EV Motors & Power Electronics Training Courses

EV Motors, Drives & Power Electronics Bundle

Gain practical knowledge of electric motors, power electronics, motor control systems, and regenerative braking technologies that power modern electric vehicles.

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Why Electric Drive Systems Matter?

Electric drive systems form the foundation of modern electric vehicles, enabling efficient energy conversion, vehicle motion, power management, and energy recovery.
From electric motors and traction inverters to motor control systems and regenerative braking technologies, these systems play a critical role in determining vehicle performance, efficiency, and driving range.
This bundle is designed to help learners build specialised knowledge across the technologies that power and optimise modern electric vehicles.

Learn the Electric Drive System Ecosystem

One focused learning module. Specialised EV expertise.

Explore 13 EV Learning Modules

ELECTRIC MOTORS FOR EV APPLICATIONS

42 Hours

83 Lessons

Intermediate

Beginner

Explore the technologies that convert electrical energy into vehicle motion.

You'll Learn

PMSM Motors

BLDC Motors

Induction Motors

Axial Flux Motors

Motor Selection

Torque-Speed Analysis

Curriculum Highlights

Motor Fundamentals

PMSM Motors

BLDC Motors

Axial Flux Motors

Magnet-Free Motors

Motor Simulations

Industry Examples

Nissan Leaf PMSM

BMW Motor Technologies

ZF Innovations

Skills You'll Gain

Motor Engineering

Propulsion Systems

Motor Selection

Drive Technologies

EV POWER ELECTRONICS & MOTOR CONTROL DRIVES

45 Hours

130 Lessons

Intermediate

Beginner

Master the technologies that control, regulate, and optimise power flow within electric vehicles.

You'll Learn

DC-DC Converters

Traction Inverters

SiC & GaN Technologies

Motor Control Strategies

eAxle Systems

Power Optimisation

Curriculum Highlights

DC-DC Converters

DC-AC Inverters

AC-DC Converters

Power Modules

Motor Control

Electric Drive Optimisation

Industry Examples

Tata Tiago EV

Toyota Converter Systems

Bosch 800V Inverter

Hyundai EV Case Studies

Skills You'll Gain

HV Systems

Electrical Safety

System Integration

HV Architecture

REGENERATIVE BRAKING SYSTEMS

40 Hours

42 Lessons

Beginner

Understand how modern EVs recover energy and improve efficiency through regenerative braking technologies.

You'll Learn

Energy Recovery Systems

Brake Blending

ESC Integration

Regenerative Braking Controllers

Efficiency Optimisation

Global Regulations

Curriculum Highlights

Braking Fundamentals

Regenerative Braking Principles

Adaptive Regenerative Braking

Cooperative Braking Systems

Controller Functions

Industry Standards

Industry Examples

Nissan E-Pedal

Volkswagen ID.4

Toyota BZ4X

Audi e-tron

Skills You'll Gain

HV Systems

Electrical Safety

System Integration

HV Architecture

Learn Through Real EV Systems

Move beyond theory with practical examples, teardown analysis, and OEM case studies.

Tata Tiago EV Traction Motor Analysis

Nissan Leaf PMSM

Volkswagen ID.4 Brake Blending

Toyota BZ4X Regenerative Braking

Bosch 800V SiC Inverter

Hyundai EV Recalls

Tata Tiago EV Traction Inverter Teardown

What Makes This Bundle Different?

Multi-CAD + EV Engineering in One Learning Ecosystem

Most platforms teach MCAD or EVs. We teach both. Build MCAD software skills & EV engineering expertise in one bundle.

Learn Multiple MCAD
Platforms

Develop versatility across leading engineering design software used by global OEMs and suppliers.

Build EV Engineering
Expertise

Gain knowledge across battery systems, drive systems, charging infrastructure, testing, and validation.

Earn Industry-Recognized Certifications

Validate your skills and showcase your learning
achievements.

Understand Industry Standards

Build familiarity with testing methodologies, certification processes, and global compliance requirements.

Learn Through Real-World Applications

Explore practical engineering workflows, case studies, and industry-relevant examples.

Built for Modern EV Technologies

Develop specialized expertise in electric motors, power electronics, motor control systems, and regenerative braking technologies through a focused learning modules designed for the future of electric mobility.

Specialized Learning Modules

127

Hours of Learning

254

Lessons

15+

OEM Case Studies & Industry Examples

Industry Certification

Validate your skills

Self-Paced Learning

Learn your way

Practical Application

Beyond the theory

Real-World Examples

Applied engineering insights

Explore Our Learning Bundles

Whether you’re looking to specialise in EV engineering, master Multi-CAD and PLM technologies, or build expertise across both disciplines, explore our learning bundles and find the one that best aligns with your goals.

All-in-One-EV Professional Bundle

Complete EV Engineering Training

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Includes

13 EV Learning Modules

Battery Engineering

Vehicle Systems

Drive Systems

Testing & Certification

Charging Infrastructure

OEM Case Studies & Industry Examples

All-in-One-MCAD + EV Engineering Mastery Bundle

Complete Multi-CAD & EV Training

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Includes

Complete All-in-One MCAD Professional Bundle

Complete All-in-One EV Professional Bundle

9 MCAD & Engineering Domains

13 EV Learning Modules

Siemens NX, CATIA, Creo & SOLIDWORKS

Teamcenter, Windchill & GD&T

Battery Engineering

Vehicle Systems & Architecture

Electric Drive Systems

Testing & Validation

OEM Case Studies & Industry Examples

All-in-One-MCAD Professional Bundle

Complete Multi-CAD Engineering Training

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Includes

9 MCAD & Engineering Domains

CATIA V5 & 3DEXPERIENCE CATIA

Creo

SOLIDWORKS, Siemens NX

AutoCAD

Teamcenter, Windchill & GD&T

Advanced Domain Skills

Why Settle For One Skill When You Can Master Both?

Today’s engineers need more than software expertise or EV knowledge alone. They need the ability to connect product design with emerging vehicle technologies.

Traditional Learning Approach

Learn CAD tools separately.

Focus on software proficiency.

Limited exposure to EV technologies.

Generic theoretical learning.

Individual courses purchased separately.

Isolated skill development.

MCAD + EV Engineering Mastery Bundle

Multi-CAD learning integrated with EV engineering.

Develop both software and engineering expertise

12+ EV learning modules

Practical applications and OEM case studies.

One integrated learning ecosystem.

Cross-functional engineering knowledge.

Traditional Learning Approach

MCAD + EV Engineering Mastery Bundle

Learn CAD tools separately.

Multi-CAD learning integrated with EV engineering.

Focus on software proficiency.

Develop both software and engineering expertise

Limited exposure to EV technologies.

12+ EV learning modules

Generic theoretical learning.

Practical applications and OEM case studies.

Individual courses purchased separately.

One integrated learning ecosystem.

Isolated skill development.

Cross-functional engineering knowledge.

Who Is This Bundle For?

Engineering Students

Build specialised EV knowledge before entering the workforce.

Automotive Professionals

Expand expertise in electric drive systems and vehicle performance technologies.

Design Engineers

Develop deeper understanding of motors, inverters, and architectures.

Power Electronics Engineers

Strengthen knowledge of EV-specific power conversion and control systems.

R&D Professionals

Explore emerging drive systems and industry applications.

Learning Outcomes

Upon completion, learners will be able to:

Understand electric motor technologies used in modern EVs.

Analyze power electronics systems and energy conversion technologies.

Explore motor control strategies and electric drive systems.

Understand regenerative braking systems and energy recovery concepts.

Evaluate technologies that influence EV performance and efficiency.

Learn through OEM case studies and real-world engineering applications.

Learning Experience

Self-Paced Learning

Learn by Doing with Try-Its

Downloadable Practice Files

Technical Screencasts

Certificate Assessments

Autodesk Certified Instructors

Trusted by 500+ Leading Companies to Upskill their Workforce.

Your Certification, Your Achievement!

Shareable certificate on

Add this Credential to the Certification section on your LinkedIn profile, Resume or other documents.
Earn a Certificate for every module and showcase your MCAD & EV expertise!

Hear from Our Learners

One Subscription. Unlimited Learning.

Access the complete MCAD + EV Engineering Mastery Bundle and build expertise across product design and electric vehicle engineering through one comprehensive learning ecosystem.

2,500+

Courses

14,000+

Learning Hours

400+

Hours of EV Training

12+

EV Learning Modules

Get Started – Enroll Today and Transform Your Career

Individual Learners

Learn at your own pace. Build future-ready skills.

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Organization

Upskill your engineering teams with Industry-relevant training.

Discover More Engineering Learning Bundles

Premium Annual Subscription

Dassault Systemes Subscription

Premium Annual Subscription

Mastering EV CAD Design with Siemens NX

Premium Annual Subscription

Mastering NPD with PTC Creo & Windchill

Frequently Asked Questions

Is EV Propulsion Engineering a Good Career?

EV propulsion engineering is a growing field focused on the systems that power electric vehicles, including electric motors, power electronics, motor control systems, and regenerative braking technologies.

What is EV Propulsion Engineering?

EV propulsion engineering focuses on the technologies responsible for vehicle motion, energy conversion, power delivery, and efficiency optimisation in electric vehicles.

What are Electric Motors used in EVs?

Electric motors convert electrical energy into mechanical motion and are responsible for powering electric vehicles. Common motor types include PMSM, BLDC, induction motors, and axial flux motors.

What is EV Power Electronics?

EV power electronics manage and control the flow of electrical energy within a vehicle through components such as inverters, converters, and motor control systems.

What is Regenerative Braking in Electric Vehicles?

Regenerative braking recovers kinetic energy during deceleration and converts it into electrical energy, helping improve vehicle efficiency and extend driving range.

What is a Traction Inverter in an Electric Vehicle?

A traction inverter converts DC power from the battery into AC power for the electric motor, enabling efficient vehicle propulsion and motor control.

What are Motor Control Drives in EVs?

Motor control drives regulate motor speed, torque, and efficiency by controlling the electrical power delivered to the motor.

What is the Difference Between Electric Motors and Power Electronics?

Electric motors generate vehicle motion, while power electronics control, convert, and manage the electrical energy supplied to those motors.

Does This Bundle Cover PMSM and BLDC Motors?

Yes. The curriculum includes PMSM, BLDC, induction motors, axial flux motors, motor selection strategies, and propulsion technologies used in modern EVs.

Does This Bundle Include Real-World EV Case Studies?

Yes. Learners gain exposure to OEM case studies, teardown analyses, and industry examples featuring electric motors, traction inverters, regenerative braking systems, and propulsion technologies.

Can Mechanical Engineers Learn EV Propulsion Engineering?

Yes. Mechanical engineers can build specialised knowledge in electric motors, propulsion systems, regenerative braking, and EV performance technologies through this bundle.

Who Should Enrol in the EV Propulsion Engineering Bundle?

The bundle is suitable for engineering students, automotive engineers, EV engineers, power electronics engineers, manufacturing professionals, and R&D teams.

Are Live Classes Included?

No. The bundle is delivered through self-paced online learning and does not include live instructor-led classes.

How Long Will I Have Access to the Bundle?

Learners receive 1 year of access to the EV Propulsion Engineering Bundle from the date of enrolment.

Will I Receive a Certificate After Completion?

Yes. Learners can earn certificates upon successful completion of eligible courses and assessments.

Do You Provide Placement Assistance?

No. The bundle is designed for learning, upskilling, and professional development and does not include placement services.

Is Prior EV Experience Required?

No. The bundle is structured to support both beginners and professionals looking to build expertise in EV propulsion technologies.

What Career Opportunities Can This Bundle Support?

The knowledge gained can support roles such as EV Propulsion Engineer, Motor Design Engineer, Power Electronics Engineer, Vehicle Integration Engineer, eDrive Engineer, and R&D Engineer.

EV Motors & Power Electronics Training Courses