Electric Vehicle Technology

Learn the fundamentals of electric vehicles, powertrain design, battery technology, charging infrastructure, advanced systems, and hands-on real-time EV projects for professional expertise.

Learning Mode

Online

Real-Time Projects

Hands-On Practical Learning

Expert Mentorship

Guidance from Industry Experts

Career Support

Placement Assistance & Certification

About the Course

The Electric Vehicle Technology Course by SkillDzire provides detailed knowledge of EV fundamentals, powertrain architecture, motors, batteries, charging infrastructure, safety, simulation, and advanced connectivity. Gain practical exposure with real-time EV projects covering battery management, thermal management, predictive maintenance, and EV infrastructure design.

Comprehensive EV fundamentals and market overview

Hands-on real-time exposure to EV projects and simulations

Battery, motor, and power electronics analysis and design

Industry-aligned SkillDzire certification & career guidance

Curriculum

EV Fundamentals & Market

  • History, Evolution & Market Overview
  • Types of EVs, Trends & Challenges

EV Powertrain Architecture

  • Powertrain Layouts, Drive Configurations
  • Energy Flow, Torque Paths

Electric Motors & Controllers

  • Motor Types (BLDC, PMSM, Induction, SRM)
  • Motor Selection, Torque-Speed Characteristics
  • Motor Control Techniques, Inverters

Battery Technology & BMS

  • Battery Types (Li-ion, Lead Acid, others)
  • Cell Selection, Sizing, Pack Design
  • Battery Management System (BMS) Functions
  • Cell Fundamentals, Testing & Modeling
  • Battery Packaging & Mechanical Construction
  • BMS Hardware & Algorithm Development using Model-Based Design (MBD)
  • BMS Firmware & Software Architecture

Charging Infra & Power Electronics

  • Charging Standards, Connector Types
  • AC/DC Charging, Fast Charging, Protocols
  • On-board/Off-board Chargers, Power Electronics

Thermal Management & Safety

  • Battery & Motor Cooling Techniques
  • Fire Safety, Crash Protection, Safety Protocols
  • Thermal Modeling, Failure Modes

Vehicle Dynamics & Simulation Tools

  • Chassis Design, Suspension, Aerodynamics
  • Simulation Tools (MATLAB, Simulink, ADAMS)
  • Performance Modeling, Range Estimation

Embedded Systems & Communication

  • CAN, LIN, Automotive Ethernet, Protocols
  • Embedded Control Units, Sensors, ECUs
  • Diagnostics, Fault Codes, Communication Testing

EV Standards & Regulations

  • AIS, ISO, IEC, Safety Standards
  • Type Approval, Homologation, Certification
  • Incentives & Policies, Market Regulations

Advanced Systems & Control

  • Regenerative Braking, Energy Recovery
  • Torque Vectoring, Traction Control
  • ADAS, V2X, Advanced Connectivity

NVH Engineering

  • Noise, Vibration, Harshness Analysis
  • NVH Simulation & Reduction Methods

Advanced Power Electronics

  • DC-DC Converters, Inverter Topologies
  • SiC/GaN Devices in EV

Battery Lifecycle & Recycling

  • Battery Second-Life, End-of-Life Management
  • Recycling Technologies, Environmental Impact

Telematics, IoT & Smart Charging

  • Fleet Management, Telematics, IoT in EV
  • Smart Charging, V2G, Grid Interaction

Functional Safety (ISO 26262)

  • Hazard Analysis, Risk Assessment
  • Safety Case Development, Functional Safety Tools

Advanced Connectivity & Cybersecurity

  • OTA Updates, Cybersecurity Protocols
  • Cloud Platforms for EVs, Data Privacy

Manufacturing Process & Industrialization

  • Assembly Line, Process Optimization
  • Supply Chain, Manufacturability

HMI & User Interface Design

  • Infotainment Systems, Human Factors

Policy & Regulatory Deep Dive

  • Global Policies, Government Schemes
  • Import/Export Regulations

Hands-On Real-Time Exposure Tasks

  • High Voltage Electrical Safety & Fault Analysis in Electric Vehicles
  • Design and Simulation of Battery Management System (BMS) with SOC & SOH Estimation
  • Thermal Management System for EV Batteries under Fast Charging Conditions
  • Automated Manual Transmission (AMT) Modeling using MATLAB/Simulink for EVs
  • Electric Drive Unit (EDU) Architecture & Performance Analysis of Next-Gen EVs
  • Impact of Climate and Ambient Temperature on EV Range – Data-Driven Study
  • EV Charging Infrastructure Design with V2G Capability
  • Design and Simulation of a Fast DC Charging Station with Load Management
  • Predictive Maintenance for EV Motors & Power Electronics using AI/ML
  • Lifecycle & Recycling of Lithium-Ion Batteries – Techno-Economic & Environmental Analysis
Download Full Curriculum (PDF)

Projects You Will Work On

High Voltage Safety & Fault Analysis

Learn insulation monitoring, arc flash analysis, and protective devices for HV systems.

BMS Design & Simulation

Implement SOC/SOH estimation using Kalman Filters, ML models, and safety algorithms.

Thermal Management System

Optimize EV battery cooling techniques under fast charging conditions.

Student Testimonials

"This EV course helped me understand battery management and EV powertrain systems practically."

- Suresh Kumar

"SkillDzire’s hands-on EV projects boosted my career in electric mobility engineering."

- Anjali Mehta

"I gained practical skills in charging infrastructure design, simulation, and predictive maintenance."

- Rohit Sharma