🔬 Global Robotics Research Directory
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328 institutes match · sorted by rank · page 11
📍 Cambridge, United States
The MIT Marine Robotics Group, led by John Leonard, develops diver-AUV teaming algorithms and navigation systems for autonomous underwater vehicles. Their research integrates human-machine teaming for optimized undersea missions.
📍 Lexington, United States
MIT Lincoln Laboratory develops navigation and vehicle autonomy algorithms for underwater AUV systems, with focus on diver-AUV teaming and mission planning in collaboration with the MIT Marine Robotics Group.
📍 Noordwijk, Netherlands
ESA's Automation and Robotics Laboratories conduct research and development in telerobotics with haptic feedback and robot exoskeletons for space applications. The facility has spaceflight-proven competence in remote robotic operations for space missions.
📍 Chapel Hill, United States
University of North Carolina lab focused on enabling symbiotic relationships between human wearers and wearable robots. Research emphasizes computation foundations and engineering for rehabilitation applications.
📍 Berkeley, United States
UC Berkeley laboratory founded in 2004 pioneering exoskeleton and wearable robotics research. The lab is the source of the Ekso Bionics spin-off company and continues advancing wearable robotic technologies.
📍 Konstanz, Germany
Junior research group led by Dr. Jonas Kuckling at University of Konstanz focused on automatic design of control software for robot swarms. Research emphasizes behavior trees as control architecture and machine learning approaches for swarm coordination.
📍 Albuquerque, United States
Research group at University of New Mexico designing robot swarms that emulate natural behaviors observed in biological systems. Uses evolutionary algorithms to develop efficient collective search and coordination strategies inspired by ant foraging and immune cell behavior.
📍 Atlanta, United States
Research center at Georgia Tech led by Prof. Magnus Egerstedt studying swarm coordination and decentralized robot control. Operates the Robotarium facility, providing global researchers and students free remote access to conduct swarm robotics experiments.
📍 Bristol, United Kingdom
Research group at Bristol Robotics Laboratory led by Dr. Sabine Hauert developing swarm robotics approaches for decentralized coordination of simple robots. Research extends principles of swarm engineering to biological and medical applications including wound healing acceleration.
📍 Pittsburgh, United States
The Robot Perception Lab at Carnegie Mellon University's Robotics Institute performs research on localization, mapping, and state estimation for autonomous mobile robots. Founded in 2014 by Prof. Michael Kaess, the lab is part of both the Field Robotics Center and the Computer Vision Group. Research applications span underwater robots, aerial robots, and handheld mapping systems.
📍 Baltimore, United States
The ASCO Lab at Johns Hopkins University creates robots with unprecedented agility and robustness by integrating mechanics, perception, and control. Research emphasizes adaptive computing with performance guarantees in uncertain natural environments.
📍 Urbana, United States
The Distributed Autonomous Systems Laboratory pursues research in AI for robotics with applications to agriculture, defense, and remote area exploration. The lab focuses on creating highly autonomous mobile robots.
📍 Los Angeles, United States
Led by Dr. Andrew J. Hung at Cedars-Sinai Medical Center, the Hung Lab works at the intersection of Surgery and Artificial Intelligence. The lab focuses on advancing robotic surgeon training through both human and machine learning approaches.
📍 Groningen, Netherlands
A collaborative surgical robotics lab between the University of Twente and University Medical Center Groningen focusing on developing and advancing robotic surgical systems for minimally invasive procedures.
📍 Ithaca, United States
Cornell University's Organic Robotics Lab designs, fabricates, and optimizes soft actuating systems for robotics, agriculture, and human interface applications. Primary research includes wearable robots for disease prevention and rehabilitation, and bioinspired soft robots using advanced manufacturing techniques.
📍 Richmond, United States
The Autonomous Robots and Vehicles Laboratory at Virginia Commonwealth University develops coordinated control systems for communication-enabled mobile robots and vehicles. Research focuses on V2V, V2I, and V2X communications with advanced sensor integration and environmental interaction.
📍 Toronto, Canada
The Canadian Centre for Field Robotics at York University operates specialized facilities for terrestrial, aquatic, and aerial robot research. The center maintains large fleets of ground robots, autonomous surface vehicles, quadrotors, and amphibious platforms for diverse research applications.
📍 Hangzhou, China
A research institute established by Zhejiang University dedicated to developing humanoid robots with capabilities exceeding human performance in movement and manipulation. The institute emphasizes deep integration of advanced technologies in embodied AI and robotics.
📍 Beijing, China
The Robotics Engineering program at Beijing Jiaotong University integrates mechanics, electronics, control, and artificial intelligence with over three decades of research experience. The program is supported by the Key Laboratory of Advanced Manufacturing and Control Technology for Transportation Equipment under the Ministry of Education.
📍 Beijing, China
The Intelligent Robotics Institute at Beijing Institute of Technology conducts research on humanoid robots and embodied intelligence systems. The institute is involved in developing the BHR humanoid robot series and is one of seven universities launching the new 'embodied intelligence' undergraduate major in China.
📍 Shanghai, China
The Mobile Autonomous Robotic Systems Lab at ShanghaiTech University conducts research on intelligent algorithms, software and hardware for robotic applications. Founded in 2014 by Prof. Sören Schwertfeger, the lab is part of the STAR Center and focuses on autonomous systems and perception research. The lab is dedicated to excellence in robotics research and teaching.
📍 Tokyo, Japan
Led by Prof. Shigeki Sugano in the Department of Modern Mechanical Engineering at Waseda University, this laboratory specializes in human-symbiotic anthropomorphic robot design and dexterous, safe manipulator systems. Research focuses on enabling robots to assist humans in daily life through safe interaction.
📍 Ikoma, Japan
NAIST's Human Robotics research group integrates robotics, control theory, and human-machine interfaces to understand motor intelligence in both humans and robots. The research applies this understanding to develop improved human-machine interaction systems.
📍 Zurich, Switzerland
ETH Zurich is a global leader in robot locomotion, aerial robotics, and autonomous systems research. The institution conducts cutting-edge research in bio-inspired robotics and dynamic movement.