🔬 Global Robotics Research Directory
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328 institutes match · sorted by rank · page 14
📍 Boulder, United States
The Autonomous Robotics and Perception Group at CU Boulder builds robots that perceive, navigate, and act in complex real-world environments. Research spans perception, SLAM, field robotics, and vision-language-action models for robot autonomy.
📍 Washington, United States
The Autonomous Vehicle, Robotics & Control Lab at Howard University conducts research on autonomous vehicles and robotics with U.S. Army and NSF funding. The lab also operates the Robotics & Automation Outreach Program for STEM education.
📍 Tokyo, Japan
The Humanoid Robotics Institute at Waseda University focuses on research and development of robot technology for co-creation with humans. Led by Prof. Atsuo Takanishi, the institute conducts cutting-edge research on humanoid robot design, dynamics, and control.
📍 Tokyo, Japan
The Humanoid Systems Laboratory explores next-generation robot systems for human coexistence and prosperity through development of cutting-edge humanoid robots, four-legged robots, power suits, and hydraulic systems. The lab provides education on robot hardware design, control, motor learning, and bio-inspired mechanisms.
📍 Tokyo, Japan
The Bio-Robotics & Human-Mechatronics Laboratory at Waseda University's Graduate School of Information, Production and Systems (IPS), led by Prof. Takafumi Matsumaru, combines bio-inspired principles with robot design and control to develop advanced humanoid and wearable robotic systems.
📍 Tokyo, Japan
Togo Laboratory at the University of Electro-Communications focuses on 'Humanize Robotics' by deeply integrating cyborg technology and computational neuroscience to understand how skilled human body movements are created through musculoskeletal physics and central nervous system control.
📍 Kaiserslautern, Germany
The Robotics Research Lab at University of Kaiserslautern is part of the Centre for Commercial Vehicle Technology, focusing on autonomous commercial vehicle development. The lab maintains collaborations with major vehicle manufacturers including John Deere and Volvo for off-road robotics applications.
📍 Bristol, United Kingdom
Bristol Robotics Laboratory is Europe's largest academic robotics centre, a joint venture between University of Bristol and UWE Bristol. The lab conducts research across multiple robotics domains including humanoid robots, soft manipulation, and autonomous systems.
📍 Berlin, Germany
The Robotics and Biology Laboratory at TU Berlin partners with leading institutions to advance soft manipulation research. The lab combines biological inspiration with advanced robotic design to create hands capable of complex manipulation tasks.
📍 Daejeon, South Korea
KAIST Institute for Robotics consists of eight research laboratories pursuing robot intelligence across multiple domains including humanoid robotics, artificial intelligence, and telerobotics. The institute focuses on creating intelligent robotic systems with advanced perception and control capabilities.
📍 Pohang, South Korea
POSTECH Center for Intelligent Robot has been a major research focus since the university's founding in 1986. Originally established as ROPAC (Robotics and Process Automation Center), it was renamed in 2002 and aims to be a world-class center in intelligent robot technology and control.
📍 Daejeon, South Korea
The Robot Intelligence Technology Lab (RITL) at KAIST conducts research on robot intelligence, perception, and control. The lab focuses on developing advanced robotic systems with enhanced learning and reasoning capabilities.
📍 Seoul, South Korea
PIER Lab at KIST studies how robots can physically interact with and perceive the real world. The lab bridges AI and embodied intelligence through force-aware sensing, visuomotor policies, and whole-body control for agile contact-rich manipulation.
📍 Unknown, United States
The Collaborative AI and Robotics Lab focuses on algorithms enabling safe and effective human-robot collaboration. Research spans manufacturing, disaster response, autonomous vehicles, and space exploration, developing novel methods in task planning, motion planning, and explainable AI.
📍 Minneapolis, United States
The Minnesota Interactive Robotics and Vision Laboratory at the University of Minnesota develops advanced autonomous underwater vehicles powered by artificial intelligence for marine research and conservation. The lab focuses on AUV systems that can autonomously collect environmental data and navigate complex underwater environments.
📍 Blacksburg, United States
The Center for Marine Autonomy and Robotics at Virginia Tech develops autonomous underwater vehicles including the VT 690 AUV for advanced marine research missions. The center receives support from the Office of Naval Research for innovation in underwater robotics capabilities.