Mechanical Engineering PhD and Electronic Engineer with extensive experience in robotics, mechatronics, vehicle dynamics, and smart manufacturing technologies. Expertise includes hardware and firmware development, robotic control, multibody simulation, digital twin systems, and vibration-based condition monitoring. Contributor to major research projects in biomedical robotics, soft exoskeletons for rehabilitation, driver-in-the-loop simulation, industrial process monitoring, and smart grid optimization. Experience covers the entire technical stack, from system design to the implementation of sensor–actuator architectures and advanced control systems. Co-inventor of patented robotic systems for angioplasty, endoluminal surgery, and motor and neurological rehabilitation. Author of numerous international publications. Professional background encompasses R&D consulting, IoT hardware/firmware development, and extensive academic teaching in Robotics, Applied Mechanics, Vehicle Dynamics, Mechanical System Modeling, Electronics, and Signal Processing. Key Skills Summary Robotics & Mechatronics: Design and control of medical robots, rehabilitation devices, soft exoskeletons, robotic end-effectors, and sensorized mechatronic systems. Academic & Practical Training: Teaching and training in Vehicle Dynamics, Applied Mechanics, Mechanical System Modeling and Simulation, Robotics Mechanics, and embedded hardware/firmware design.