The Best Electric Vehicles Online Courses

Banner Image The Best Electric Vehicles Online Courses

Picture this: You’re cruising down the highway, silently whooshing past your fellow commuters in your shiny, eco-friendly electric vehicle (EV), and all eyes are on you. You smile, knowing that you’re not only reducing your carbon footprint, but also securing a place in the future of automotive technology. Sounds pretty great, right? But, if you’re like many people, the world of electric vehicles might feel a little intimidating – so many new acronyms, features, and charging systems to learn. Fortunately, we have the remedy to break through that mental roadblock and have you setting EV driving goals in no time.

In today’s fast-paced environment, online learning has become a convenient and widespread method of acquiring new skills and knowledge. And guess what? Online courses on electric vehicles are more accessible and engaging than ever. Whether you’re an EV newbie, an automotive enthusiast, or considering a career in the industry, these courses provide an excellent opportunity to deepen your understanding about the rise of electric vehicles, their technology, infrastructure, and the future of sustainable transportation. So, buckle up and get ready to dive into the top electric vehicle online courses that will fuel your passion and drive you towards the electric revolution.

Electric Vehicles Courses – Table of Contents

  1. Electric Vehicle Technology – A Beginner’s Course
  2. Electric Vehicle Crash Course
  3. Electric Vehicles Comprehensive Course
  4. Build the Dynamic Model of an Electric Vehicle with MATLAB
  5. Understanding Electric Vehicle Technology – 2023 Edition
  6. Mastering Advanced Battery Management for Electric Vehicle
  7. High Voltage Electric Vehicle Safety
  8. Lithium Battery Technology for Electric Vehicle – Advanced

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Electric Vehicle Technology – A Beginner’s Course

Course Preview Electric Vehicle Technology - A Beginner's Course

Platform:
Udemy

Rating:
4.4 out of 5

Are you looking to delve into the world of electric and hybrid vehicles? This comprehensive online course offers a complete overview of all high-voltage components involved in these futuristic cars. Not only will you learn about the automotive OEM’s cradle-to-grave approach to understanding the impact of electric vehicles on carbon footprints, but you’ll also discover development considerations, performance requirements, and various vehicle systems associated with hybrids and EVs. Plus, you’ll gain an understanding of brushless DC and induction motors applied to these green machines.

But that’s not all. This course covers the ins and outs of battery operation and performance requirements for a variety of electric vehicle applications, includes estimating the size of battery cells, and helps you grasp the intricacies of battery management systems (BMS). You’ll explore different thermal management methods for battery packs and learn about various industry and regulatory standards for hybrid vehicle components, batteries, and charging systems. Furthermore, you’ll decipher how to define vital vehicle system requirements and select components that best meet those prerequisites. By the end of this course, you’ll be well-versed in testing and regulatory requirements for electric vehicles and their components at both the system and subsystem levels. Also, you’ll be aware of the challenges in meeting international safety regulations and the drawbacks of current testing procedures applied to electric and hybrid vehicles.

Skills you’ll learn in this course:

  1. Grasp high voltage components in electric and hybrid vehicles.
  2. Understand electric vehicles’ impact on carbon footprint.
  3. Identify main hybrid and electric vehicle development considerations.
  4. Apply brushless DC and induction motors to HEV and EV vehicles.
  5. Analyze battery operation and performance for various EV applications.
  6. Estimate cell sizes to meet specific requirements.
  7. Comprehend battery management system (BMS) functions.
  8. Explore industry and regulatory standards for hybrid vehicle components.

Electric Vehicle Crash Course

Course Preview Electric Vehicle Crash Course

Platform:
Udemy

Rating:
4.6 out of 5

Dr. Jignesh Makwana has designed an amazing course aimed at helping EV enthusiasts of all ages kickstart their Electric Vehicle Projects and Prototype Development. As a passionate teacher and learner, Dr. Makwana has curated a curriculum that provides information, knowledge, and practice for students interested in electric vehicles. The course delves into basic Electrical Vehicle Calculations, Demonstrations, and Practice, with a focus on hands-on learning rather than complex equations and dynamic modeling.

Students who join this course will not only engage with a passionate and supportive instructor, but also become a part of an active community of EV enthusiasts. With carefully designed practice assignments, students will delve into finding the EV motor rating, torque, range of vehicle, and much more. Not only that, but Dr. Makwana is highly available to answer any questions his students may have, going above and beyond to ensure their queries are resolved promptly. So, if you’re eager to jump into the exciting world of electric vehicles, there’s no better place to start than with this engaging and informative course!

Skills you’ll learn in this course:

  1. Basic Electric Vehicle Calculations
  2. Electric Bicycle Project Component
  3. Demonstration of Different EV Motors & Controllers
  4. Understanding Motor Ratings, Torque, and Range
  5. Fundamental Concepts of Electric Vehicles
  6. Prototype Development for EV Projects
  7. Techniques for Testing Motors, Batteries, and Controllers
  8. Introduction to Mounting Procedures in Electric Vehicles

Electric Vehicles Comprehensive Course

Course Preview Electric Vehicles Comprehensive Course

Platform:
Udemy

Rating:
4.2 out of 5

Are you curious about electric vehicles and how they work? If so, you’ll definitely want to check out this comprehensive online course that covers everything from the basics to advanced concepts related to electric transportation. The course will delve into the history, categorization, and potential future developments of electric vehicles. Plus, you’ll learn the techniques and systems that these cars are built upon.

This class not only discusses the present and future of electric, hybrid, plug-in hybrid, extended range, and fuel cell vehicles, but also gives an in-depth analysis of different types of batteries and their materials. For those who want to learn about the actual operation of electric cars, a simple yet informative overview of batteries and battery thermal management systems is provided. With well-structured video lectures presenting fascinating facts about electric vehicles and battery technologies, this course will take you on a deep dive into this exciting and important field. Whether you’re a newbie or already experienced, there’s something for everyone. And the best part? No prior knowledge is necessary to join, so get ready to propel your understanding of the electric vehicle technology that’s driving the future!

Skills you’ll learn in this course:

  1. Understanding the basic concepts and techniques of electric transportation.
  2. Gaining knowledge on the history and progression of electric vehicles.
  3. Familiarity with various types of electric vehicles (hybrid, plug-in hybrid, extended range, and fuel cell).
  4. Exploring and analyzing different battery types and materials used in electric vehicles.
  5. Comprehensive overview of battery operation and battery thermal management system (BTMS).
  6. Learning about ongoing and potential future developments in electric vehicle technology.
  7. Acquiring skills to analyze and evaluate electric vehicle systems.
  8. Staying updated with the continuous additions of new information to the course.

Build the Dynamic Model of an Electric Vehicle with MATLAB

Course Preview Build the Dynamic Model of an Electric Vehicle with MATLAB

Platform:
Udemy

Rating:
4.4 out of 5

Dive into the world of electric vehicle simulation with this comprehensive online course, focusing on the popular MATLAB simulation software and its basic library, Simulink. Perfect for engineering students and research scholars interested in electric vehicle systems, this course will provide a step-by-step training to develop system-level simulations of electric vehicle systems, offering insight and clarity into the simulation process.

Whether you’re a student from any branch of engineering, including diploma studies, this course has got you covered – although, a basic knowledge of the MATLAB simulation environment is recommended. Throughout the course, you’ll learn to develop a mathematical model of the vehicle, create a MATLAB simulation model, connect the vehicle model with the simulation model of an electric vehicle, predict system performance, and understand how design changes can affect desired outcomes. Embrace the power of MATLAB Simulink and enhance your electric vehicle simulation skills today!

Skills you’ll learn in this course:

  1. Developing a mathematical model of a vehicle
  2. Creating a MATLAB simulation model of a specific vehicle
  3. Developing simulations of specific electric motors
  4. Connecting vehicle models with electric vehicle simulations using a passive loading scheme
  5. Using the model to predict system performance
  6. Identifying changes needed in system design to achieve desired performance
  7. Gaining an understanding of the electric vehicle system
  8. Applying learnings to electrical and power electronics engineering research and projects

Understanding Electric Vehicle Technology – 2023 Edition

Course Preview Understanding Electric Vehicle Technology - 2023 Edition

Platform:
Udemy

Rating:
4.1 out of 5

Electric vehicles (EVs) have gone from a niche interest to a key component in the global energy transition. To help you understand the technology behind this game-changer, there’s a fantastic online course that dives into the inner workings of electric cars. You’ll get the chance to learn about electric vehicle motors, power electronics, batteries, charging infrastructure, smart charging, as well as future trends in EV development.

The course offers various formats for your learning, such as video lectures, presentations, and exercises, all complemented by real-world case studies. By joining, you’ll gain valuable knowledge on the operation principles of electric cars, essential battery technology, emerging innovations like solar EVs, and even cutting-edge advancements like wireless charging. So, why not come aboard and stay updated on this booming field’s rapid progression? Your future (and electric!) self will thank you.

Skills you’ll learn in this course:

  1. Understanding the operation principle of electric cars.
  2. Exploring motors and power electronics in electric vehicles.
  3. Gaining knowledge on battery technology.
  4. Learning about relevant charging infrastructure technologies and innovations.
  5. Grasping the concept of smart charging.
  6. Discovering future technology for EVs, such as wireless charging and solar EVs.
  7. Analyzing real-world case studies from projects.
  8. Staying updated on the fast-growing field of electric vehicles and emerging technologies.

Mastering Advanced Battery Management for Electric Vehicle

Course Preview Mastering Advanced Battery Management for Electric Vehicle

Platform:
Udemy

Rating:
4.1 out of 5

This online course is designed to provide students with a comprehensive understanding of battery management systems (BMS) for electric vehicles. Topics covered in the course include designing a BMS from scratch, component selection strategies, state of charge estimation algorithms, passive cell balancing algorithms, hardware design circuits for each module, and code implementation on STM32 microcontrollers. Additionally, this course delves into voltage-current-temperature measurement circuits, communication protocols like CAN, UART, I2C, and SPI, power management, and cell modeling.

The course is structured with multiple assignments and quizzes for participants to check their understanding throughout the learning process. By the end of the course, students will be well-equipped to develop their own BMS and enter the growing field of electric vehicles. With a focus on ensuring long battery life, increased efficiency, and thermal stability, this course is an excellent investment in both professional growth and the future of sustainable transportation. Enroll now and join the exciting world of electric vehicles and battery management systems!

Skills you’ll learn in this course:

  1. Design a BMS from scratch
  2. BMS component selection strategies
  3. SoC estimation and passive cell balancing algorithms
  4. Hardware design circuits for each module
  5. Code implementation on STMmicrocontrollers
  6. Voltage-Current-Temperature measurement circuits
  7. Communication protocols (CAN, UART, I2C, SPI)
  8. Power management and cell modeling for BMS

High Voltage Electric Vehicle Safety

Course Preview High Voltage Electric Vehicle Safety

Platform:
Udemy

Rating:
4.4 out of 5

If you’re interested in the world of electric vehicles and want to gain a comprehensive understanding of their design and safety requirements, this online course is perfect for you! It covers a wide range of topics, including the stringent safety norms required by global testing and certification agencies, essential high voltage components in electric and hybrid vehicles, and the key design requirements for ensuring safety in electric vehicle systems. Alongside these concepts, you’ll also dive into international regulations for component protection and specific requirements for water and dust protection in high voltage cables.

But that’s not all! This course will provide you with a solid foundation in understanding the operational requirements of various high voltage safety systems, high voltage interlock systems, failure control techniques, and electrical isolation requirements in electric vehicle design. You’ll also explore various isolation fault detection systems, capacitor discharge systems, and the operation of high voltage systems in the event of a crash or accident. To top it off, you’ll learn practical skills like measuring and calculating isolation resistance, using high voltage multimeters and insulation testers, and the standard operating procedures for safely disconnecting high voltage systems in electric and hybrid vehicles. By the end of the course, you’ll feel confident in your understanding of electric vehicle safety and design principles.

Skills you’ll learn in this course:

  1. Design requirements of electric vehicles for safety and global certification
  2. Recognition and understanding of high voltage components in electric and hybrid vehicles
  3. Degree of protection requirements for key electric vehicle components
  4. Water and dust protection for high voltage cables
  5. Operation and failure control techniques of high voltage interlock systems
  6. Electrical isolation requirements in electric vehicle design
  7. Measurement and calculation methods for isolation resistance in electric vehicle components
  8. Safe disconnection procedures for high voltage systems in electric and hybrid vehicles

Lithium Battery Technology for Electric Vehicle – Advanced

Course Preview Lithium Battery Technology for Electric Vehicle - Advanced

Platform:
Udemy

Rating:
4.1 out of 5

Dive into the world of electric vehicles with this comprehensive online course that covers everything from battery pack selection to thermal management system design. Discover the selection process and technical parameters for achieving optimal performance in electric vehicles, as well as the art of battery pack sizing for the best range and efficiency in both electric and hybrid vehicles. Throughout the course, you’ll also explore the challenges of thermal management design and learn about active and passive techniques to ensure your vehicle stays cool and efficient.

But that’s not all! You’ll also learn about the importance of battery pack mechanical design, packaging, and protection, including requirements for enclosures and structural design. Understand battery management system technology and its various safety functions. Get familiar with the battery pack and cell testing requirements, as well as the global testing standards. Last but not least, the course ties it all together with a detailed case study from two automotive manufacturers, focusing on their thermal management strategies. This course provides you with the knowledge and confidence to navigate the increasingly important and rapidly growing field of electric vehicles.

Skills you’ll learn in this course:

  1. Electric Vehicle Battery Pack Selection and Optimization
  2. Battery Pack Sizing and Calculation Methodology
  3. Thermal Management System Design Basics
  4. Battery Pack Mechanical Design, Packaging, and Protection
  5. Battery Management System (BMS) Technology and Functions
  6. Battery Pack and Cell Testing Requirements and Standards
  7. Case Studies: Thermal Management of Battery Systems in Automotive Industry
  8. Critical Evaluation of Manufacturer Strategies and Technologies

In conclusion, there’s no denying that electric vehicles are on the rise and show no signs of slowing down. As technology advances, it’s essential for enthusiasts and professionals alike to stay ahead of the curve and understand how they operate. Online courses provide an accessible and cost-effective way to dive deep into this dynamic world of electric vehicles, at your own pace and level of interest.

So whether you’re an aspiring EV mechanic, an environmental advocate, or simply a curious learner, these online courses can be the key to unlocking extensive knowledge in electric vehicles. Who knows, you might just find your newfound passion or career path by exploring these innovative courses. So, don’t miss out on this exciting opportunity and let your journey towards mastering electric vehicles begin!

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