Center for Embodied Autonomy and Robotics - University at Buffalo

1/18/23
CEAR research will impact critical industries such as aerospace, manufacturing, logistics, and defense.
2/14/23 Learn more about our research
2/15/23
In partnership with local universities such as Cornell, RIT and the University of Rochester, we are promoting local collaborations and creating entrepreneurship opportunities in robotics.

2/14/23 See our mission
10/18/24
CEAR brings together researchers from across Western New York, and from a variety of backgrounds, to solve real-world problems using robotic and autonomous technologies and applications.
10/18/24 Meet our researchers

The Center for Embodied Autonomy and Robotics (CEAR) aims to increase robotics engagement across the University at Buffalo and beyond through interdisciplinary research, industry collaborations, and education.

See our mission & vision

Research Areas

Swarm of droves in the sky.

Swarm of droves in the sky.

Swarm Robotics

faculty member demonstrating a drone.

faculty member demonstrating a drone.

Human Robot Interaction

International space station orbiting space.

International space station orbiting space.

Space Robotics

Latest News

Moog gift supports research into safer autonomous vehicles
7/8/24
Moog, Inc., a global design, manufacturer and integrator of precision control components and systems, and School of Engineering and Applied Sciences corporate partner, will provide $750,000 to support research in the University at Buffalo’s CEAR.
Federation Of American Scientists Among Leading Technology Organizations Pushing Congress To Support Responsible AI Innovation NIST Funding Request
4/23/24
UB’s Center for Embodied Autonomy and Robotics signed a letter asking congress to fully fund the National Institute of Standards and Technology budget request for AI-related work in the upcoming fiscal year.
Designing AI for defibrillators, UB students rank highly in TinyML competition
12/16/22
Students placed near the top of an international competition meant to inspire an artificial intelligence revolution in life-saving defibrillators.

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