Emre Araci
About Emre Araci
Emre Araci is an Associate Professor of Bioengineering known for his research in microfluidic technology and skin strain sensors, with applications in skin-drug delivery and athletic rehabilitation.
Current Title
Emre Araci holds the title of Associate Professor Of Bioengineering. His work is primarily centered around the fields of microfluidic technology and skin strain sensors.
Research Areas
Emre Araci is involved in research that includes microfluidic technology and skin strain sensors. His work has the potential to impact various fields, including skin-drug delivery and athletic rehabilitation. He also focuses on tracking muscle engagement and movement, which can improve our understanding of how muscles function and respond under different conditions.
Technological Contributions
Emre Araci has made significant contributions to the field of bioengineering. He has filed a patent for microfluidic technology and developed a contact lens designed to monitor eye pressure for glaucoma patients. His innovations have practical applications in both medical and athletic contexts.
Project Involvement
Emre Araci is involved in a project aimed at improving athletic rehabilitation. This project leverages his expertise in tracking muscle engagement and movement to potentially aid athletes in their recovery processes and enhance their performance.
Academic Background and Collaborations
Five years prior to his current focus, Emre Araci explored microfluidic technology. He has also collaborated with the Center for Nanostructures at Santa Clara University, further emphasizing his commitment to advancing bioengineering through interdisciplinary approaches.