Design a Complete Battery Management System
End-to-end BMS design — cell-monitoring IC selection, balancing strategy, SoC/SoH algorithm, fault diagnostics. Defended in a panel review on the cohort's final week.



Course Curriculum
Topic 1: Overview and the origin of Atom
10 min· free trial
Topic 2 : Understanding of Conductor and Insulator
4 min· free trial
Topic 3 : Diffence Between Electrical vs Electronics
5 min
Topic 4 : Sources of Electricity – Battery, Generator, Solar Panel & Power Plant
10 min
Topic 5 : Alternating Current (AC) and Direct Current (DC)
20 min
Topic 6 : Understanding Voltage and Current Core Concepts of Electricity
10 min
Topic 7 : Understanding Electrical Resistance
6 min
Topic 8 : How Voltage Current and Resistance Work Together
3 min
Topic 9 : Ohm's Law Explanation
15 min
Topic 10: Power in Electrical Systems
8 min
Topic 11: Energy in Electrical Systems
13 min
Topic 12: Energy vs Power in Electric Vehicles
6 min
Topic 13: Introduction to Electric Circuits
9 min
Topic 14: Series Circuit and It's Real Life Applications
13 min
Topic 15: Parallel Circuit And It's Real Life Applications
11 min
Topic 16: Understanding Short Circuits
7 min
Topic 17: Electrical Wires - Phase, Neutral and Earthing
13 min
Topic 2.01: Basics of Registers
9 min
Topic 2.02: Ohm’s Law (V = IR) Explained with Water Pipe Analogy
4 min
Topic 3:Types of Resistors
17 min
Topic 4: How to read Resistors
9 min
Topic 5: Capacitor Fundamentals for Electronics & Power Electronics.mp4
20 min
Topic 6: How to Read Capacitor Markings and Specifications
7 min
Topic 7: Understanding Inductors and Their Working Principle.mp4
12 min
Topic 8: Major Types of Inductors and Their Applications.mp4
15 min
Topic 9: Understanding Diodes and Their Working Principle.mp4
14 min
Topic 10: Forward and Reverse Biasing of Diodes
10 min
Topic 11 Different Types of Diodes and Their Applications
7 min
Topic 12: Diode Applications in Electric Vehicles
8 min
Topic 3.01: Introduction to Power Electronics in Electric Vehicles
6 min
Topic 3.02: Understanding the Four Types of Power Conversion in Electric Vehicles
11 min
Topic 3.03: Applications of AC-to-DC Converters in Electric Vehicles
17 min
Topic 3.04: Rectifier Circuit, It's Working Principle and Types of Rectifiers
16 min
Topic 3.05: Half Wave Rectifier Working Principle, Circuit Diagram and Practical Demonstration
16 min
Topic 3.06: Center Tap Full Wave Rectifier with Working Principle, Circuit Diagram
25 min
Topic 3.07: Full Wave Bridge Rectifier, Working Principle and Circuit Diagram
24 min
Topic 3.08: Capacitor Filter and Smoothing of DC Output in Rectifier Circuits
16 min
Topic 3.09: Inverter Circuit Working Principle and DC to Three Phase AC Conversion in EVs
11 min
Topic 3.10: Electric Vehicle DC to AC Conversion Working Principle
14 min
Topic 3.11: Electric Vehicle DC DC Converter Working Principle and Types
14 min
Topic 3.12: Buck Converter Circuit Diagram and Working in EVs
10 min
Topic 3.13: Boost Converter Working Principle and DC to DC Step Up Conversion
7 min
Topic 3.14: Electric Vehicle Power Conversion System and Its Main Components
5 min
DIYguru Porject
assignment
Earn a certificate
Every completing learner receives a joint certificate carrying ASDC (Government of India) and AICTE NEAT recognition. The certificate carries a public verification code recruiters can validate in seconds via emobility.careers.

System Requirements
Lightweight on hardware — most modern laptops handle it. Software is free / academic-licensed.
Associated Skills
DIY Projects Included
Every project is defended in front of an industry panel and graded by our mentors. Your portfolio after this course is what gets you the interview.
End-to-end BMS design — cell-monitoring IC selection, balancing strategy, SoC/SoH algorithm, fault diagnostics. Defended in a panel review on the cohort's final week.
Model a 2-wheeler / 4-wheeler powertrain from motor to wheels, run it through MIDC + WLTP drive cycles, and predict range against the spec sheet.
Assemble a Level-1 / Level-2 EVSE on a benchtop kit — CP/PP signalling, contactor + relay logic, Type-2 connector wiring, safety lockouts.
Course Benefits
Two audiences. Two angles. Pick the one that maps to where you are today.
Who can take this course?
Personalised Trainer Support

Every cohort is paired with a dedicated mentor — typically an IIT-trained EV practitioner with 6+ years of industry experience. Weekly 1:1 sessions, async doubt-clearing turnaround within 24 hours, project reviews before submission, and mock interviews tuned to the role you're targeting.
FAQ
Talk to a counsellor
Leave your details — a counsellor will call you about the syllabus, fees, EMI, certificates and placement support.
Technical Expertise You Will Gain
Hardware competence is the differentiator. Each module pairs theory with a tooling-grounded exercise so your skill claims are demonstrably true at interview time.
Placement Network
Engineers from this course currently build at OEMs across India, Europe, North America and the Middle East.















The world's only EV-specific job network. 300+ hiring partners across India, Europe, North America and the Middle East.
Government-Certified · Industry-Endorsed · Learner-Approved

Automotive Skills Development Council — recognised by major OEMs worldwide.

National Educational Alliance for Technology — issued under AICTE's premium learning ecosystem.

Recognised by India's Ministry of Education + NSDC skilling framework — accepted globally.
Alumni Stories
Engineers from Mercedes-Benz, Cummins, Infineon, GM, Hydro One, John Deere and more.
The hardware-first approach made all the difference. Came in from a generalist electronics background; the BMS and motor-drive modules gave me concrete vocabulary I could carry into Infineon interviews.

Industry-grade depth without the academic ivory tower. The MATLAB Simulink + capstone defence prepared me for exactly the kind of cross-functional EV problems we solve at Cummins.

Started with electronics, walked into a BMS role in Germany. The applied projects + mentor reviews are what carried me through — the certifications opened the door, the depth got me hired.











