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Master of Engineering (AME) with specialization in Automobile Engineering
Master of Engineering (M.E.) in Automobile Engineering at Chandigarh University: Lead the Future of Electric Vehicles, Connected Mobility, and Automotive R&D
Electric Vehicles (EV), hybrid powertrains, Engine Control Units (ECU), advanced multibody dynamics modeling (ANSYS, Creo), lightweight composite materials, and BS-VI emission standards: a 2-year Master of Engineering program engineered to launch engineering graduates into the global Research & Development (R&D) and design centers of leading automotive manufacturers.
The global automotive sector is undergoing a profound transformation toward electrification, autonomous systems, and zero-emission mobility. Across emerging economies and international markets, the adoption of EV fleets, local vehicle assembly lines, and green transport initiatives demands specialized automotive engineers. This postgraduate program allows graduates to transition from routine maintenance roles into core R&D, advanced design, and computational testing.
Delivered by Chandigarh University (Punjab, India)—ranked among the top private engineering universities in India—this program features industrial laboratories co-established with automotive leaders (MG Motors, Mahindra & Mahindra, Volvo Eicher, Honda), a 70% experiential learning model, and a full second year dedicated to industry-partnered research.
Quick Overview
- Program: Master of Engineering (M.E.) in Automobile Engineering
- Degree Level: Master Degree / Postgraduate (2 Years, 4 Semesters)
- Eligibility: Bachelor of Engineering (B.E.) or Bachelor of Technology (B.Tech) in Mechanical, Automobile, Mechatronics, or Production Engineering (or M.Sc. in Applied Physics / Energy Science) from a recognized university, with a minimum 55 percent aggregate score. Subject to academic evaluation.
- Location: Chandigarh University (CU) Campus, Mohali, Punjab (Chandigarh region), India
Skills You Will Master
- Advanced Vehicle Dynamics & CAD/CAM Simulation: Kinematics modeling of chassis, multi-link suspensions, directional stability, and multibody simulation using Creo, Delmia, and ANSYS.
- Electric Vehicle (EV) & Hybrid Powertrain Engineering: Lithium-ion battery pack layout, Battery Management Systems (BMS), power electronic converters, PMSM traction motors, and regenerative braking circuits.
- Finite Element Analysis (FEA) & Crashworthiness: Crash impact simulation, energy dissipation zones, torsional stiffness, and structural fatigue evaluation under dynamic loads.
- Noise, Vibration & Harshness (NVH) Engineering: Acoustic cabin optimization, powertrain vibration isolation, and dynamic modal testing.
- Alternative Fuels & Emission Management: Biofuel injection systems, hydrogen fuel cells, exhaust aftertreatment catalytic converters, and BS-VI / Euro 6 compliance.
- Advanced Composites & Lightweight Design: Carbon-fiber-reinforced polymers (CFRP), structural aluminum extrusions, and high-strength steels to maximize EV range.
- Industrial Research Thesis & Patent Filing: A complete second year dedicated to industry-collaborative R&D with 100% university financial and technical backing for filing intellectual property and international journal publications.
High-Impact Regional Applications
Accelerating automotive modernization and clean transportation agendas create an urgent demand for certified automotive engineers to:
- Deploy Urban E-Mobility Networks: Design, assemble, and optimize electric buses, two-wheelers, and commercial fleets to reduce urban air pollution across major metropolitan areas.
- Lead Automotive Assembly Facilities: Supervise technical assembly, quality benchmarking, and supply chains for growing vehicle manufacturing plants in West Africa and international hubs.
- Develop EV Retrofitting Solutions: Convert internal combustion engine commercial vehicles into 100% electric drives engineered for regional road and thermal conditions.
- Manage Fast-Charging Infrastructure & Heavy Fleets: Implement smart charging station grids, battery-swapping hubs, and predictive maintenance protocols for long-haul transport.
Career Opportunities
- Automotive R&D Engineer / Product Development Lead
- Electric & Hybrid Vehicle Powertrain Engineer
- CAE / FEA / NVH Simulation & Crashworthiness Specialist
- Battery Systems & BMS Integration Engineer
- Automotive Manufacturing & Industrialization Manager
- Sustainable Mobility & EV Infrastructure Consultant
- Embedded Automotive Electronics & ECU Calibration Engineer
- Academic Researcher / Doctoral Progression (Ph.D. in Automotive or Mechanical Engineering)
Industry Partners & Top Recruiters
Graduates from CU are recruited by major multinational vehicle manufacturers and heavy-machinery corporations:
- Recruiters & Partners: Volvo Eicher, MG Motors, Mahindra & Mahindra, Honda, TAFE Motors, Sonalika Tractors, Liugong India, Transport Corporation of India (TCI).
- 130+ specialized recruitment partners visit the department annually.
- 35,000 INR / month: Average industrial stipend earned during the full-year internship/dissertation phase.
Tuition Fees & Scholarships (2026 Academic Session)
- Tuition Fees: 60,000 INR per semester (indicative academic fee).
- CUCET 2026 Merit Scholarships: Opportunity to secure up to 100% tuition fee waiver based on entrance performance.
- Early Bird Scholarship: 10% additional tuition waiver offered to qualifying transfer and international candidates.
- Earn While You Learn: On-campus Teaching/Research Assistantships offering monthly stipends of 5,000 to 8,000 INR to cover living expenses.
Why Apply Through ACCESS INDIA?
ACCESS INDIA provides comprehensive, free admissions management tailored for West African and international candidates:
- Free Degree Evaluation: Immediate verification of your undergraduate transcripts for Chandigarh University eligibility.
- CUCET Scholarship Assistance: Strategic preparation to help you secure the highest scholarship tier.
- Visa Guidance: Step-by-step assistance through the student visa application at the Indian Embassy.
- On-Ground Support: Dedicated airport reception and pre-arranged, secure on-campus accommodation.
Frequently Asked Questions (FAQ)
What makes the 70% experiential model unique?
The first year delivers coursework, virtual simulation, and laboratory prototyping, while the entire second year is dedicated to full-time dissertation work in partnership with automotive R&D facilities like MG Motors and Mahindra.
Does this program focus on electric vehicles?
Yes. Modern EV architectures, power electronics, motor drives, battery chemistry, and intelligent thermal management form core pillars of the curriculum.
Who is eligible to apply?
Graduates holding a B.E. / B.Tech in Mechanical, Automobile, Mechatronics, or Production Engineering with a minimum 55 percent aggregate score.
Your Engineering Future Starts Today
Join the forefront of automotive innovation and design the sustainable mobility solutions of tomorrow.
👉 Get in touch with the ACCESS INDIA team today for:
- A free assessment of your profile
- A shortlist of partner universities matched to you
- A full quotation for your study project (tuition, accommodation, living costs)
📩 study@accessindia.org | 📱 +91 7087 5243 79 | 🌐 www.accessindia.org
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Similar Programs
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Code
CU-ME-AE-015
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Level
Master
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Universities
Chandigarh University
More information about the course
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