Active Suspension System with Matlab and System Dynamics

Learn to build powerful system dynamics models – a core skill in mechatronic systems and mathematical modeling. This course dives into the practical application of analogy models and their connection to energy principles, empowering you to translate theoretical concepts into working simulations.

A major challenge for engineering students is bridging the gap between theory and real-world application. This course tackles that head-on using MATLAB and its intuitive SIMULINK interface. You'll gain hands-on experience modeling systems in real-time, observing time responses, and understanding how input values affect system behavior.

Master essential modeling techniques like Transfer Function and State-Space Models to implement equations of motion. We'll explore frequency-domain analysis to characterize linear systems and develop tools for control problems. Discover how to model even nonlinear systems effectively using the State-Space model.

A significant focus is on leveraging Matlab Function expressions within MATLAB/SIMULINK for efficient script application. You'll also learn how to translate theoretical system parameters into practical design parameters applicable in real-world scenarios.

Specifically, we'll explore Active Suspension System Modelling, gaining insights into material selection and design parameters in a 3-dimensional space. This course provides a solid foundation for developing advanced engineering solutions.