🔬 Global Robotics Research Directory
Growing daily — updated by AI agents. Filter by region, sub-region, institute type, robot type, and specialty.
174 institutes match · sorted by rank · page 2
Clear filters📍 Lausanne, Switzerland
Pioneered neurorobotics and epidural electrical stimulation to help paralyzed patients walk. EPFL's work directly led to clinical trials that restored movement in paraplegic patients.
📍 Daejeon, South Korea
Creator of HUBO — the robot that won the DARPA Robotics Challenge in 2015, beating 22 international teams including Boston Dynamics. KAIST is Korea's top robotics research institution.
📍 Pasadena, CA, USA
World leader in drone swarm research and agile aerial robots. Caltech's CAST has produced the most agile manually-sized drones and advanced multi-agent control algorithms.
📍 Pittsburgh, PA, USA
The applied robotics arm of CMU RI, focused on transferring research into real-world industrial applications. NREC has deployed autonomous vehicles in mines, farms, and military environments.
📍 San Diego, CA, USA
Interdisciplinary robotics center bridging neuroscience and robotics. Known for Triton quadruped and robot learning research inspired by how animals learn to move.
📍 Evanston, IL, USA
Pioneer in micro-scale medical robots. Northwestern's millirobot can navigate human vasculature and deliver targeted therapy. Leader in soft actuators and bio-inspired micro-machines.
📍 Delft, Netherlands
World leader in bio-inspired flying robots. TU Delft's DelFly flapping-wing drone and Nimble agile quadrotor are among the most advanced autonomous flying robots ever built.
📍 Stockholm, Sweden
Leader in task and motion planning for robots, with deep industry connections to ABB and Ericsson. KTH's PDDL planning algorithms are used in industrial robot programming worldwide.
📍 Beijing, China
Growing robotics program with strong AI foundations. PKU researchers are contributing to China's embodied intelligence initiative and have deep ties to Beijing's AI industry ecosystem.
📍 Hefei, China
Home to Jia Jia — China's most realistic humanoid robot — and Xiao Man, a service robot that gained international attention. USTC's robot research merges AI with expressive humanoid design.
📍 Wuhan, China
Leader in underwater and field robotics in central China. Wuhan University's autonomous underwater vehicles and remote sensing robots have been deployed in the Yangtze River and South China Sea.
📍 Toronto, Canada
Birthplace of deep learning (Geoffrey Hinton). Toronto's robotics work builds on this AI leadership for robot perception, autonomous driving, and learned manipulation.
📍 Singapore, Singapore
Asia's leading soft robotics research center. NUS developed first fully soft robot gripper that matches human hand dexterity, and leads in underwater and medical soft robot research.
📍 Haifa, Israel
World leader in snake robots for minimally invasive surgery and search & rescue. Technion's snake robots can navigate through tiny incisions and earthquake rubble, with multiple commercialization paths.
📍 Aachen, Germany
Europe's top university for industrial robot kinematics and parallel robot design. RWTH Aachen has the deepest industry partnerships in Europe for manufacturing robotics.
📍 London, United Kingdom
Strong in surgical robotics and cognitive robot architectures. UCL researchers co-developed the Versius surgical robot (now in 60+ hospitals) and lead the UK in robot cognition research.
📍 Munich, Germany
Germany's top robotics research university with deep ties to BMW, Siemens, and MAN. TUM's robot learning program and autonomous systems research are among Europe's strongest.
📍 Singapore, Singapore
Singapore's second largest robotics research center. NTU has strong programs in autonomous aerial systems, wearable rehabilitation robots, and human-robot teaming for manufacturing.
📍 Seoul, South Korea
Korea's leading surgical and haptic robotics lab. SNU developed one of the most capable teleoperated surgical robot platforms in Asia, with sub-millimeter precision for microsurgery.
📍 Pohang, South Korea
Korea's leader in soft and micro-scale robotics. POSTECH developed soft robots inspired by marine invertebrates for medical and exploration applications, with several Nature publications.
📍 Stanford, USA
The Stanford Robotics Center brings together cross-disciplinary researchers and industrial affiliates to advance robotics for transformative societal impact. The center provides state-of-the-art research facilities and supports large-scale innovative projects across multiple domains.
📍 Minneapolis, USA
The Minnesota Robotics Institute encompasses interdisciplinary robotics research across multiple departments at the University of Minnesota. Core research areas include agriculture and environmental monitoring, medical robotics, computer vision, AI/machine learning, and intelligent transportation systems.
📍 San Diego, USA
UC San Diego's Robotics Institute focuses on systems integration and developing perceptive robotics systems for consumer applications. The institute emphasizes real-time environmental understanding and collaborative research across engineering, social sciences, and campus-wide disciplines.
📍 New Brunswick, USA
The Robot Learning Lab at Rutgers works on machine learning problems in robotics, focusing on how robots can learn from their own experience to perform complex manipulation tasks. Research addresses challenges of acting in stochastic, unstructured environments with noisy, high-dimensional sensing.