
IRCISR is oriented to the major national needs of leading innovation in intelligent robot technology and building an industrial ecosystem. It grasps the development trend of cross-disciplinary research in cutting-edge basic sciences at home and abroad, and focuses on key areas such as robot spatial cognition and embodied interaction technology, precision intelligent manufacturing robots, multi-robot collaborative systems, and on-orbit space service robots. It creates a new type of scientific and technological innovation platform with the concept of "integration of science and education, and industrial promotion". Through the full-chain collaboration of "basic research-technical breakthroughs-achievement transformation", it provides core theoretical and technical support for multiple application scenarios such as service robots entering homes, special environment operations, smart logistics, emergency rescue, intelligent precision manufacturing, on-orbit maintenance of satellites, and space debris removal. It strives to cultivate high-level compound talents in robotics engineering with interdisciplinary and international perspectives, and promote the intelligent robot industry to leap to the high end of the value chain.
The International Research Center for Intelligent Systems and Robotics builds a sci-tech innovation platform covering robotic intelligent perception & interaction, intelligent manufacturing, multi-robot collaboration, and on-orbit space services, guided by the philosophy of integrating science-education and industry-promotion. The center focuses on four core research areas:
1. Spatial Cognition and Human-like Embodied: Covering real-time perception of dynamic scenes, long-term cognition in 3D space, and embodied intelligent interaction of robots;
2. Precision Intelligent Manufacturing Robots: Including ultra-precision mechatronic system design and optimization, micro-nano scale sensing and measurement, and intelligent control of precision mechatronic systems;
3. Multi-Robot Collaborative System: Involving relative positioning of multi-robots, collaborative sensing of multi-sensors, and collaborative planning and control of multi-robots;
4. On-orbit Service Robots for Space: Covering space environment perception and navigation, on-orbit autonomous operation of space robots, and intelligent collaborative control of space robots.