The Safe Intelligent Robot Research Center (SIRRC) focuses on safe, reliable, and explainable intelligent robot techniques to improve the safety, reliability, and human-robot mutual trust when robots are working in dynamic, time-varying, and unstructured environments.

The center covers cutting-edge and hot research areas of robotics, including bioinspired robotics, soft robotics, artificial intelligence, autonomous control, and information sensing. Through the cross-integration of multi-disciplinary cutting-edge technologies, breakthroughs will be made in the scientific problems of the integration of human, robot and environment, such as complex environment interaction, human-robot mutual trust mechanism, multi-agent control and system integration, and intelligent algorithm safety verification and other theories and technologies, establishing a safe and intelligent robot technology integration platform for advanced scientific research such as human-robot integration and autonomous intelligent systems.

The center aims to achieve a series of original breakthrough and achievements in the actuation, perception, control, human-robot mutual trust, safety verification and other aspects of safe intelligent robots, leading the development of safe intelligent robot technology and systems, and providing theoretical and technical support and reserves to the strategic emerging industries of robots and key areas of national safe intelligent robots.