+1 (323) 555-9876

mail@rocket-soft.org

Power Electronics for EV Applications

Name: Power Electronics for EV Applications
Rating: 0 (0 reviews)

Accelerate your Career

Learn power electronics for EV applications. Explore converters, inverters, motor drives, and battery integration for efficient electric vehicle systems.

Buy this Course @

₹799

5 Modules

with Certifications

4:40 Hours

of Recorded Content

0 Ratings

by 0 Learners

English

Language

Paid Course

Get this Course @ ₹799

Name

Email ID

Phone Number

1500 enrolled in this course

Course Specifications

Sections

Lessons

Capacity

Unlimited

Duration

4:40 Hours

Students

510

Access Duration

90 Days

Created Date

29 May 2026

Updated Date

29 May 2026

About Courses Certificate Benefits Requirements Testimony Bonuses FAQs

Power Electronics for EV Applications Course
Overview

Power Electronics for EV Applications is a specialized course designed to provide learners with the knowledge and skills required to design and analyze power electronic systems in electric vehicles (EVs). Power electronics form the backbone of EV technology, enabling efficient energy conversion, motor control, and battery management.

In this course, you will explore:

Fundamentals of power electronics and switching devices
DC-DC converters for battery charging and energy management
DC-AC inverters for motor drives
Motor control strategies for electric propulsion
Battery integration and charging systems
Thermal management and efficiency optimization
Case studies on EV powertrain design

Each module blends theoretical concepts with practical examples, ensuring you gain hands-on experience in analyzing and simulating EV power systems. You will learn how converters regulate voltage, how inverters drive electric motors, and how power electronics optimize energy flow between batteries and propulsion systems.

By the end of the course, you will be able to:

Understand the role of power electronics in EV systems
Design and analyze converters and inverters
Implement motor control strategies for efficient propulsion
Integrate battery systems with power electronics for optimal performance

This course is ideal for engineering students, automotive professionals, and researchers interested in electric vehicle technology. A basic understanding of electrical engineering and circuit theory is recommended.

Enroll today and gain the expertise to design and optimize EV power electronics systems!

Key Features

Mentorship

Receive guidance and insights from industry experts

Hands-on Experience

Gain practical skills in a real-world cutting-edge projects.

Networking

Connect with professionals and peers in your field

Skill Development

Enhance your technical and soft skills

Career Advancement

Boost your resume with valuable experience

Dual Certificate

Get a certification to showcase your achievements

We are Accredited by

Our Awards & Achievements

Power Electronics for EV Applications Course Roadmap

Module 1

Module 1 — Introduction to Power Electronics

Basics of Power Electronics, Role in EV Systems, Key Components

Module 2

Module 2 — Inverter Design

Principles of Inverter Operation, Design Considerations, Efficiency Factors

Module 3

Module 3 — DC Motor Control for EV

Motor Control Strategies, PWM Techniques, Application in EV Drive Systems

Module 4

Module 4 — Power Converter Fundamentals

Converter Types, Applications in EV, Step-Up/Step-Down Converters

Module 5

Module 5 — Power Converter Design Using MATLAB Simulink

Simulation of Converter Circuits, Design Workflow, Case Studies

Let Your Certificates Speak

Certificates are globally recognized & they upgrade your programming profile.
Certificates are generated after the completion of course.

After this Course, You will be Able to

Grasp FPGA architecture and microcontroller workings for advanced understanding
Build circuits, ranging from basic LEDs to intricate, sensor-driven projects
Master the HDL IDE, enabling proficient coding for real-world applications
Utilize breadboards and electronic components with precision for efficient circuitry
Create groundbreaking solutions by integrating sensors and motors innovatively
Explore diverse projects, from basic LEDs to complex motion-activated systems

Where Our Students Work

Our alumni are driving innovation at the world's most prestigious technology companies.

All You Need to Start this Course

💻

A computer with internet connection

🧠

Willingness to learn new concepts

This is the Course for You, If You are

🎓

Students looking to upskill

💼

Working Professionals

🚀

Career changers seeking a pivot

Aditi Sharma

The step by step approach from basics to real time FPGA projects made the concepts crystal clear. I especially loved the UART implementation—it gave me confidence to handle hardware communication protocols.

Rahul

This course bridges the gap between theory and practice. Programming the MAX10 FPGA board and controlling GPIOs gave me the kind of exposure that’s directly useful for internships and entry level roles in VLSI design.

Priya Nair

I came in with only basic digital electronics knowledge. The way Verilog was introduced and gradually applied to sequential circuits and FSMs was perfect. By the end, I could write and test my own HDL codes on Quartus.

Still Having Doubts?

Test1234

Test

Pantech LMS

Pantech LMS connects learners, professionals, and organizers through engaging online and in-person events, offering expert-led workshops, networking opportunities, skill-building sessions, and learning experiences for everyone.

Pantech AI Assistant

Hi Welcome to Pantech. How can I help you today?