This fall, UC Davis broke ground on a first-of-its-kind bird flight research center, which will allow students and researchers in the College of Engineering and School of Veterinary Medicine to study how birds fly to advance scientific understanding and aerial system design.
Professor Chen-Nee Chuah leads AI/ML efforts within a multidisciplinary team that has received a $6 million grant from the National Institute on Aging to deepen the understanding of the neuropathologic landscape of Alzheimer’s disease, focusing on individuals who identify as Hispanic/Latino.
The materials science and engineering researcher and an interdisciplinary team formed at the Research Corporation for Science Advancement's Scialog have received funding to investigate water-free mining of valuable metals like iron and lithium.
From healthcare innovation to online communication, the associate professor's research in human-computer interaction aims to create effective, user-friendly tools that address complex societal challenges.
Cheemeng Tan and Sean Collins, associate professors at UC Davis, are part of a national effort to develop a novel device for inflammatory bowel disease. The technology will function like a pharmacy inside the body, producing and releasing engineered cells as a real-time response to flare-ups.
From fire-detecting drone swarms to optimally efficient human-autonomy collaboration, the UC Davis mechanical and aerospace engineering professor and a principal investigator at CITRIS uses complex technological systems to address complex challenges.
Researchers in the UC Davis Department of Electrical and Computer Engineering offer insights on devices that operate like solar cells in reverse and can generate power even in the absence of sunlight, offering an alternative route for energy production.
Fifth-year biomedical engineering doctoral candidate Ben Mattison has found the Translating Engineering Advances to Medicine Lab an invaluable resource for realizing his research that eyes new territory in microscopy.
Producing materials such as steel, plastics and cement in the United States alone inflicts $79 billion a year in climate-related damage around the world, according to a new study by engineers and economists at the University of California, Davis. Accounting for these costs in market prices could encourage progress toward climate-friendly alternatives.
Professor of Chemical Engineering Adam Moulé and his lab have developed a novel method of patterning semiconducting polymers, a notoriously difficult material, using existing tools, paving the way for endless possibilities for sensors and optics.
