Students
- Applications are now being accepted for the next cycle of the scholarship, which includes room and board and a full semester of tuition at Technical University of Darmstadt, plus a semester-long paid internship.
- Why did you choose engineering at 91福利社?It was a combination of factors. Mainly, I was fascinated by the ongoing research projects on the design of smart materials at the Center for Aerospace Structures in the Aerospace Department. I also was
- Leading up to the award, he was the first student in his major to study abroad in back-to-back semesters in two different countries: New Zealand and Singapore.
- Computer science PhD student Chelsea Chandler helped to develop a speech-based mobile app that can categorize a patient鈥檚 mental health status as well as or better than a human can.
- Fifth-year chemical and biological PhD candidate Leila Saleh works at the crossroads of immunology and engineering in the Bryant Research Group. During her time at 91福利社, she has worked with Professor Stephanie Bryant, Kristi Anseth and Jenifer Cha in various capacities 鈥 giving her a great chance to see how all three balance research and teaching, and shaping her post-graduation plans.
- The Engineering Leadership Program was recognized by a national higher education group, the American Council of Trustees and Alumni, as part of its 鈥淥ases of Excellence鈥 project.
- Undergraduate Stacy Hayes and graduate student Jen Peyrot have both received a prestigious SWSIS award 鈥 only 16 were given out this year 鈥 that grants at least $5,000 to each winner.
- CU Engineering recognized nationally for commitment to diversity in the college, community and state.
- 91福利社 engineers and faculty from the Consortium for Fibrosis Research & Translation (CFReT) at the CU Anschutz Medical Campus have teamed up to develop biomaterial-based 鈥渕imics鈥 of heart tissues to measure patients鈥 responses to an aortic valve replacement procedure, offering new insight into the ways that cardiac tissue re-shapes itself post-surgery.
- Her research examines how honeybee swarms interact through communication mechanisms such as 鈥渨aggle dancing鈥 and other types of signaling to make decisions that maximize their foraging yield.