The Mechatronics and Robotics research line uses a multidisciplinary approach to focus on the development of innovative mechatronic devices and robotic systems that push the boundaries of performance, efficiency, safety, and sustainability across diverse industrial and societal applications. We emphasize the integration of advanced mechanical engineering, electronics, electrical drives, control systems, and computational intelligence to design cutting-edge solutions tailored to real-world challenges. Key applications include: - smart and adaptive structures capable of responding dynamically to environmental stimuli - bioinspired, collaborative, and autonomous robotic systems, with a strong emphasis on safe human-machine interaction - artificial intelligence and machine learning algorithms to enhance perception, planning, and control capabilities - microsystems and intelligent actuators, including MEMS and nanoscale devices, which provide unmatched precision and efficiency.