Module Control Technology for Advanced Learners

Module Content

In this module, you'll learn how to control technical systems so that they remain stable and reliably perform their tasks, even under the most challenging conditions. Imagine developing a robot that must navigate rough terrain or an aircraft that can fly safely even in strong gusts of wind. This is where robust control comes into play!

What to expect:

• Mastering Multivariable Control: Learn to precisely control complex systems with multiple inputs and outputs.
• Designing Robust Controllers: Build controllers that continue to function even when the system's characteristics change.
• Optimizing Performance: Find the perfect balance between fast response and low overshoot.
• Building MATLAB Skills: Put your knowledge into practice and create your own controllers.

Your Benefits:

• Future-proof Qualification: Robust control is in demand in many industries, from automotive to aerospace.
• Deep Understanding: Gain a solid foundation for further specializations in control engineering.
• Practical Application: Develop solutions for real-world problems and prepare optimally for your professional future.

Content in Detail:

• Stability and Performance: How do I make a system stable and how quickly does it respond?
• Modern Controller Design: LQG, H∞ – what's behind these acronyms?
• Mastering Uncertainties: How do I deal with disturbances and modeling inaccuracies?
• MATLAB Practice: From simulation to implementation – everything from a single source.

Simplified Explanation

This module will teach you how to create control systems that are incredibly reliable and can handle unexpected changes. You'll learn to control complex systems like robots and airplanes. You'll also learn how to make sure these systems are stable and respond quickly to commands.

Key topics covered:

• Controlling multiple things at once: Learn to control systems with many inputs and outputs.
• Building controllers that work in all situations: Even when things change, your controller will still work well.
• Finding the best balance: Learn to make your system respond quickly without overshooting.
• Using MATLAB: A powerful software tool to design and test your controllers.

By the end of this module, you'll have the skills to design and implement robust control systems for a wide range of applications.