Five UC Davis students are among the finalists in the NASA-sponsored 2025 Gateways to Blue Skies Competition. Their project? RoboBees, a swarm of autonomous drones that mimics natural pollination to help modernize capabilities in agriculture.
At UC Davis, a new bladesmithing club is forging more than knives. Led by materials science and engineering major Aaron Diamond, the team is (literally) sharpening hands-on skills and crafting connections.
Working with a team of researchers at the University of Michigan, the computer science undergraduate will survey her engineering peers to learn more about their mental health to help drive the national conversation about wellness in engineering.
Meet the Materials Science Advantage Chapter, the UC Davis engineering club responsible for Picnic Day’s famous Materials Magic Show — and for bringing attention to the amazing things materials science makes possible.
Meet the five Aggie Engineers on the 111th Picnic Day board who are bringing their skills, ingenuity and engineering acumen to the (picnic) table to ensure everything from the Doxie Derby to the Chemistry Show is a success at this annual event.
Assistant Professor Alexander Gamero-Garrido and Ph.D. student Nishant Acharya, both of computer science, have been selected for the Internet Society’s Pulse Research Fellowship and Mentorship program. Their work aims to enhance internet resilience by analyzing disruptions to critical network hubs and improving global connectivity.
A UC Davis student team has advanced to Phase 2 of the CITRIS Aviation Prize, developing air operations simulation software for sustainable intercampus travel.
From game nights to university committees, Doreen Joseph, a computer science Ph.D. candidate, fosters belonging and support for underrepresented students, shaping a more inclusive academic experience. Learn how she’s driving change at UC Davis.
As climate change becomes an evermore concerning issue, researchers are working to make carbon capture and storage technologies more accessible, stable and environmentally friendly. See how a team of students is taking on the challenge one cubic foot at a time.
