Revolutionizing Control Engineering Education: Bridging Theory and Practice with MATLAB, Real-Time Experiments and Hands-on Labs

Teaching control engineering effectively requires innovative approaches that bridge theoretical concepts with real-world applications. This paper presents a modern, practical methodology by integrating MATLAB simulations, live classroom experiments and hands-on laboratory exercises. Unlike traditional teaching that often relies heavily on lectures and theoretical problem solving along with isolated laboratory experiments, this approach emphasizes active learning and the immediate application of theoretical concepts. MATLAB is utilized as the foundational tool for simulation and calculations, enabling students to visualize system behavior and validate their designs interactively. Live experiments in the classroom provide dynamic demonstrations of core principles such as system response, stability, frequency response and feedback, fostering a deeper understanding through direct observation. Complementary laboratory exercises enable students to work with real-world control systems, bridging the gap between simulation, observation and practical implementation. Initial evaluations show improved comprehension, increased motivation, and a stronger connection between theoretical knowledge and its practical application. This paper discusses the design, implementation and outcomes of this integrative teaching strategy.