Leading robotics and AI research institutes worldwide — from university labs to national research centers.
All: 44 institutes
Chinese Academy of Sciences institute focused on intelligent systems, pattern recognition, and robotics. Pioneering work in brain-inspired intelligence and autonomous systems.
Tsinghua University's institute bridging AI research and industrial applications, including embodied AI and robotics for manufacturing and healthcare.
National-level AI research institution developing foundation models, embodied intelligence, and open-source AI infrastructure including InternLM and OpenMMLab.
Hong Kong University of Science and Technology's robotics institute focusing on aerial robotics, autonomous systems, medical robotics, and human-robot interaction.
MIT's largest research lab, home to pioneering work in robotics, manipulation, soft robotics, and human-robot interaction. Birthplace of numerous robotics startups.
One of the world's premier AI research labs. Advances in robot manipulation, imitation learning, foundation models for robotics, and mobile ALOHA platform.
World's first robotics PhD program. Leading research in autonomous vehicles, field robotics, manipulation, and robot learning. Over 500 researchers.
Berkeley AI Research lab advancing robot learning, reinforcement learning, and dexterous manipulation. Home to influential work on sim-to-real transfer and VLAs.
One of the largest university robotics research centers in the US. Focus on healthcare robotics, human-robot interaction, manufacturing, and assistive technology.
World's largest academic deep learning research institute, founded by Yoshua Bengio. Growing research in robot learning, embodied AI, and decision-making under uncertainty.
Cross-departmental robotics institute spanning mechanical engineering, computer science, and UTIAS. Strong focus on autonomous systems and space robotics.
Waterloo's robotics research hub connecting 40+ labs across campus. Focus areas include autonomous vehicles, surgical robotics, and multi-robot systems.
Led by Prof. Marco Hutter, RSL develops legged and wheeled robots for challenging environments. Pioneered the ANYmal quadruped platform, won the DARPA Subterranean Challenge, and spawned the ANYbotics spinoff. Advances in perceptive locomotion, whole-body control, and reinforcement learning for real-world deployment.
Korea's premier robotics research and graduate program with 50 faculty across disciplines. Home to the HUBO Lab that developed Korea's first humanoid robot and won the 2015 DARPA Robotics Challenge. Spawned Rainbow Robotics, now a KOSDAQ-listed humanoid company.
Directed by Prof. Ken Goldberg, AUTOLAB is a leading center for research in robot grasping and manipulation. Pioneered the Dex-Net framework combining analytical methods with deep learning for robust grasping. Active in surgical robotics, warehouse automation, and cloud robotics with ~30 researchers.
Europe's leading humanoid robotics institute with ~1700 staff. Created the iCub open-source humanoid platform (40+ copies worldwide) and ergoCub for industrial human-robot collaboration. Developing iRonCub jet-powered flying humanoid. Spawned Generative Bionics (EUR 70M, Dec 2025), IIT's largest-ever spinoff.
One of China's earliest robotics labs, founded in 1986 by Academician Cai Hegao. Upgraded to State Key Lab in 2007. Key contributor to China's manned spaceflight, lunar exploration, and deep space programs. Spawned HIT Robot Group (HRG); alumni founded HITBOT and 40+ other robotics companies.
Part of Japan's largest public research organization. Home to the HRP humanoid series (HRP-2, HRP-4C, HRP-5P) spanning two decades of development. Hosts the CNRS-AIST Joint Robotics Laboratory with France. Reorganized April 2025 under Director Noriaki Ando with 6 research groups.
Japan's most prolific robotics laboratory, established ~1978 by Prof. Hirochika Inoue. Now led by Profs. Masayuki Inaba and Kei Okada. Pioneered musculoskeletal humanoids including Kengoro (sweating humanoid, Science Robotics 2016) and JAXON (DARPA Robotics Challenge). Spawned SCHAFT (acquired by Google).
Led by Prof. He Wang (Fortune China 40 Under 40, 2025). Research spans 3D visual perception, dexterous manipulation, VLA models, and robotic navigation. Spinoff: Galbot/银河通用 (founded 2023, ~$800M+ total funding, $3B+ valuation), one of China's highest-valued humanoid robotics companies.
25 robotics labs (12 core + 13 affiliated), ranked 6th globally. Led NCCR Robotics (CHF 85M, 2010-2022). Key labs: BioRob (Ijspeert — locomotion), LASA (Billard — IEEE RAS President 2024-2025), LIS (Floreano — aerial robotics). 24+ robotics spinoffs including Flyability and senseFly.
Israel's premier technology institute with world-leading medical robotics research. Prof. Moshe Shoham's lab spawned Mazor Robotics (acquired by Medtronic for ~$1.7B, 2018). Prof. Alon Wolf leads biorobotics and biomechanics research. Technion alumnus founded ReWalk Robotics (NASDAQ-listed, now Lifeward).
Non-profit research institute founded by Paul Allen, with a dedicated Embodied AI team advancing intelligent robots in simulation and real-world environments. All discoveries are open-sourced, including MolmoSpaces (230,000+ indoor scenes, 42M physics-grounded grasp annotations) and MolmoAct/MolmoBot for zero-shot sim-to-real manipulation.
Founded by Marc Raibert, the former CEO of Boston Dynamics and pioneer of modern legged robotics. Focuses on perception, control, and hardware for manipulation, learning-based control, and foundation models for physical tasks. Aims to advance the science of robotics and establish safety standards for robotic AI systems.
Stanford's premier embodied AI lab led by Prof. Chelsea Finn, developing algorithms for intelligent systems that learn from physical world interactions. Core contributor to Mobile ALOHA, OpenVLA, and pi-0. A leading force in imitation learning and vision-language-action models for robotics.
NYU Tandon School of Engineering's embodied intelligence initiative merging AI and wireless innovation with the physical world. Home to Prof. Lerrel Pinto's lab (2025 Sloan Fellow) advancing synesthetic dexterous manipulation and multi-sensory fusion for smart autonomous robotic systems.
NVIDIA's robotics research group developing foundation models for embodied agents including the Isaac GR00T N1 open humanoid VLA, Newton physics engine (co-developed with Google DeepMind and Disney Research), and Cosmos Reason world models. Led by Dr. Dieter Fox, advancing scalable simulation and sim-to-real transfer for robot learning.
Hugging Face's open-source robotics library and research team — the de facto community platform for robot learning. LeRobot v0.5.0 supports Unitree G1, Pi0-FAST VLA, and achieves 10x training speed. Includes SmolVLA (450M parameters), crowd-sourced datasets, and workflows for SO-100, Koch arm, and ALOHA platforms. Acquired Pollen Robotics (April 2025). Founded by Remi Cadene (departed Oct 2025 to UMA stealth startup).
China's flagship non-profit AI research institute, backed by the Ministry of Science and Technology and Beijing Municipality. Released RoboBrain 2.0 (June 2025), a 32B open-source embodied AI 'brain' that achieved state-of-the-art results on 10+ embodied benchmarks. Also released RoboOS 2.0 cloud platform for cross-embodiment policy generalization. Partners with 20+ Chinese robotics companies.
National-level humanoid robot innovation center designated by the Beijing Municipal Government (October 2024). Developed the Tiangong open humanoid platform capable of running at 12 km/h, and the Tien Kung 3.0 with the Wise KaiWu AI system for factory deployment. Maintains the Open-X-Humanoid open-source stack enabling community development on the Tiangong hardware.
Toyota's robotics R&D lab led by SVP Russ Tedrake (also MIT). Originated Diffusion Policy (2023 breakthrough in robot learning) and developed Large Behavior Models (LBMs), a diffusion transformer architecture for dexterous manipulation trained on 1700+ hours of robot data. Running joint LBM-Atlas program with Boston Dynamics as of 2025.
Google DeepMind's robotics research team that pioneered the VLA (vision-language-action) category with RT-1 and RT-2. Released Gemini Robotics 1.5 in March 2026, the first VLA built on Gemini 2.0. Co-developed the Newton physics engine with NVIDIA and Disney Research. Key researchers: Carolina Parada (VP Robotics), Kanishka Rao, Nicolas Heess.
Leading European group in neuro-cognitive robotics and multimodal human-robot interaction, led by Prof. Stefan Wermter. Developed the NICO and NICOL child-sized humanoid platforms for studying language-grounded and crossmodal robot learning. The TAMS group (Prof. Jianwei Zhang) focuses on service robotics and dexterous manipulation.
Mila — Quebec AI Institute's dedicated robotics and embodied AI research group, formally elevated to a strategic priority in 2025. Areas include physical AI for autonomous systems, long-horizon planning, and world models for navigation. In May 2026, Mila announced its first autonomous-trucking research partnership with Torc Robotics, operationalizing its physical AI strategy.
Tianjin's flagship robotics research lab, housed in Nankai University's College of Artificial Intelligence. Approved as a Tianjin Key Laboratory in 2013 and as a national 111 Base for international talent in 2020. Research focuses on intelligent robot perception, control, and application; medical robotics; and underwater autonomy.
Tsinghua University's cross-disciplinary research complex combining the Institute for Interdisciplinary Information Sciences (IIIS, founded by Turing laureate Andrew Yao) with the new Institute of Embodied Intelligence & Robotics (Nov 2025, 4 departments). Spinoff: Robot Era (星动纪元) raised 1B+ yuan at multi-billion-yuan valuation. Leads China's academic frontier in physical AI, VLA models, and humanoid robot learning.
The German Aerospace Center's flagship robotics institute and birthplace of the lightweight impedance-controlled robot arm. DLR's elastic joint technology became the KUKA LBR iiwa, the world's first commercially available collaborative robot. Developed the TORO and Rollin' Justin humanoids. Spinoff: Agile Robots (valued $1B+, SoftBank-backed 2026). Led by Prof. Alin Albu-Schaeffer, a pioneer of variable-impedance control.
Shanghai Jiao Tong University's robotics research complex, China's oldest robotics institution (established October 1979). Built China's first 6-DOF arc-welding robot (1985). Restructured as the Meta Robotics Institute in 2021, now encompassing 30+ faculty across 5 disciplines. In fall 2025, SJTU launched the world's first undergraduate major in Embodied AI, marking a new chapter in robotics education.
University of Tokyo lab led by Prof. Yutaka Matsuo, Japan's leading Physical AI research group. Co-authored the Open X-Embodiment dataset (ICRA 2024 Best Paper nominee). Launched Japan's first 'Physical AI' university course in April 2025 and drives the national embodied intelligence research agenda. Research spans world models, VLA architectures, and open-source robot learning infrastructure.
Korea's oldest government R&D institute (est. 1966) with a dedicated AI & Robotics division. Developed the MAHRU humanoid series (2005) and the KAPEX exoskeleton in collaboration with LG Electronics (2025). Established a joint Physical AI Research Center with Hyundai, Seoul National University, and POSTECH in 2024. Led by Prof. In So Kweon, a pioneer of Korean computer vision and robot intelligence.
Singapore's first and largest robotics research centre, established at Nanyang Technological University in 1994. Home to 22 principal investigators and 150+ researchers. Hosts CARTIN (Centre for Advanced Robotics Technology Innovation), funded by S$45M from Singapore's National Research Foundation. Has spun out 7+ companies including Endomaster (medical robots), Eureka Robotics, and Transforma Robotics.
Germany's foremost humanoid robotics laboratory, led by Prof. Tamim Asfour at KIT's Institute for Anthropomatics and Robotics. Developed the ARMAR family of humanoid robots since 1998 — from the original ARMAR to ARMAR-7 (2024), capable of autonomously performing household and industrial tasks including dishwasher unloading and laundry folding. Prof. Asfour serves as Spokesperson of the Robotics Institute Germany (RIG), a 16-institution national consortium. ArmarX, the lab's open-source software environment, is widely used across European humanoid research.
University of Oxford's interdisciplinary robotics institute, founded in 2016 by Prof. Paul Newman. Comprises eight research groups spanning mobile robotics, dynamic robot systems, soft robotics, applied AI, haptics, and neural processing. The Mobile Robotics Group pioneered the RobotCar UK project — the first autonomous vehicle on UK roads (2013). Key spinoff: Oxa (formerly Oxbotica, 400+ employees), a full-stack autonomy software company. Holds an EPSRC Programme Grant on Embodied Intelligence and is a leading UK partner in EU robotics initiatives.
The world's longest-running humanoid robotics research program, tracing its roots to WABOT-1 (1973) — the first full-scale humanoid robot ever built. The Humanoid Robotics Institute was formally established in April 2000, integrating labs led by Profs. Atsuo Takanishi and Shigeki Sugano. Developed the WABIAN series of bipedal locomotion robots, emotion-expressing KOBIAN, and ROBITA (conversation robot). Maintains international joint labs with ARTS Lab (Sant'Anna, Italy) and Beijing Institute of Technology. Research spans biomechanics-driven locomotion, emotional human-robot interaction, and medical rehabilitation robots.
The directory features 44 world-leading robotics and AI research institutes, including MIT CSAIL, Stanford SAIL, CMU Robotics Institute, Tsinghua AIR, CASIA, Shanghai AI Lab, and more.
Currently covering China (4 institutes), United States (5 institutes), and Canada (3 institutes). Chinese institutes include CASIA, Tsinghua AIR, Shanghai AI Lab, and HKUST Robotics Institute.
Selection criteria include: significant research output in robotics or AI, active research teams, high-impact publications, and industry collaboration. All information is verified against official institutional websites.