Proceedings of the 11th International Conference on Mechatronics and Control Engineering

This framework gives detailed guidance for analyzing, modeling, and controlling advanced mechatronic systems, using methods from recent conference papers. It looks at how mechanical design, sensor technology, and control algorithms work together to improve performance. The study presents clear steps for modeling complex mechanical structures, studying vibration behavior, and applying strong control strategies. It especially highlights dynamic simulation of robotic arms, using smart sensors for real‑time feedback, and testing functional materials under dynamic loads. Tools such as MATLAB/Simulink and finite‑element analysis are used to evaluate control stability and mechanical response systematically. The approach helps graduate students organize research on multi‑body dynamics, sensor‑actuator integration, and adaptive control loop design. In the

end, it serves as a practical reference for building high‑fidelity simulations and testing control ideas in modern mechatronic applications, linking theory with real‑world implementation.

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