Overview
The Department of Bioengineering at UC Riverside Offers a Unique Fellowship Program for Disadvantaged Graduate Students
The Department of Bioengineering at University of California, Riverside (UC Riverside), offers a bioengineering fellowship program that pays multiple years of schooling for outstanding students entering their first year of graduate study. The Eugene Cota-Robles Fellowship is for students who come from minority cultures, distant areas of the world, or countries with depressed socioeconomic backgrounds, and/or have learning or physical disabilities that may interfere with their educations.
Southern California Offers Numerous Recreational, Cultural, and Social Opportunities to UC Riverside Students
UC Riverside (UCR) students get to enjoy Southern California, the home of some of the most diverse landscapes, vacation destinations, commercial centers, and cities in all of North America. With its rich Mexican heritage and influx of people and cultures from all over the world, Southern California is truly a melting pot. From the glitz and excitement of Hollywood and the business center of Los Angeles to the breezy shores of Malibu and the rolling desert of Riverside County, Southern California offers seemingly endless choices of enjoyable splendors.
Campus living is an important part of a graduate school education at UCR. It enables students to be an integral component of both the Department of Bioengineering family and the UCR community. Campus living promotes cultural, academic, personal, and social expansion. There are various programs and activities for those who live on campus to participate in, above and beyond their course work. There are awareness workshops, off-campus museum trips, hall dinners, large-scale dances (like the Underground Dance Party), BBQs, and much more. Many of these are coordinated by the UC Residence Life staff members, who are there to inform and help campus residents.
The Department of Bioengineering at UC Riverside Focuses on Bioscience and Positive Medical Technological Development
The UC Riverside graduate program in bioengineering overlaps the proficiency in engineering with biosciences to create bio-driven health and medical technology progress for productive and favorable social change. The program offers the foundation of a firm primary knowledge of bioscience and engineering, the development of manifold communication modes, and the study of cutting-edge quantitative bioengineering research. Students study such subjects as physiology, structural bioinformatics, implant material, microfluidics, instrument design, biochemistry, and medicine delivery devices.
At seven years old, the Department of Bioengineering at UCR is relatively new, but the university has a long history of science research that dates back almost a century. The department pursues the progress of biocellular engineering as well as the preparation and creation of professors, teachers, authors, and research leaders in bioengineering and beyond.
The preeminent topic of research in the multidisciplinary and multidepartmental program is biocellular engineering. Biocellular engineering forecasts the design and execution of operations that integrate biomolecular assemblies and cell compositions for the evolution of leading-edge technologies. Such endeavors are mathematical and in-silico computational modeling, cellular control and regulation, and macromolecular, supramolecular, and membrane biophysics. Research includes rational proteins, structural bioinformatics, peptides, bioreactor design and analysis, thermodynamics of proteins, electrophysiology and non-linear neural modeling, immunophysics, auditory bioengineering, high-throughput screening systems, molecular mechanisms of platelets activation, bioseparations, and brain imaging.
A Distinguished and Active Faculty Leads the New Department of Bioengineering With Cutting-Edge Research Endeavors
The department's faculty is led and was founded by department chair and distinguished professor Dr. Jerome Schultz, who was a National Science Foundation Deputy Director and conducted research at NASA's Ames Research Center. Other top faculty members include the multiple-award-winning professor Victor Rodgers; Dr. Dimitrios Morikis, who studies immune system function and is a member of the AAAS, American Chemical Society, and Biomedical Engineering Society; and Dr. Bahman Anvari, who focuses on hearing and vision issues. Faculty focuses range from pure collaborative research to teaching and clinical work.
Much of the department's research concentrates on discoveries that reveal internal cellular structure. The department designs processes that integrate biomolecular assemblies and intracellular structures to develop leading technologies. Examples of research efforts include using optical laser techniques to understand ear cells, taking computer renditions to design immune system medications, and creating microfluidic devices to provide direct diagnostics on a computer wafer.
The research facilities are in Bourns Hall, which includes the Center for Bioengineering Research. Graduate students there are able to use premium instruments and equipment, such as a zeta potential analyzer or a laser confocal microscope, and can be certified in the handling of cell matter. Also, they can use computational tools like GRASP or DELPHI and gain access to other research facilities, such as the Analytical Chemistry Instrumentation Facility, the Center for Plant Cell Biology, or the Institute for Integrative Genome Biology, among others.
