USF College of Engineering News
USF College of Engineering News
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Exploring the Frontiers of Biomechanics and Biomedical Innovation
The Department of Medical Engineering is proud to officially welcome Dr. Meisam Asgari, who joined our faculty in 2024 as an Assistant Professor. Dr. Asgari brings with him a dynamic portfolio of interdisciplinary research and academic excellence that promises to enrich our department and inspire our students.
Engineering Living Tissues for Lifelong Repair: Dr. Latifi鈥檚 Vision for Regenerative Medicine
The Department of Medical Engineering is pleased to welcome Dr. Neda Latifi, who joined us in Fall 2023 as an Assistant Professor. Dr. Latifi directs the newly established Translational Tissue Engineering and Biofabrication (TTEB) Laboratory, where she is developing a dynamic research program focused on engineering functional, living tissues capable of growth, remodeling, and repair throughout a patient鈥檚 lifetime.
A Passion for Innovation at the Bioelectrics and Gene Therapy Interface
The Department of Medical Engineering is excited to welcome Dr. Anna Bulysheva, who joined the faculty as an Assistant Professor in Fall 2022. With a distinguished background in bioelectrics, biomedical engineering, and interdisciplinary translational research, Dr. Bulysheva brings a unique and dynamic perspective to our growing academic community.
Blending AI and Extended Reality: Dr. Star Kim Brings Interdisciplinary BME Expertise to USF
We are thrilled to welcome Dr. Byeol 鈥淪tar鈥� Kim, USF鈥檚 newest Assistant Professor of Medical Engineering! Her arrival marks a bold addition to our vibrant research landscape, one that promises to yield new breakthroughs across bioengineering, AI enabled healthcare, and surgical simulation.
Spirou unlocking mysteries of brain development with advanced imaging and virtual reality
Through high-tech imaging and virtual reality, medical engineering professor George Spirou is creating a detailed map of the brain that can be used to better understand developmental disorders, such as autism, and provide earlier, more effective treatments for brain injuries and diseases.
Frisina seeks to discover how chemo drug may cause significant hearing loss in longtime cancer survivors
An interdisciplinary study led by Medical Engineering researchers at the 黑料爆料 and Indiana University has uncovered significant findings on the long-term effects of one of the most common forms of chemotherapy on cancer survivors.
Combatting malaria with AI: Computer Science and Engineering professor targets mosquito-borne disease in Africa
Computer Science and Engineering Professor Shriram Chellapan's project, funded by the NIH, is an international effort that will establish a new research center in Africa to advance malaria research and deploy advanced smart traps for real-time identification of mosquitoes carrying the malaria parasite.
Professors Sylvia Wilson Thomas and Daniel Yeh selected for Florida Inventors Hall of Fame
Thomas and Yeh are among the nine inductees in this year鈥檚 class receiving the prestigious honor for their notable contributions to scientific and technological advancements.
USF College of Engineering celebrates 13 years of Goldwater scholarship
The Goldwater Scholarship Program is the most prestigious award for undergraduate research available to U.S. sophomores and juniors studying the natural sciences, engineering, computing, and mathematics. Five CoE students have received the honor, so far.
May 31, 2024黑料爆料
Institute of Applied Engineering research helps detect brain injuries in U.S. Special Operations Forces
Through its partnership with U.S. Special Operations Command, the USF Institute of Applied Engineering has co-led an illuminating study that found repeated exposure to low-level blasts is associated with signs of brain injury in Special Operations Forces.
April 22, 2024Research
"Yogi Goswami's inventions are placed around the world. He developed a new combined Power and Cooling Cycle now known as the Goswami Cycle."
Dr. Passaglia Tackles Glaucoma with Novel Technology
Dr. Passaglia and his lab published two papers related to intraocular pressure: "Characterization of intraocular pressure variability in conscious rats" and "Simulation of gravity- and pump-driven perfusion techniques for measuring outflow facility of ex vivo and in vivo eyes."