Two M.D./Ph.D. students with a biomedical engineering focus have been awarded grants from the California Initiative to Advance Precision Medicine. The grants support leading-edge research aimed at improving patient care and advancing health equity.
Through a collaboration with Germany’s Max Planck Institute, UC Davis Ph.D. student Toulik Maitra is developing computational tools to accelerate the design of organic semiconductors that could help advance flexible electronics and more efficient OLED displays.
Development engineers and a biomedical engineering graduate student from the University of California, Davis, were part of a study granting scientists a rare glimpse into how the human brain navigates space. This research could be the foundation of future treatments for debilitating conditions like dementia.
Research led by a UC Davis Ph.D. student shows that AI models can maintain response quality while using far less energy on existing hardware. The work received the Best Paper Award at MLSys 2026, a leading machine learning and AI systems conference.
Through a capstone design project, students work alongside clinicians, engineers and business mentors to translate healthcare challenges into market-ready technologies, gaining experience in the clinical, regulatory and business aspects that underpin successful medical device development.
Chemical engineering graduate student success gains momentum with an investment by UC Davis alum Howard Stone and his wife, Valerie, to renovate graduate student office space and establish an endowment supporting collaboration and research.
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.
A team of biological and agricultural engineering students from the University of California, Davis, won the Western Growers Award for Excellence in Specialty Crops during the 2026 Farm Robotics Challenge.
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.
Through clinical shadowing, hands-on engineering and industry collaboration, two graduate students share how clinicians, engineers and industry professionals have equipped them with the necessary tools to take a medical device from idea to a clinical application advancing human health.
