Modeling Electrical Devices and PID Control Systems

Modern electrical engineering relies heavily on simulation to test power converters and motor drives before building physical prototypes. This text-based course guides you from the absolute basics of electrical circuit theory to modeling complex transistor converters, electric motors, and tuning PID controllers for automatic control systems. What you'll learn: Learn the core principles of power electronics and electric motor simulation; Model transistor-based converter circuits, including buck, boost, and inverter topologies; Understand the fundamentals of DC and induction motor dynamics; Design and tune PID controllers to regulate speed, voltage, and current; Apply modern simulation workflows to analyze system stability and performance; Practice analyzing feedback loops and control system responses through structured written exercises. You will start with foundational definitions of electrical components and control theory, then progress to step-by-step walkthroughs of converter and motor modeling, and conclude with practical control system design. This course is designed for beginners, engineering students, and technicians looking to understand simulation-driven design without needing prior advanced control theory. Start reading today to build a solid foundation in electrical system modeling and control.