Robotics

UMass Lowell is conducting trailblazing research in robotics, exploring how technology and artificial intelligence drive advancements for human benefit.

Our research strengths in robotics include robot testing, human-robot interaction, robot training, exoskeletons, autonomous systems, multi-agent systems, swarm robotics, microrobotics, and assistive and rehabilitation technology.

Grounded in real-life applications, our experts deliver practical solutions such as exoskeletons enhancing soldier performance, robots responding to natural and man-made disasters, assistive technology promoting patient independence in healthcare and more. UMass Lowell experts also motivate social change by studying the ethics of emerging technologies and the convergence of art and robotics.

New England Robotics Validation and Experimentation (NERVE) Center

UMass Lowell houses the NERVE Center, a world-class robotics testing facility that evaluates robot systems across multiple application domains and develops national testing standards for performance in collaboration with the National Institute of Standards and Technology. The NERVE Center just celebrated its 10-year anniversary.

Research Project Examples

Asst. Prof. Reza Ahmadzadeh received a National Science Foundation CAREER grant to develop new algorithms for robots to learn complex tasks no matter the environment.
An interdisciplinary team of researchers is looking into artificial intelligence to make difficult decisions in extreme environments by studying the best human attributes for decision-making scenarios for AI to mirror.
UMass Lowell researchers are working to better understand and quantify human fatigue in those wearing exoskeletons. Using novel sensors embedded in fabric, the team can measure a person’s fatigue in real-time, potentially resulting in the development of exoskeletons that are more power efficient and provide assistance only when needed.
A team is working to mitigate impacts of explosive ordnance disposal (EOD) on wearer performance by integrating exoskeletons with bomb suits which may minimize physical and mental stress.
UMass Lowell roboticists are working towards expediting the emergence of trust in teams comprised of multiple humans and multiple robots. They are also examining the role of information and time constraints on the emergence of trust networks in these multi-human, multi-agent teams.

Universal Robots UR5 robot with Soft Robotics gripper

Associated Centers, Labs & Facilities

Associated Faculty

Contact Information

Are you interested in partnering with UMass Lowell on any of these projects or exciting, new technologies? Contact Arlene Parquette, Associate Vice Chancellor, Industry Partnerships and Economic Development.