In the field of campus logistics in China, traditional delivery methods mainly rely on manual handling or simple means of transportation. These methods suffer from low efficiency and high costs, which may adversely affect the timeliness and economy of campus logistics. To address this issue, we propose the "Campus Delivery Cart" project. This cart is equipped with an intelligent control system based on the TRAVEOâ"¢ T2G CYT4BB7 microcontroller unit and integrates a GPS positioning module, enabling automatic navigation and positioning. The core design of the cart includes intelligent path planning and obstacle avoidance technology, as well as a user interface, allowing the cart to flexibly deliver goods within the campus. This innovative design significantly improves delivery efficiency, enabling faculty and students to receive goods more conveniently and enhancing the overall logistics experience.