Modelling & Simulation of Switched Reluctance Motor & Drive

🔧 Dive into the World of Switched Reluctance Motors with Dr. Jignesh Makwana!

Course Title: Modelling & Simulation of Switched Reluctance Motor & Drive

Headline: Learn simulation of SRM drive like a hands-on MATLAB workshop

Course Description:

Switched Reluctance Motors (SRM): A beacon of innovation in the realm of electric motors, SRMs have been captivating engineers and researchers for their mechanical simplicity and magnetless operation. Since their introduction in the mid-1800s, these motors have not only stood the test of time but have also seen a resurgence in interest, particularly due to their efficiency in powering electric vehicles within our energy-conscious era.

MATLAB's Role: In today's fast-paced engineering world, MATLAB Simulation stands out as an indispensable tool for research and development. It empowers engineers to predict system performance, validate control strategies, and significantly cut down the time required in product development—a game-changer for any project.

Your Instructor: Greetings! I am Dr. Jignesh Makwana, an experienced SRM aficionado who started my journey with these fascinating motors in 2005. Since then, my work has been widely acknowledged, with numerous publications in prestigious IEEE conferences and SCI journals to my name, including my Ph.D. from the Indian Institute of Technology Roorkee (IIT Roorkee) in 2013. My expertise extends to providing consultancy services for the design and development of SRM drives across various industries.

Course Offering: This comprehensive course is tailored for students, researchers, and engineers who wish to incorporate SRMs into their dissertations or projects. It delves into the intricacies of designing and developing simulation models of SRM Drives using MATLAB. You'll explore various non-linear mathematical modeling techniques and understand the nuances of SRM motor modeling, commutation pulse generation, current control, voltage PWM control, speed control techniques, closed-loop control strategies, load characteristics, electric braking, and regenerative braking, all through practical MATLAB simulations.

Hands-On Learning: Unlike conventional courses that rely heavily on theoretical explanations, this course offers a hands-on MATLAB workshop experience. Each simulation model is demonstrated in real-time, providing you with an immersive learning environment. This approach ensures that you not only grasp the concepts but also learn how to apply them effectively.

What You'll Learn:

• Switched Reluctance Motor Basics: Understanding the fundamentals of SRMs and their advantages over traditional motors.

• MATLAB Simulation Techniques: Mastering MATLAB as a simulation tool for modeling, simulating, and optimizing SRM drives.

• Advanced Mathematical Modeling: Learning various non-linear mathematical models to accurately represent the SRM behavior.

• Pulse Generation & Control Strategies: Discovering techniques for commutation pulse generation and implementing current and voltage control.

• Speed, Load Characteristics, and Braking Systems: Exploring speed control techniques, understanding load characteristics, and experimenting with electric and regenerative braking systems.

• Closed-Loop Control Techniques: Diving into the world of closed-loop control to optimize the SRM performance in real-world applications.

Why Enroll in This Course?

• Real-World Experience: Learn from an expert who has extensive industry experience and academic research background.

• Practical Knowledge: Engage with practical, hands-on MATLAB simulations instead of just theoretical knowledge.

• Cutting-Edge Techniques: Stay ahead of the curve by learning the latest modeling techniques for SRM drives.

• Versatile Applications: Apply your newfound skills to a variety of projects, from electric vehicles to industrial applications.

Join Dr. Jignesh Makwana in this enlightening journey into the world of SRMs and MATLAB simulations. Sign up now and unlock the potential of electric motors like never before! 🚀

📆 Enroll Today & Transform Your Skills Tomorrow!