The People Behind the Project
A team of bioengineering undergraduates share how the successes they achieved in redesigning an innovative hearing-loss diagnostic tool were made possible through guidance and mentorship from faculty members and real-world feedback and resources from industry.
From Prototype to Prime-Time
A team of bioengineering students reveal some of the biggest challenges it faced in transforming a hearing-loss diagnostic tool from a 20-pound device to a redesign weighing less than a pound-and-a-half “that people are excited to use.”
A Standout Team
The student team behind an exceptional Senior Design Showcase project used words like “unbelievable” and “family” to describe their experiences working together
The Sound of Success
How a team of bioengineering students turned a Senior Design project into an innovative diagnostic tool for hearing loss.
Winston Chung Global Energy Center announces new directors
BCOE faculty members Juchen Guo and Hamed Mohsenian-Rad are the new co-directors of the Winston Chung Global Energy Center.
Investing in Ingenuity
Student professional organizations raised more than $119,000 for the five-week Match Challenge annual fundraiser, with donations covering the cost of student projects, attending conferences and participating in competitions, and leadership and professional development activities.
Character Building
Paul DiLorenzo's (PhD, Computer Science, ’08) interest in computers and computer graphics took root at a young age and took off as a doctoral student in computer science — paving the way for a successful career run at DreamWorks.
Outstanding Outreach
The Biomedical Engineering Society BCOE student chapter was named the recipient of the Outstanding Outreach Program Award by the national BMES for the second year in a row.
Data Driven
Vagelis Papalexakis, an associate professor at UC Riverside's Marlan and Rosemary Bourns College of Engineering, has been named the Ross Family Term Chair in Computer Science.
Atmosphere of Change
A project led by the Department of Chemical and Environmental Engineering recently received a $3.1 million grant from the Environmental Protection Agency to develop an innovative method of getting rid of dangerous hydrofluorocarbon pollution from the air.