The Bioinspired Intelligent Robotic Design Lab (BIRD Lab) at Southern University of Science and Technology — exploring the wisdom of nature to create the next generation of robots.南方科技大学仿生智能机器人设计实验室 —— 探索自然智慧，创造下一代机器人。
Bioinspired intelligence · Robot design · Interdisciplinary innovation仿生智能 · 机器人设计 · 交叉创新
The Bioinspired Intelligent Robotic Design Lab (BIRD Lab) at Southern University of Science and Technology is dedicated to drawing inspiration from biological systems — not just mimicking their forms, but embedding their essential operational logic into the core of robotic systems.南方科技大学仿生智能机器人设计实验室（BIRD Lab）致力于从生物系统中汲取灵感——不只是模仿生物形态，而是将其本质运行逻辑嵌入机器人系统的核心。
We integrate mechanical engineering, control theory, artificial intelligence and materials science, focusing on suction adhesion mechanisms in robotics, biomimetic humanoid robotic systems, and soft robotics, providing innovative solutions for next-generation compliant, flexible, human-like humanoid robots, as well as healthcare, livelihood and underwater special operations.我们融合机械工程、控制理论、人工智能与材料科学，聚焦于机器人真空吸附机制、仿生人形机器人系统与软体机器人等前沿方向，为下一代柔顺、灵活、拟人的人形机器人，以及医疗、民生、水下特种作业等领域提供创新解决方案。
Lab updates · Research highlights · Academic activities实验室动态 · 研究成果 · 学术活动
We welcome outstanding scholars with backgrounds in mechanics, electronics, control or artificial intelligence to join us in advancing bioinspired intelligent robotics.欢迎具有机械、电子、控制或人工智能背景的优秀学者加入我们，共同推动仿生智能机器人技术的发展。
Apply Now →立即申请 → # Recruitment招生招聘The team developed an embodied-intelligence soft robot integrating grasping, perception, decision-making and actuation — providing new ideas for low-cost integration and compliant interaction in soft robotics.研究团队开发出将抓取、感知、决策与驱动融于一体的具身智能软体机器人，为软体机器人的低成本集成与柔顺交互提供了全新思路。
View Publications →查看论文 → # Soft Robotics软体机器人A wall-climbing robot based on water-enhanced soft sliding suction achieves superior load-to-energy efficiency, paving the way for high-performance climbing systems.基于含水软体滑动吸附的爬壁机器人实现了高负载-能耗比，为高性能爬壁系统开辟了新路径。
View Publications →查看论文 → # Wall Climbing爬壁机器人