Garrett Regan, a 2018 Wilmington High School graduate and a 2022 Wright State University biomedical engineering graduate, has been accepted into a Ph.D. program at the prestigious Mayo Clinic.
Regan will begin the biomedical engineering Ph.D. program in July after graduating from Wright State this spring with his bachelor’s degree from the College of Engineering and Computer Science.
The Mayo Clinic is an academic medical center in Rochester, Minnesota, that focuses on integrated health care, education and research. The clinic has been ranked the No. 1 hospital by U.S. News and World Report as well as by Newsweek magazine.
“It’s certainly a tremendous honor to be accepted into such a selective program,” said Regan. “This is a culmination of all of the work that I have done in my undergrad at Wright State and all of the people around me that have helped me to get where I’m at today.”
Regan said he plans to rotate in Mayo Clinic labs that focus on applications of artificial intelligence in medicine, adding that the medical center is at the forefront of developing that technology.
“The main attraction of going to Mayo Clinic is the ability to conduct meaningful, translational research,” he said. “This opportunity will allow me to see through my research in the lab through to clinical practice and have a real impact on patients.”
Regan grew up near Wilmington on an Angus beef farm.
Brian Rigling, Ph.D., dean of the Wright State University College of Engineering and Computer Science, said Regan has been an exceptional student and a valued member of the college for the past several years.
“He will be another example of a local student continuing their education at Wright State and then going on to do amazing things,” said Rigling.
Regan is currently interning with Miamisburg-based Riverain Technologies, which develops computer software tools to enhance early disease detection.
His focus has been on the aorta, the main artery that carries blood away from the heart to the rest of the body. One of the diseases he works on is aortic aneurysm, a balloon-like bulge in the aorta that can lead to its rupture and a high death rate.
The goal is to give radiologists a better, quicker way to detect aneurysms on a computed tomography (CT) scan. The idea is to more quickly identify critical cases, and get patients quickly to the operating room for what could be life-saving surgery.
Regan utilizes machine learning, the use of computer algorithms to identify the specific features of a target image to improve classification accuracy.
Regan said the highlight of his time at Wright State has been his involvement in Engineers Without Borders. He was vice president of and domestic project lead for the Wright State chapter of Engineers Without Borders, a student-led group that focuses on need-based engineering service projects.
The group is designing an elevated observation deck for the Russ Nature Reserve in Beavercreek. The students are also involved in an international sanitation project in Uganda, working remotely until COVID-19 travel restrictions are lifted by sharing their designs with engineers in the African nation.
In 2020, Regan and the Wright State chapter oversaw the installation of a handwashing station at a secondary school in Uganda. Months after returning home, the students learned that the station had been reproduced in another area near the school.