Control and dynamical systems, formal methods with applications in autonomy, planning, and system identification. Specification, design, and synthesis of networked control systems
A national search has been initiated for a new Dean of the A. James Clark School of Engineering.
Flight safety software developed by University of Maryland researchers can help unmanned aircraft respond to anomalies, malfunctions, and collision risks.
Maryland’s Future 20
is a list of startups that have the potential to be the state’s next major business success story.
New module by Huan Xu and associates can reduce UAV maximum casualty expectation by 97 percent.
Beneficiaries include two Ph.D. fellowships in robotics, the Center for Minorities in Science and Engineering, a robotics capstone course, the Black Engineers Society and the Society of Professional Hispanic Engineers.
BIOE seniors present Capstone projects and celebrate winners virtually.
Clark School faculty and additive manufacturing experts are working to 3D print protective face shields in response to critical PPE shortages.
'TurboTerps' flew their drone autonomously through a set of gates, completing 14 runs in 4:42.
Data-driven tech combines photos, videos, real-world trajectory, and behavioral info into autonomous driving simulator.
Joint project aims to design an air taxi that could “hop” from Baltimore to D.C. in 15 minutes.
The "Maryland Paratroopers" team included students from the A. James Clark School of Engineering and the Department of Computer Science.
Maryland's is among the first “core swarm sprints” projects awarded in DARPA’s OFFensive Swarm-Enabled Tactics (OFFSET) program.
Xu’s research interests lie in control and dynamical systems and formal methods with applications in autonomy, cyberphysical systems, and unmanned aerial vehicles (UAVs).