News
Biomedical Engineering BS

A multidisciplinary contingent of RIT faculty, students and alumni is creating awareness and innovative design solutions to improve the quality of medical care and education for some of the most vulnerable in Central America.

RIT’s College of Liberal Arts honored student achievement in writing on Friday with the presentation of more than a dozen writing awards for essays varying from sanctuary cities, how democracies can withstand outside meddling, and the excavation, preservation and reconstruction of a London theater where Shakespearian plays debuted.

Iris Rivero, an engineering professor at RIT, has found that compatible combinations of polymers and biomaterials can be successfully used to fabricate “scaffolds,” 3D-printed structures that signal the body to begin its own tissue regrowth. This research moves a step closer to the possibility of “smart,” 3D-printed bone, skin and cartilage tissue replacement.

With 1 million new cases of congestive heart failure diagnosed each year, a revolutionary product is making it easier for hospitals to monitor patients with the condition in the comfort of their own homes.  

Researchers at RIT and URMC developed a new digital stethoscope that combines precision sensors, electrocardiogram technology and machine learning applications into one piece of equipment to better detect heart ailments and problems that might occur with an implanted heart pump.

Meet Sean Bellefeuille, a third-year biomedical engineering major and founding president of BioPrint, which explores 3D technologies in the medical field.

Meet James McGee and Kerri Zalba, two members of a student start-up company that uses wearable technology to help children on the autism spectrum.

Rochester Institute of Technology students and faculty from various disciplines put their creative problem-solving skills to good use earlier this month. Working collaboratively, they examined challenges faced by client organizations and then presented conceptual solutions to them during a two-day event.

Research being done at RIT to refine lab-on-chip devices—highly sophisticated laboratories on microchips—will provide more detailed and timely information to detect diseases such as cancer.

A team of engineers and clinicians at RIT and the University of Rochester Medical Center received a grant from the National Institutes of Health to develop a non-contact, video recording technology to detect the presence of atrial fibrillation, a heart rhythm disorder.