Power Electronics Masterclass
Become a Master in power electronics for an Electric Vehicle in 16 weeks.
This online masterclass on Power Electronics for Electric Vehicles is starting its next batch in
✔ Are you looking for a successful career in the Electric Vehicle industry?
✔ Are you a startup creating products and services for the EV industry?
✔ Are you an established business in the EV industry looking to up-skill your staff?
✔ Are you a university or college looking to train students for the EV industry?
✔ Are you a student aspiring for a fulfilling career in the EV industry?
This course is designed by a team of experts led by an ex-Tesla Engineer brought to you by MakerMax Inc. - a leading online learning platform for EVs popular in North America, Europe and Asia.
HERE'S WHAT THIS COURSE WILL COVER
- Different Types of Power Electronic Devices and their behaviour
- Design of Power Electronic Circuits
- Design and implementation of Non-Isolated Gate Drivers
- Design of Isolated Gate Drivers
- Reading Datasheets and Part Selection
- Fundamentals of thermal design
- Current and Voltage Sensing
- Power conditioning and noise filtering
- Design of step down DC-DC Converters
- Design of step up DC-DC Converter
- Design of Isolated Converter
- Design of Inverters
- Fundamentals of Motor Drivers
- Feedback and Control of Converters
- Modelling of Losses in Converters
- Techniques to Minimize Losses
- Practical Design of Converters using off the shelf parts
DETAILED BREAKDOWN OF THE COURSE
Module 1 - Power Electronic Devices
In this module, you will learn about the different power electronic devices that exist and how to choose the correct one for each application
✔ Learn to read and interpret technical datasheets
✔ Learn how to choose a device based on your application
✔ Detailed look into different types of diodes
✔ ESD and Transient Protection Devices
✔ Detailed look into different types of power switches
✔ Heating effects and power losses in devices
✔ Cost Analysis
Module 2 - Design of Power Electronic Circuits
✔ Learn the different type of switch configurations
✔ Learn about the advantages of low side and high side configurations
✔ Detailed information on how to select a particular transistor for a specific application
✔ How to suppress noise
✔ Safety aspects and thermal runaway
✔ Find suitable devices using parametric searches on supplier websites
Module 3 - Gate Drivers
✔ Learn about gate drive requirements
✔ Learn about level shifting and current amplifications
✔ Gate driver design using micro-controller level signals
✔ Gate driver peak current requirements
✔ Gate driver power loss calculations
Module 4 - DC-DC Converters
Learn about the working principles of DC-DC Converters, the different typologies and how to design one
✔ The need for DC-DC Converters
✔ Linear Regulation Techniques
✔ Working principle of Switched Mode Converters
✔ Step down buck converter
✔ Step up boost converter
✔ Isolated type Flyback converters
✔ Selection of Inductors, Capacitors and other Components
✔ Selection of power switches
✔ Design your own real life converter from scratch
Module 5 - Sensing and control of converters
Learn how to make a converter stable and about the various voltage and sensing methodologies
✔ Learn about Analog Controllers
✔ Learn about Digital Control Techniques
✔ Voltage Mode Control
✔ Current Mode Control
✔ Voltage and Current Sensing Techniques
✔ Interfacing Microcontrollers with converters
A FLEXIBLE LEARNING ENVIRONMENT
Our learning environment is loved by our enrolees. It is intuitive to use and can be accessed through any device, a computer, mobile phone or tablet. Here is how it will help you -
- Video lectures are recorded in a face to face or lab environment with dynamic lecture slides at the backdrop. This makes the learning environment as effective as the instructor being right next to you.
- Lab exercises are showcased through videos that allow you to learn in a hands-on way as experienced instructors show you the way.
- Quizzes and assignments provide a checkpoint for you to assess how you are doing in the course and how far your learning has come.
- Forum and live chat support ensures that all your course related queries are solved in timely manner. Having the right guidance at the right time can make a huge difference in your understanding of the material and save hundreds of painful hours trying to find the right information yourself.
- Final exam is conducted and a certificate is provided upon passing the course requirements and exam. This is your certification of achievement which is highly regarded in the EV industry.
Our courses are created from scratch with hands-on learning at the forefront. In this course, the hands-on learning exercises are conducted through simulation software like LTspice, Pspice, and TI Webench. These softwares are relevant in the industry today and having skills in them will be valuable from Day 1 of your career as a Power Electronics engineer.
Some examples of hardware exercises are -
1. Simulation of characteristics of different devices(Diodes, MOSFETs, BJTs)
2. Simulation of different converter topologies(Buck, Boost, Flyback)
If you'd like to get a hardware kit along with the course, we recommend purchasing our DCDC kit which comes with a lab manual for further lab exercises. This is optional, but some students prefer it as it helps them solidify the skills that they learned through simulations in a physical application.
Jaideep has over 5 years of experience in a wide variety of areas. His areas includes Hardware Design, PCB Design, Power Electronics, Battery Systems, Drones, Solar and more. Jaideep has been involved with electronics and building circuits from a very young age. He believes in a practical approach and encourages people to build first and then look into the theory. He built a fully functional electric vehicle during his university days and designed it's various electronic systems like the motor drivers, battery and charging systems and the central control panels. He has also built custom power and cooling solutions for cryptocurrency mining farms. He has previously worked at the Power Electronics for Renewable Integration(PERI) Lab at IIT Kanpur where he worked on solar inverters, GAN HEMTs and isolated gate drives. He also worked at a drone design startup where he designed battery systems and ESCs. He is currently the hardware lead at MakerMax and is actively involved in product development of some our popular battery analyzers and educational boards.
A FAST GROWING FAMILY OF PROFESSIONALS AND STUDENTS
OUR COMMITMENT TO EXCELLENCE
MONEY BACK GUARANTEE
We stand behind the quality of our courses and are confident that you will find it a valuable experience. We offer a 7 day money back guarantee on this course, so you can take it for a test run without any commitment!
CERTIFICATE OF ACHIEVEMENT
TO HELP YOU FIND THE RIGHT OPPORTUNITIES IN THE EV SPACE
On completion of the course requirements, you will receive a course completion certificate and also access to your professional page hosted by MakerMax on our EV job board to showcase your strengths, projects, and certifications to help you in finding the right opportunities. This will make your application stand out from the crowd in interviews and help you find the right opportunities!
Frequently Asked Questions
ENROLMENTS ARE OPEN
IN-DEPTH MASTERCLASS ON POWER ELECTRONICS FOR EVs
Enrol with a One Time Payment
Enrol with a Convenient Monthly Installment
✔ Start learning from the course lectures, quizzes, assignments, discussions today with experts by your side
✔ You'll have the option to purchase a hardware kit at a discounted rate after lockdowns are over to take your hands-on learning to the next level.
✔ We have extended the course access to 9 months to allow for additional flexibility to you during the COVID-19 lockdowns.
✔ Assignments, quizzes and labs guaranteed to 10x your knowledge in an engaging, hands-on learning style.
✔ Certificate on course completion with shows your credibility in the space - great for getting job offers, and project opportunities.
✔ Feedback on midterm and final exams - helps you learn your weakest points and improve on them with expert feedback.
✔ Exclusive access to our highly rated "Foundations of ARM Cortex-M" Embedded systems course free of charge to revise your knowledge in embedded systems. An important aspect of learning how to build a battery management device.
✔ Top 10% of the class has access to career opportunities at MakerMax at its offices worldwide.
✔ Get access to opportunities in Electric Vehicles through the MakerMax EV job portal.
✔ Excellent performers in this class will have access to opportunities at our network of EV manufacturers, R&D labs, cell research labs and Battery Tech companies worldwide.
✔ Access to the alumni community after course completion with students and professionals worldwide in the EV and Battery industry. A well connected network can increase your chances of success more than 50x!
✔ Q&A help and live chat support throughout the course, so you can progress with experts by your side.
✔ Exclusive lifetime access to reserved sections of our forum for technical discussions and collaboration.
✔ Learn and showcase your skills in Battery Technology, Electric Cars, Electric Scooters, and practical hands-on knowledge of building a Battery Management system running on an actual product.