See the latest happenings in research, programming and education at Paul M. Rady Department of Mechanical Engineering. Learn how students, alumni, faculty, and staff are redefining what it means to be a mechanical engineer.
Katie Simon has volunteered her time to network with students at a variety of events. She has shared about her experiences at CU, the importance of internships and has given advice to students about chasing their dream jobs.
CU Boulder researchers Peter Hamlington and Greg Rieker are using experiments and computations in a new sloping wind tunnel to study how wildfires form and move across different landscapes, applying cutting edge research tools.
Twenty-eight mechanical engineering students are beginning their engineering education in Gunnison, Colorado, part of a new partnership program between CU Boulder and Western Colorado University.
The fifth annual Rocky Mountain Fluid Mechanics Research Symposium was at CU Boulder, co-hosted by Associate Professor Peter Hamlington. The event featured researchers, faculty and students from regional universities and research labs.
Five of CU Boulder's undergraduate engineering programs are ranked in the top 20 for 2020 according to the U.S. News & World Report. The Department of Mechanical Engineering improved by one from 2019 and is now ranked No. 15 among public universities.
CeramicSpeed efficiency and shifting mechanisms were born out of CU mechanical engineering capstone design. The hard work of students helped bring success to CeramicSpeed at Eurobike two years in a row.
Senior Professional Research Associate Daniel Knight and Professor Michael Hannigan's AQIQ project is one of the 34 faculty-led projects that have been selected to receive CU Boulder Outreach Awards for 2019–20.
A creator of color-changing tattoo inks and shape-shifting molecular machines, chemist/artist Carson Bruns uses nanoscience to invent new materials and technologies.
Adrienne is a fourth-year PhD student who explores how cells in the human body sense and respond to their mechanical environment and uses this information to better design tissue engineering techniques.
