Students learn robot movement, sensors, coding, navigation, and CAD-based prototyping through hands-on activities and real-world challenges. The program builds problem-solving, logical thinking, creativity, and innovation skills, culminating in a Smart Delivery Robot capstone project that integrates automation, custom design, and presentation.

Students explore multi-leg movement, gait control, sensor fusion, and AI-based navigation while working with a professional research-grade platform. Participants learn how LiDAR, depth cameras, IMUs, and intelligent control systems enable the robot to operate in complex environments. Through hands-on missions such as exploration, inspection, and rescue simulations, learners build real-world robotics and autonomy skills. The course concludes with a capstone mission project showcasing the Hexplorer’s full capabilities.

Students progress from operating humanoid robots to programming motion, using sensors, applying computer vision, and working with SDK and ROS2. The course emphasizes hands-on projects, ethical AI, real-world applications, and culminates in a capstone deployment project. Students earn multiple certifications aligned with robotics and AI career pathways.