This specialized module is designed to cultivate students' rigorous theoretical foundation in dynamic systems and comprehensive capabilities in mechatronic engineering integration. The curriculum is structured into three progressive stages:<br><br>1. Dynamic & Control Foundations (Foundational Theory Stage):<br>Anchored by the required courses "Dynamics" and "Automatic Control", students establish core competencies in describing physical dynamic behaviors and mathematical modeling of systems, gaining an in-depth understanding of feedback control principles and system response characteristics.<br><br>2. Deepening & Broadening Control Theory (Advanced & Broadening Stage):<br>Building upon foundational theories, students can take "System Dynamics" to deepen multi-domain state-space analysis, or study "Linear Control Systems" to master modern control system design and frequency response techniques. Alternatively, students may select "Digital Control System" to explore discrete-time control and microcontroller implementation, broadening advanced control methodologies.<br><br>3. Electronic Practice and Mechatronic Integration (Practical or Applied Stage):<br>In the culminating stage of practical application, students select one course from "Applied Electronics (with Laboratory Session)", "Electromechanical System Principles and Experiments (Ⅰ)", or "Microprocessor Controlled Systems". This bridges theoretical control concepts with real-world circuit implementation, sensor-actuator interfacing, microprocessor firmware programming, and comprehensive experimental testing, fully solidifying hands-on engineering capabilities and multidisciplinary system integration competencies.