About course hosting partners

Christ (Deemed to be University)

University Partner

Established in 1969, Christ (Deemed to be University) is one of India's leading higher education institutions, recognized for its academic excellence, innovation, and industry-oriented education. Accredited with NAAC A+, the university is committed to bridging the gap between academia and industry through practical, future-focused learning. As part of this vision, Christ has established one of the largest private Electric Vehicle (EV) laboratories in Karnataka in collaboration with Decibels Lab Pvt. Ltd., creating a state-of-the-art facility for hands-on training, advanced research, and EV technology development. This collaboration enables learners to gain practical industry exposure while earning a Post Graduate Certificate jointly offered by Christ (Deemed to be University) and Decibels Lab Pvt. Ltd., combining academic excellence with real-world engineering expertise.

Decibels Lab Pvt. Ltd.

Industry Partner

Decibels Lab Pvt. Ltd. is a leading company specializing in Education, EV Lab Setup, and Engineering R&D for new energy mobility. With a vision to advance the EV ecosystem through practical learning, advanced laboratories, research, and innovation, the company has become a leader in developing specialized programs in Battery Management Systems (BMS), Battery Technology, and EV Powertrain. Decibels Lab also develops industry-grade EV laboratory equipment to enable hands-on learning using real engineering tools. Beyond education, the company actively undertakes R&D projects, including the development of BMS for second-life batteries under Innovate UK funding. With 22 BMS training batches, 100+ working professionals trained, and corporate training delivered for Tata Motors, Schneider Electric, and Fluence, Decibels Lab brings proven industry expertise and practical engineering experience to this Post Graduate Certificate program.

About the PGC in Battery Management Algorithm Development Program

The Post Graduate Certificate in Battery Management Algorithm Development is a comprehensive 12-month, 40-credit program jointly offered by Decibels Lab Pvt. Ltd. and Christ (Deemed to be University), designed to prepare engineering graduates and working professionals for careers in the rapidly evolving electric mobility industry. Combining academic excellence with industry-focused learning, the program equips learners with practical expertise in battery modelling, Model-Based Design (MBD), Battery Management System (BMS) algorithm development, SOC & SOH estimation, cell balancing, verification (MIL, SIL & PIL), code generation, and embedded deployment. Through hands-on assignments, real-world projects, and an industry-oriented Capstone Project, participants develop the skills required to design, validate, and deploy intelligent Battery Management Systems for electric vehicles and advanced energy storage applications.

Course Curriculum

80% Practical, Industry relevant, Immersion with offline sessions, MBD based software development, End to end V cycle implemented, Work with actual BMS & access to personal mentorship.

Semester 1 – Foundation of Battery Management Systems

Semester Credits: 16

Course Code Course Title Credits
PGCBM141P Li-ion Cell Fundamentals, Foundation to MATLAB® & Simulink® for Battery System Simulation
4
PGCBM142P Cell Testing, Characterisation & Cell Modelling with RC Pair
4
PGCBM143P Foundation to Stateflow® & Single Cell BMS Software Development
4
PGCBM144P Verification, Code Generation, Deployment & Testing – I
4
Total Semester Credits
16
Learning Outcome
Build a strong foundation in battery engineering, simulation, modelling, and single-cell BMS algorithm development.

Semester 2 – Advanced Battery Management Systems

Semester Credits: 22 (Including Capstone Project)

Course Code Course Title Credits
PGCBM241P Design & Implementation of Protection & Cell Balancing for Multi-cell BMS 4
PGCBM242P SOC & SOH Estimation using Kalman Filters 4
PGCBM243P Verification, Code Generation, Deployment & Testing – II 4
PGCBM281P Industry-Oriented Capstone Project 12
Total Semester Credits 24
Learning Outcome
Develop, validate, and deploy advanced Battery Management System algorithms while completing a real-world industry-oriented capstone project.
Program Duration
Delivery Mode
Total Credits
12 Months (2 Semesters) Blended Learning (Online + Offline) 40 Credits


Offline Lab Immersion

No other training programs can facilitate the hands-on lab equipment & infrastructures like we do.

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Course fee

  • Post Graduate Certificate in Battery Management Algorithm Development

    Pay all the course fees (INR): 1,00,000 + 18,000 GST. (EMI option available)

    ₹118,000.00

    Enroll Now

  • Post Graduate Certificate in Battery Management Algorithm Development

    Pay INR 3,000 & block your seat; pay the due fee (INR 1,15,000) later.

    ₹3,000.00

    Pay now

Frequently Asked Questions


1. What job roles can I apply for after completing this program? 

 

Job Role Skills Learned
BMS Algorithm Engineer Battery behaviour, SOC, SOH, Cell Balancing
Battery Software Engineer Simulink, Stateflow, Embedded code generation, MBD
Verification & Validation Engineer MIL, SIL, PIL, Code generation
Battery Testing Engineer Cell & Pack Characterisation
Battery Systems Engineer Battery Pack Integration & Calibration 


2. Why should I opt for this PGC, when other course providers are offering a BMS course

Requirement > Battery Testing > Parameter Extraction > Model Development > Simulation > Algorithm Development > Testing > Code Generation > Hardware > Vehicle Validation > Production


3. What are the eligibility criteria to apply for this course

BE/B.Tech (or equivalent) graduates with a minimum of 45% aggregate marks from Electrical, Electronics, Mechanical, Automobile, Mechatronics, Instrumentation, or other relevant engineering disciplines are eligible to apply.


4. Is this program suitable for working professionals

Yes. The blended learning format is designed to support both working professionals and recent engineering graduates, allowing learners to balance their studies with professional commitments.


5. Industry Workflow

Requirement > Battery Testing > Parameter Extraction > Model Development > Simulation > Algorithm Development > Testing > Code Generation > Hardware > Vehicle Validation > Production