Gasgoo Munich-Unitree Embodied AI Industry College was officially unveiled at the Suzhou Industrial Park Institute of Vocational Technology — the first of its kind in Jiangsu Province.Image Source: Suzhou ReleaseThe institution is a collaboration between the Suzhou Industrial Park Institute of Vocational Technology, Unitree, Jiangsu Kewen Zhixue, and Wuhan Jingfeng Microcontrol. By aligning precisely with actual corporate job requirements, the college aims to innovate a collaborative education model involving industry, enterprises, and schools. Its mission: to cultivate high-caliber technical talent in embodied AI and support the growth of new quality productive forces.Unitree is a global leader in legged robotics, having made three appearances on the CCTV Spring Festival Gala and participated in major international events like the Winter Olympics and the Asian Games. Through this partnership, Unitree is contributing its technology, standards, and industrial resources to integrate deeply with the school, bridging the entire chain from R&D and teaching conversion to real-world scenario implementation. Unitree co-founder Chen Li said the aim is to build the college into a national benchmark for cultivating embodied AI talent in vocational education.Jiangsu Kewen Zhixue will handle local operations and align with industry needs, while Wuhan Jingfeng Microcontrol focuses on curriculum systems and project-based solutions. Together, they are building an ecosystem that integrates industry with education.Physical construction is complete, and the college has moved into substantive operations. The facility features four key functional modules: a quadruped robot maintenance lab, a quadruped robot training lab, a humanoid robot training lab, and a joint school-enterprise exhibition hall for embodied AI. With interior work and equipment debugging finished, the facility is ready for teaching, exhibitions, and community services.The college is equipped with Unitree’s Go2 quadruped robots and G1 humanoid robots, along with high-end sensors like LiDAR and depth cameras, all running on a ROS/ROS2 development environment. The exhibition hall offers a panoramic view of the latest applications in embodied AI. Five core practical courses are offered, utilizing a four-stage training model—'theory, simulation, physical hardware, and project execution.' This ensures faculty and students master cutting-edge technology while gaining the system design and delivery capabilities needed to solve real-world industrial problems.