Master Certificate in Electric Vehicle Engineering
Build the Future of Electric Mobility
Master Electric Vehicle systems, battery technologies, propulsion systems, and EV simulation workflows to become industry-ready for the rapidly growing electric mobility sector.
Course Overview
This program is designed to build comprehensive expertise in Electric Vehicle Engineering by combining EV fundamentals, battery systems, propulsion technologies, vehicle dynamics, and simulation concepts. It prepares learners to understand and work on modern electric mobility systems used across automotive, energy, and transportation industries.
You will learn how Electric and Hybrid Electric Vehicles operate, understand EV architecture, analyze battery technologies, explore propulsion and drivetrain systems, and work with vehicle dynamics and simulation workflows used in the EV industry.
The program also introduces EV modeling, charging systems, Battery Management Systems (BMS), and simulation fundamentals to help learners build practical understanding aligned with real-world industry applications.
With multiple capstone projects, you will develop a strong portfolio showcasing your ability to work on Electric Vehicle systems, battery engineering, propulsion technologies, and EV analysis workflows.
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Practice Guide
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Capstone Projects
Real-world portfolio projects
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Why This Course
Develop complete Electric Vehicle engineering fundamentals
Understand EV architecture, powertrain, and propulsion systems
Learn battery technologies and Battery Management Systems (BMS)
Build strong understanding of EV drivetrain and vehicle dynamics
Learn EV modeling, analysis, and simulation fundamentals
Understand charging infrastructure and EV control systems
Gain exposure to modern EV industry workflows and technologies
Build a strong technical portfolio through practical projects
SkillCert Advantage
Build Projects
Hands-on capstone projects
Faster Learning
AI-accelerated curriculum
AI Assisted
Copilot-guided practice
Industry Ready
Job-role aligned skills
Key Topics Covered
Structured across 4 courses and capstone projects for complete mastery.
Electric Vehicle Engineering Fundamentals
- Fundamentals of Electric Vehicle Technology
- Electric and Hybrid Electric Vehicle architectures
- EV components and system integration
- Vehicle dynamics and performance parameters
- EV powertrain and propulsion fundamentals
- Electric motors and drive systems
- Charging infrastructure and charging technologies
- Sensors, control systems, and data acquisition
- Sustainable mobility and future EV technologies
- Introduction to EV design concepts and workflows
Battery Systems Engineering
- Fundamentals of Lithium-ion battery technology
- EV battery systems and architectures
- Battery cell design and construction
- Battery pack design and integration
- Battery sizing and capacity calculations
- Battery Management System (BMS) fundamentals
- Cell balancing and protection systems
- Thermal management systems
- Charging and discharging characteristics
- Battery performance analysis and efficiency
- Battery testing and validation concepts
- Emerging battery technologies and innovations
EV Propulsion Systems Engineering
- EV propulsion technologies and architectures
- Electric motor fundamentals
- BLDC, PMSM, and induction motor concepts
- Motor selection and performance analysis
- EV transmission and drivetrain systems
- Inverters and power electronics
- Motor controllers and drive systems
- Torque, speed, and power calculations
- Regenerative braking systems
- Powertrain integration and energy efficiency
- Thermal management in propulsion systems
- Advanced propulsion technologies
Vehicle Dynamics & Simulation
- Fundamentals of vehicle dynamics
- Longitudinal and lateral vehicle dynamics
- Vehicle motion and resistance forces
- Traction and tire dynamics
- Acceleration and braking performance
- EV drivetrain and power flow analysis
- Regenerative braking modeling
- Battery and energy consumption modeling
- Drive cycle analysis
- EV stability and handling concepts
- Mathematical modeling of EV systems
- Introduction to MATLAB/Simulink for EV applications
- EV simulation and validation workflows
Capstone Projects
- EV Architecture & System Design Project: Design and analyze Electric Vehicle system architecture and major subsystems.
- Battery Pack & BMS Project: Develop EV battery pack concepts with battery sizing and management workflows.
- EV Powertrain & Propulsion Project: Analyze propulsion systems, drivetrain performance, and regenerative braking concepts.
- Vehicle Dynamics & Simulation Project: Perform EV simulation, performance evaluation, and drive cycle analysis workflows.
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