Controls

The Controls track covers the fundamental and advanced principles of feedback and automation systems. Students learn how to model, analyze, and design control systems that regulate the behavior of dynamic processes, ensuring stability, precision, and robustness. Coursework emphasizes classical and modern control theory, real-time implementation, and system optimization. Applications of control engineering are vast, ranging from robotics, aerospace, and automotive engineering to power systems and industrial automation. By mastering both theoretical and practical aspects, students will be prepared to design control strategies that enable machines and processes to adapt intelligently to changing environments and perform reliably under complex conditions.