EV Engineering Mastercourse Part 2 : Powertrain, BMS, Charging & System Standards
This EV Engineering Mastercourse delivers a comprehensive, end-to-end understanding of modern Electric Vehicle engineering. Designed for engineering students, graduates, and automotive professionals, the program covers the complete EV ecosystem—from fundamental architectures to high-voltage powertrain systems.
Through this intensive EV certification course, students will master the High-Voltage EV Powertrain: gaining deep expertise in Battery Management Systems (BMS), Motor Drives, Power Electronics and Control Units for Automotive Engineering—four pillars that form the backbone of every electric vehicle.
Designed as a high-impact program for automotive engineers and graduates, you will move beyond theory to focus on the practical application of component selection and sizing, gain expertise in critical fields like Battery Thermal Management (BTMS) and State-of-Health (SoH) algorithms, CAN-based communication, and understand the essential EV standards (ARAI, BIS) governing deployment.
This is the definitive course for professionals aiming for immediate impact in EV design, R&D, and systems integration roles within the burgeoning e-mobility sector.
Course Curriculum
Module 1: EV Fundamentals & Core Components
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Topic 1: The EV Revolution: Why Go Electric?
01:01:28 -
Topic 2: EV Drivetrain Architectures (BEV, HEV, PHEV)
59:53 -
Topic 3: Identifying High-Voltage & Low-Voltage Components
48:05
Module 2: Charging Systems and Energy Flow
Module 3: The EV Brain: Control Units & BMS
Module 4: Global Standards & Homologation
Module 5: Powertrain Sizing & Component Selection
Module 6: Advanced Battery Management & Motor Drives
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Student Ratings & Reviews
Madhav jadhav 2 weeks ago
Very much informative content.
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DIY Projects Included
Course Benefits
- Accelerated Expertise: Gain an intensive, deep understanding of the entire high-voltage EV powertrain (Battery, Motor, Power Electronics) in a focused, short duration, enabling rapid skill acquisition.
- Multidisciplinary Skill Set: Bridge the gap between Mechanical, Electrical, and Software disciplines—a mandatory requirement for modern EV engineering roles.
- Practical Application: Learn component selection and sizing through real-world examples, including a Retrofitting Case Study, preparing you for immediate design and integration work.
- Industry Compliance: Gain familiarity with critical Global Standards and Homologation (ARAI, BIS) necessary for vehicle production and safety certification.
- Career Advancement: Significantly increase your employability and potential salary in the rapidly expanding e-mobility sector by demonstrating expertise in specialized areas like BMS/BTMS.
Technical expertise you will gain
- Battery Sizing & Chemistry: Determine optimal battery capacity and cell chemistry selection for a given vehicle range and performance.
- Advanced State Estimation (SoH): Understand and apply State of Health (SoH) algorithms used by a Battery Management System (BMS).
- Thermal Management (BTMS): Design and evaluate Battery Thermal Management Systems (BTMS) and cooling strategies to ensure battery longevity and safety.
- High-Voltage System Integration: Understand the architecture and power flow between the grid, charger, battery, and motor.
- Power Converter Selection: Select and apply DC-DC and AC-DC converters for power conditioning.
- Vehicle Control Systems: Analyze the role of the Electronic Control Unit (ECU) and the CAN Bus for in-vehicle communication.
- Traction Motor Selection: Evaluate and select appropriate traction motor topologies (e.g., Induction, PMSM) based on performance requirements.
- Powertrain Sizing: Perform component sizing calculations for the motor, controller, and battery to meet vehicle specifications.
- Motor Performance Analysis: Understand the relationship between motor control, efficiency, and real-world drive cycles.
- EV Powertrain R&D/Design
- Battery System Engineering (BMS/BTMS)
- Power Electronics and Inverter Design
- Vehicle Integration & Testing
- EV Retrofitting and Aftermarket Solutions
- Motor Drives & Inverter Control
- EV Standards, Compliance & Homologation
- Vehicle Control Systems & ECU/VCU Development
- Powertrain Design Engineer
- Battery Management System (BMS) Engineer
- Battery Thermal Management (BTMS) Engineer
- Power Electronics Engineer
- Vehicle Systems Integration Engineer
- Homologation/Compliance Engineer
- EV Service/Retrofit Engineer
- EV Charging System Engineer
- Motor Drives Engineer
- Vehicle Communication Engineer
- EV Powertrain Design
- Battery Systems & Energy Storage
- Battery Management Systems (BMS) & Battery Thermal Management (BTMS)
- Motor Drives & Power Electronics
- EV Charging Systems
- Vehicle Control Systems & ECUs
- Practical Engineering & Component Selection
- Troubleshooting, Validation Principles
- Knowledge of ARAI/BIS/CMVR Standards, Safety Protocols
- OEMs (Vehicle Manufacturers): Tata Motors, Mahindra Electric, MG Motor, Ola Electric, Ather Energy, TVS Motor Company, Ashok Leyland.
- Component & System Suppliers: Bosch, Continental, Siemens, ABB, Hitachi.
- Battery Specialists: Exide Industries, Amara Raja Batteries, Cell Manufacturing Startups.
- New Age Mobility/Tech Companies: Startups focused on EV charging, battery swapping, or retrofitting.
Who can take this course?
This course is suitable for:
- Engineering Students: Mechanical, Electrical, Electronics, and Mechatronics students in their 2nd to final year seeking hands-on EV project and internship experience
- Recent Graduates: Those aiming for roles in EV design, R&D, testing, or system integration.
- Working Professionals / Engineers: Automotive or mechanical, electrical, and electronics engineers upskilling in high-voltage powertrains, BMS, BTMS, motor drives, and vehicle control systems.
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EV Enthusiasts / Career Changers: Individuals exploring EV retrofitting, startup product development, or technical consulting, gaining a complete understanding of the EV ecosystem from powertrain to charging systems and standards.
Personalized Trainer Support Portal:
- 24/7 Access to a personalized trainer support portal.
- One-on-One Mentorship for queries and project guidance.
- Access to diverse resources, including recorded lectures, reading materials, and practical guides.
- Dedicated forums for content discussion, insights, and project collaboration.
- Regular Feedback from trainers for comprehensive understanding and improvement.
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