China Launches the World's First School for Humanoid Robots

China is preparing to inaugurate the world's first school dedicated to training humanoid robots. The center, which will officially open in July in the Zhangjiang technology zone in Shanghai, will host over 100 robots produced by more than a dozen different companies. The goal is ambitious: to teach humanoids to live and work in the real world while simultaneously gathering enormous amounts of data to accelerate the development of future generations of intelligent machines.

The project is managed by the National and Local Co-built Humanoid Robotics Innovation Center and represents one of the symbols of the Chinese strategy in the robotics sector. Rather than competing individually, many tech companies in the country collaborate by sharing infrastructure, components, and knowledge, creating a highly efficient ecosystem capable of rapidly innovating.

Inside the structure of over 5,000 square meters, the robots will follow a real training program. The first lessons will cover 45 "atomic skills," which are fundamental movements like grasping objects, transporting them, positioning them correctly, or manipulating them with precision. These tasks may seem simple for a human but are extremely complex for a machine.

Additional Details About the Robot School Project in China

According to Xu Bin, the general director of the center, the goal is to create a gigantic shared platform of data and knowledge. Each robot will be observed during thousands of daily repetitions of specific movements. Researchers will collect about 50,000 data points each day, amounting to over 10 million pieces of information each year.

This data will be used to improve the learning of future humanoids and develop increasingly sophisticated models. The robots will be prepared to work in numerous sectors: industry, healthcare, tourism, agriculture, and domestic services. Among the most difficult tasks to learn are operations considered mundane by humans, such as folding clothes, organizing shelves, or properly grasping delicate objects. Even movements like flipping a pan or timing its placement require a very advanced level of coordination. One of the most innovative aspects of the project will be the creation of a kind of shared "super brain," powered by the data collected from all participating robots.