In this module, students will embark on an immersive journey combining advanced robotics, artificial intelligence, and game concepts to deepen their technological expertise. Using Quarky, they will develop skills to design, assemble, and program intelligent robots while exploring real-world AI applications. Learners will begin with creative activities such as building a Face Filter, gaining insights into AI-driven applications. They will then transition to robotics fundamentals, learning to wirelessly control robots, understand sensors and actuators, and create practical projects like obstacle avoidance and edge detection robots. Each session is designed to strengthen their understanding of how robots perceive their environment and respond intelligently to it. Advanced challenges include assembling robots capable of face tracking, avoiding obstacles, and detecting edges, all programmed using AI concepts and Quarky’s features. By the end of this module, students will have mastered critical robotics and AI skills, honed problem-solving abilities, and completed innovative projects that showcase their learning journey in a dynamic and engaging way.