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.
Kittens and engineering may seem like an unsuitable pair, but a recent collaboration between a professor of veterinary medicine and the Translating Engineering Advances to Medicine Lab at UC Davis proves otherwise.
The Translating Engineering Advances to Medicine Lab has contributed to a collaborative project to improve surgical procedures using augmented reality goggles.
The UC Davis Department of Biomedical Engineering is launching a new nine-month master's degree program in medical device development at Aggie Square, the expansive innovation district the university will open in Sacramento in 2025.
The Translating Engineering Advances to Medicine (TEAM) Lab at UC Davis is a unit within the Department of Biomedical Engineering at the UC Davis College of Engineering. The lab designs and manufactures devices to support research and solve problems in human and veterinary health.
The Biomedical Engineering Society at the University of California, Davis, provides students with a platform to leverage their classroom knowledge to tackle real-world challenges its annual Make-a-Thon competition.
In many classrooms, instructors use touchscreen tablets to operate overhead projectors. They are straightforward tools, but only if the user can see which buttons to press. This summer, University of California, Davis, history lecturer Seth Clark discovered his sight impairment made the tablets challenging to use.
Aggie Square will be a cutting-edge makerspace that can be used by everyone from surgeons to students. This space is designed for collaboration and devoted to catalyzing research that links UC Davis faculty with industry and community partners.
Anticipating a scarcity of medical devices and a lack of treatment options for COVID-19, UC Davis College of Engineering researchers are investigating innovative technology to manufacture masks, ventilators and other critical equipment.
The Department of Biomedical Engineering’s Translating Engineering Advances to Medicine (TEAM) Lab, supports roughly 1,200 faculty, student and client projects each year. From 3D-printed body parts to the fabrication of electrical-mechanical devices for pathogen detection, the TEAM Lab – and its staff – help its users bring their research to life.
