Course Highlights
Electric Vehicles (EVs) represent the future of sustainable mobility. This course provides an in-depth understanding of EV fundamentals, motor selection, battery technology, charging infrastructure, control systems, and advanced features like ADAS and regenerative braking. Learners will gain practical exposure through real-time projects such as battery management system design, regenerative braking optimisation, and vehicle-to-grid integration.
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Skill Type
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Course Duration
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Domain
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GOI Incentive applicable
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Course Category
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Nasscom Assessment
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Placement Assistance
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Certificate Earned
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Content Alignment Type
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NOS Details
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Mode of Delivery
Course Details
What will you learn in Electric Vehicle Technology ?
- Understand fundamentals of Electric Vehicle design and systems
- Select and size motors and batteries for EVs
- Analyse EV charging technologies and protocols
- Design battery management and thermal management systems
- Explore advanced systems like ADAS, ABS, and regenerative braking
- Work on real-time EV projects including V2G and renewable charging integration
Why should you take Electric Vehicle Technology?
- Gain industry-ready skills in EV technology and design
- Learn battery management, charging systems, and control units
- Work on advanced features like regenerative braking and ADAS
- Hands-on projects including V2G and renewable-based charging
- Earn an industry-recognised certification for EV careers
Who should take Electric Vehicle Technology?
- Electrical and Electronics Engineering students
- Automotive Engineering Aspirants
- Professionals aiming to transition into EV sector
- Researchers in Battery and Vehicle Technologies
- Entrepreneurs exploring EV charging and mobility solutions
Curriculum
Level 1 - Foundations of Electric Vehicles
- Electric Vehicle Concepts
- Fundamentals of Electric Vehicles
- Fundamentals of Automobiles
- Major Automotive Systems
- Fundamentals of EV Motors
- Selection and Sizing of EV Motors
- Motor Control Unit
Level 2 - Battery and Charging Technology
- Fundamentals of Batteries
- Types of HV Battery Cells
- Battery Working and Its Characteristics
- Energy Storage System
- Battery Pack and Motor Calculation
- Battery Thermal Management System
- Battery Management System
- EV Charging Technology
- EV-DC Charging Equipment Manufacturers
- Charging Connectors
- Electric Vehicle Side Charging System
- Grid-connected EV Charging Station
Level 3 - Advanced EV Systems and Real-time Applications
- Controllers and Converters
- Electronic Control Unit Communication
- Protocols Used in EV Control Systems
- Monostable Contactor
- Regenerative Braking System
- Function of Fuse
- Advanced Features of ABS and ESC System
- Electric Vehicle Anti-lock Braking System
- ESP-Electronic Stability Program
- Advanced Driver Assist System (ADAS)
- AC and HVAC Systems in EVs (Cooling and Heating, Air Conditioning)
- Body Control Module in EV
- Auxiliary Systems
- Latest and Future Technologies in EV
- Virtual Tour of Battery Assembly
- Grid-connected EV with Renewable Energy
- Dead Weight Bodies Used in EV
- Real-Time Projects:
- Lithium-ion Battery Management System Design and Optimization
- Regenerative Braking Energy Recovery
- Energy-efficient Climate Control Systems
- Vehicle-to-Grid (V2G) Communication Implementation
- Motor Technology Comparison (Brushed vs Brushless DC)
- Grid-connected EV Charging Station using Renewable Energy
- Enhancing Safety through ADAS
Tools you will learn in Electric Vehicle Technology:
Skills
- EV Motor Selection and Control
- Battery Management and Thermal Systems
- Charging Infrastructure Design
- Control Systems and Protocols
- Regenerative Braking and ADAS Integration
- Vehicle-to-Grid (V2G) Technology
Tools
- EV Simulation Tools
- Battery Management System (BMS) Software
- MATLAB/Simulink for EV Modeling
- Charging Station Design Tools