Researchers at CU Boulder are exploring a new form of biostasis that could entirely eliminate the need for cooling, potentially revolutionizing combat medicine, organ donation, vaccines and even the way we treat disease altogether.
CU Boulder goes 5 for 5 in national needs fellowships to rack up 117 academic years of graduate student support. The College of Engineering and Applied Science received $4.7 million in October from the U.S. Department of Education to strengthen graduate teaching and research, as well as expand access to...
On CUE sits down with Connie Childs. Connie is a fourth-year aerospace engineer studying at CU Boulder College of Engineering and Applied Science. After years of contemplating life as a woman Connie began to transition from her assigned at birth male identity to the woman she is today. Today we'll...
Dan Szafir and his colleagues belong to a rapidly-growing area of study called human-robot interaction. The field addresses the huge gulf that seems to exist between people and their robot helpers: Robots don’t always understand people, and people often don’t want to be around moving, learning machines.
Co-founded by Robert Erickson of electrical, computer and energy engineering and Kala Majeti of CU Boulder’s Technology Transfer Office, BREK will use the grant funds to develop the world’s first compact 250 kilowatt (kW) solar string inverter.
Engineers at CU Boulder are working on prosthetic fingertip sensors that allow patients to actually feel tactile and sensory sensations through nerve interfaces.
Graduate with a bachelor’s degree in aerospace engineering, minor in computer science, study abroad experience and co-op work experience in just five years.
#ILookLikeAnEngineer Why did you choose engineering at CU Boulder? As an environmental engineer, I desired to earn my degree at the hub of innovation and environmental conservation. Boulder is an amazing community that fosters a passion for new ideas and sustainability - two things I love very deeply. Also, I...
Researchers at CU Boulder have uncovered the statistical rules that govern how gigantic colonies of fire ants form bridges, ladders and floating rafts.
