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Self-governing and robotic technologies are increasingly prevalent in our daily lives, ranging from manufacturing robotic arms in assembly lines to automated vacuum cleaners, lawn trimmers, autonomous vehicles, aerial drones, space exploration robots, and various other mechatronic or self-operating systems. The global industry shows significant strategic focus on Robotics and Automated Systems (RAS), as demonstrated by numerous national and international policy frameworks and collaborative initiatives. While businesses are creating robotic and autonomous innovations, there's a growing demand for engineering graduates who can shape these technologies. This innovative program is designed to equip students with essential robotics, mechatronics, and control engineering competencies. Participants will gain insights into core autonomous system methodologies, integrating disciplines like electronics, control systems, production fundamentals, and mechanical engineering. The curriculum merges theoretical knowledge with hands-on engineering applications, addressing genuine industrial challenges.