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Self-operating and automated technologies are increasingly prevalent in our daily lives, ranging from robotic arms in manufacturing facilities to autonomous vacuum cleaners, lawn trimmers, driverless vehicles, aerial drones, space exploration robots, and various other mechanized or self-governing systems. The global industrial sector has placed significant emphasis on Robotics and Automated Systems (RAS), as demonstrated by numerous national and international policy frameworks and collaborative initiatives. Businesses are actively creating robotic and autonomous innovations, creating demand for engineering graduates with specialized knowledge to advance these technologies. This newly developed program focuses on delivering essential competencies in robotics, mechatronics, and control systems. Students will gain comprehensive understanding of autonomous system fundamentals, integrating disciplines like electronics, control theory, production methodologies, and mechanical engineering. The curriculum merges theoretical concepts with hands-on engineering applications, addressing genuine industrial challenges.