Build the Dynamic Model of an Electric Vehicle with MATLAB

🚗 Build the Dynamic Model of an Electric Vehicle with MATLAB 🚀

Course Headline:

Develop a MATLAB simulation model of an electric vehicle with step-by-step instructions (Free Original MATLAB Sim Files)

Course Description:

Simulation is a pivotal tool in predicting the performance of complex systems, and MATLAB stands at the forefront as a professional software solution for engineers and researchers globally. With its extensive suite of tools and ready-to-use models across various fields of engineering and science, it's an indispensable resource. In this comprehensive online course, Dr. Jignesh Makwana guides you through the process of creating a system-level simulation model of an electric vehicle using MATLAB's powerful Simulink library. 🛠️💻

Why Join This Course?

• Practical Learning: Engage with hands-on exercises to understand the simulation of electric vehicles in a clear and straightforward manner.
• Step-by-Step Instructions: The course is structured for ease of learning, taking you from the basics to the advanced features of MATLAB simulation.
• Real-World Application: Learn how to predict vehicle performance with different types of electric motors, preparing you for real-world scenarios.
• Accessible to All: Whether you're an engineering student, a researcher, or a professional, this course is designed for learners from all branches of engineering, including diploma students. A foundational knowledge of the MATLAB environment is required to get started.

Course Outline:

What You Will Learn:

• Developing Mathematical Models: Understand how to create a mathematical model that represents the vehicle's dynamics accurately.
• MATLAB Simulation Model Development: Master the art of developing a MATLAB simulation model specific to your electric vehicle.
• Electric Motor Simulation: Learn how to simulate an electric motor within MATLAB, analyzing its behavior and performance.
• Passive Loading Scheme Integration: Discover how to connect the developed vehicle model with a simulation model of an electric vehicle using a passive loading scheme.
• Performance Prediction: Utilize the complete model to predict the performance of the electric vehicle system under various conditions.
• Design Optimization: Identify what changes are needed in the system design to meet your desired performance targets.

Course Benefits:

This program is tailored for students and research scholars with an interest in electric vehicle systems, particularly those in electrical engineering and power electronics. By the end of this course, you'll have a solid understanding of how to model an electric vehicle using MATLAB and Simulink, enabling you to contribute meaningfully to the advancement of EV technologies.

🎓 Join us to embark on an enlightening journey into the world of electric vehicles through the lens of simulation with MATLAB. With free original MATLAB sim files, you'll have all the resources you need to succeed. Let's accelerate your learning and innovation! 🚘⚡️