelligent transportation concepts through integrated theory, laboratories, projects, and internships.
Major Specialization Tracks
Students may select a specialization to develop deep expertise. Elective subjects will be based on the chosen track.
Electric Vehicles
Design and analysis of electric and hybrid automotive systems
Automotive Design
Vehicle styling, structural design, and digital modeling techniques
Motorsports Engineering
Design and Manufacturing of Motorsports vehicles with focus on vehicle dynamics,manufacturing and electronics systems.
Logistics and Supply chain
Mobility planning, logistics, and intelligent transportation solutions
Computer Aided Engineering
Automotive BIW and fixture design,Plastics and Trims, Vehicle Crash Performance.
Autonomous Vehicles
Sensing,Perception and Localization .
Program Outcomes
- Design automotive systems using engineering principles and simulation tools
- Analyze vehicle performance, safety, and efficiency parameters
- Develop electric and intelligent mobility solutions
- Implement manufacturing, testing, and quality assurance processes
Career Pathways
Graduates are equipped to work with top-tier tech companies and startups in a wide range of roles.