UC Davis students in Cyclone RoboSub are taking their autonomous underwater vehicle beyond the pool, using it to support environmental research in open waters and to educate the next generation of robotics engineers.
UC Davis researchers have received a nearly $4 million grant from the National Institute of Environmental Health Sciences to develop the world’s first standardized method for measuring and describing the neurotoxicity of nanoplastics inhaled as part of air pollution.
UC Davis researchers found that red-tailed hawks adjust their wing and tail movements during molt to maintain flight performance despite missing feathers. The findings could improve wildlife rehabilitation practices and inspire more resilient drones and uncrewed aerial vehicles.
Professor of Biomedical Engineering Aijun Wang co-leads a $4 million grant from the National Institutes of Health to test a bioengineered graft infused with molecules to treat neuropathic bladders of children with spina bifida or spinal cord injuries.
What if you could talk Shakespeare’s Macbeth out of violence? A new UC Davis-developed game lets players do just that, using AI to simulate dialogue and teach real-world conflict de-escalation skills through interactive storytelling rooted in some of the greatest dramas in the English language.
White and rosé wines can turn cloudy due to protein instability, requiring time-consuming bentonite clay treatment. UC Davis chemical engineers are developing a faster, reusable resin-based method that reduces waste, minimizes wine loss and could transform how winemakers stabilize wines.
The Center for Animal Locomotion and Innovation hosted a grand opening ceremony at its UC Davis location in May. The afternoon event featured interactive research displays, technology demonstrations and meet-and-greets with experts (and their birds).
UC Davis and Oxford researchers are the first to document live birds actively shifting flight stability mid-maneuver, a discovery that could reshape how engineers design drones that adapt to their environments.
A collaboration between engineering and veterinary medicine, the new Center for Animal Locomotion and Innovation at UC Davis will use cutting-edge technology to understand birds of prey in flight, advancing the design of uncrewed aerial vehicles and the treatment and rehabilitation of birds.
UC Davis engineers Cristina Davis and Zhaodan Kong are building sensors and smart drones to spot the earliest signs of disease in wildlife. Their work with the NSF Center for Pandemic Insights could help catch outbreaks before they spread — and maybe stop them from becoming a global pandemic.
