M.Tech in Electric Vehicle Technology
Best industry-relevant M.Tech program in the country with access to world-class lab facilities.
About the M.Tech program
The M.Tech program, jointly offered by the School of Engineering, Christ University and Decibels Lab, is a prestigious two-year program designed to equip students with cutting-edge electric mobility and powertrain development skills. Conducted in Bangalore, this comprehensive program blends theoretical learning with hands-on experience in state-of-the-art labs, where participants engage in real-time battery testing, BMS software development, powertrain analysis, and automotive software training.
With only 12 exclusive seats available, students receive focused mentorship and industry-aligned training, ensuring they gain practical expertise at par with industry standards. This program is a gateway to high-demand roles in the rapidly evolving EV sector, bridging the gap between academia and real-world applications.
About the State-Of-Art Lab facility
World-class, state-of-the-art facility for hands-on learning in Battery Technology and E-Powertrain development. As part of the M.Tech program, participants gain exclusive access to cutting-edge labs equipped with advanced Li-Ion Cell and Pack Testing Systems, Environmental Chambers, Motor and Powertrain Test Benches, and real-time Vehicle Testing Setups. The facility also includes industry-grade tools for BMS Software Development, Automotive CAN Communication, and Vehicle Control Unit Testing, ensuring exposure to EV Systems Hardware and Software aspects. This immersive, industry-oriented training empowers learners with real-time experience, bridging the gap between academia and industry demands. By mastering cutting-edge tools and methodologies, participants enhance their employability, positioning themselves for top roles in the evolving EV sector.
Battery & Battery Management Software Development lab facility
- Li-Ion Cell Testing Lab 5V10mA 8Ch, 5V20A 8Ch, 5V30A 8Ch & 5V100A 32Ch
- IM3590 Battery Impedance Meter (EIS)
- Li-Ion Pack Testing 1Kw/2Kw/4Kw A 1Ch
- Pack ACIR Testing Lab 100V 1Ch
- 3 Units of Environmental Chamber (-20 to +80 Deg Cel)
- Model-Based Single Cell BMS Software Development Board
- Model-Based Multi-Cell BMS Software Development Board
EV-Powertrain development & testing lab
- Electric Vehicle Battery Teardown lab
- Advanced Electric Vehicle Powertrain Bench
- Battery Pack Manufacturing Lab
- Motor Test Bench - 4 Quadrant Load
- 2W Electric Test Vehicle with DAQ
- 2W Chassis Dynamometer – Road Load Simulation
- Automotive CAN Communication Training Bench
- Electric Vehicle - Vehicle Control Unit Lab - Black-Box Solution
- Electric Vehicle - Vehicle Control Unit Lab - White-Box Solution
Frontier Lab
- Glove box for Cell Formation
- Half-Cell testing using CH Instruments
- MX-Ray Diffraction
- SEM-EDAX
- TGA/DSC
About the Hosting partners
School of Engineering - Christ (Deemed to be University) & Decibels Lab Pvt Ltd
School of Engineering and Technology (SoET) at CHRIST (Deemed to be University). The institution is accredited by the National Assessment and Accreditation Council (NAAC) and National Board for Accreditation (NBA), offering wide range of programs. Spread across 78.5 acres at the scenic Kengeri Campus, SoET hosts recognized for research excellence, the Centre of Excellence in E-Mobility and Frontier Materials fosters industry collaboration. CHRIST nurtures holistic development, empowering students to make meaningful contributions to society.
Decibels Lab Private Limited is a recognized startup endorsed by the Government of India and a winner of ELEVATE 2021 (Government of Karnataka) and ZE-GEN Innovate UK awards. Founded in 2019, Decibels Lab is dedicated to EV technology development and industry workforce upskilling through three key verticals. Industry-Aligned Training – Offering 30+ certification courses with 42,000+ students trained globally and industry collaborations with Tata Motors, Toyota, TVS, and more. COE/Lab Setup – Established 20+ labs in India, specializing in battery testing, BMS development, and powertrain validation. ER&D Support – Expertise in Li-ion cell characterization, vehicle integration, and MBD-based BMS & VCU development, serving leading industries and universities.
M.Tech Syllabus & Subjects
- Semester 1 - Battery Systems, Motors & Drives, Automotive Electronics, Power Systems
- Semester 2 - Battery Management Systems, Digital Twinning, Software-Defined Vehicles, EV Thermal Management
- Semester 3 - Functional Safety Standards, Software Verification & Validation, MOOCs, Internship, Project Phase 1
- Semester 4 - Project Phase 2 & Dissertation
Check out the detailed syllabus in this link M.Tech Syllabus
Your career prospects
With the rapid shift towards electric mobility, this program equips graduates with specialized skills to secure top roles in battery technology, powertrain engineering, embedded systems, and vehicle testing. Graduates can pursue careers as:
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Battery Materials Engineer
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Battery Simulation Engineer
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Automotive Software Development Engineer
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EV Powertrain Development Engineer
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Vehicle Testing & Validation Engineer
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Several more roles
Program Fees Per Year
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M.Tech in Electric Vehicle Technology
Karnataka Students |Application Fee: Rs. 1700/- Admission Fee: Rs. 8000/-
₹91,000.00
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M.Tech in Electric Vehicle Technology
Other Indian States Students | Application Fee: Rs. 1700/- Admission Fee: Rs. 8000/-
₹111,000.00
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M.Tech in Electric Vehicle Technology
NRI Students | Application Fee: Rs. 1700/- Admission Fee: Rs. 8000/-
₹160,000.00
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M.Tech in Electric Vehicle Technology
SAARC / AFRICA / PIO / OCI / ASEAN Students - 3500 USD (1 USD = 86.8525 INR) | Application Fee: Rs. 1700/- Admission Fee: Rs. 8000/-
₹303,995.00
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M.Tech in Electric Vehicle Technology
Other Foreign Nationals Student - 4000 USD (1 USD = 86.8525 INR) | Application Fee: Rs. 1700/- Admission Fee: Rs. 8000/-
₹347,418.00
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🎓 Who Can Apply?
B.Tech/B.E graduates with a minimum 55% aggregate.
Eligible disciplines: Electrical, Mechanical, Computer Science, Electronics, Automobile, Aerospace, and more.
Final-year students (2025 batch) are also eligible to apply.
Why Choose This Course?
- Industry-Centric Curriculum – Designed in collaboration with top EV companies to ensure alignment with industry trends and requirements.
- Cutting-Edge Lab Facilities – Hands-on experience with advanced battery testing, BMS development, and EV drivetrain analysis.
- Expert-Led Learning – Learn from industry veterans and research professionals with extensive experience in electric mobility.
- Live Projects & Internships – Gain practical exposure through real-world projects and internships with leading EV manufacturers.
- Career-Focused Approach – Strong placement support, career mentorship, and networking opportunities with industry leaders.
- Industry-aligned curriculum designed by experts.
- Hands-on training in cutting-edge EV labs.
- Strong placement support with top EV companies.
- Opportunities to work on live industry projects.