Robust Control System Design and Simulation
Why take this course?
🚀 Course Title: Robust Control System Design and Simulation using MATLAB and SIMULINK with Dr. Nidhi Sharmar
🎓 Course Headline: Master the Art of Robust Control and Sliding Mode Control with Practical MATLAB & SIMULINK Applications!
Unlock the World of Robust Control Systems!
Welcome to an in-depth journey into the realm of Robust Control System Design and Simulation. This course is meticulously crafted for enthusiastic learners who aspire to understand and apply robust control principles to real-world systems. With Dr. Nidhi Sharmar as your guide, you will delve into the fundamentals and advancements of robust control, sliding mode control, and optimization in MATLAB and SIMULINK environments.
Course Description:
📚 Fundamental Underpinnings to Advanced Concepts:
- Modeling Basics: Start your learning journey by understanding the core concepts of system modeling in MATLAB/SIMULINK.
- Robust Control Mastery: Grasp the foundational theories behind robust control and learn how to apply them to different systems.
- Controller Design & Simulation: Design robust controllers, including Sliding Mode Control (SMC) controllers, for specific applications and observe their behavior through detailed simulations.
- Advanced SMC Techniques: Explore advanced sliding mode control techniques with real-world applications and MATLAB implementations.
- Optimization Algorithms in Robust Control: Apply optimization algorithms to enhance the performance of robust control systems.
Course Highlights:
- Theoretical Grounding: Well-explained theoretical concepts ensure a strong understanding of the principles you're learning.
- Versatile Applications: Learn to apply robust control schemes across various applications, enhancing your problem-solving skills.
- Comprehensive Robust Control Schemes: Explore different types of robust control schemes and their practical implementations.
- Simulation Expertise: Gain hands-on experience with MATLAB simulations for sliding mode controllers, H2, and controllers, providing a deep understanding of dynamic systems.
- Extensive Content: Engage with a total of 8 modules featuring detailed practice content to solidify your knowledge.
What You Will Learn:
- Robust Control System Basics: Understand the principles of robust control and their significance in system design.
- Concept of Uncertainty: Learn how to handle model uncertainties and external disturbances in control systems.
- Sliding Mode Control Concepts: Get a grasp on the concept of sliding mode control and its applications.
- SMC Controller Design & Simulation: Design SMC controllers for different systems and simulate their behavior using MATLAB/SIMULINK.
- Terminal and Fast Terminal SMC Design: Understand the design principles behind terminal and fast terminal SMCs.
- Integral SMC Design: Explore integral SMC designs and their roles in improving system performance.
- Higher Order SMC Design & Simulation: Learn about higher-order sliding mode control systems and how to simulate them in MATLAB/SIMULINK.
- Controller Synthesis with MATLAB Implementation: Synthesize controllers, design simulations, and see the real-world applications of your work.
Join Us on This Robust Control Adventure!
By the end of this course, you will not only understand the theoretical aspects of robust control systems but also be able to implement these concepts using MATLAB and SIMULINK. Whether you're a student, engineer, or researcher, this course will provide you with the skills needed to tackle complex control system design challenges with confidence.
🎓 Enroll now to embark on your journey towards becoming an expert in Robust Control System Design and Simulation! 🎓
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