Inside aerospace medicine: Alumna T.J. Buratynski built a career meeting aviation’s hidden health demands
Before she ever heard of aerospace medicine or did a residency-training rotation with NASA, T.J. Buratynski, MD (MED ’95), was a curious kid in the Ohio River Valley, the daughter and granddaughter of steelworkers. Her childhood was shaped by questions—about science, the human body and the ways environments affect health.
That fascination carried her from Akron to Cleveland and, eventually, to the front lines of a growing medical specialty.
At Case Western Reserve University School of Medicine, Buratynski found mentors and moments that clarified her path. One in particular stuck: treating a family sickened by mercury exposure in their home—a stark reminder of how invisible hazards can threaten health. Occupational medicine drew her in, with its focus on prevention, holistic approaches and root-cause problem solving. Then, while serving in the U.S. Navy in Japan, she encountered aerospace medicine, which brought all those interests together and introduced her to particularly unusual workplace conditions.
She took the leap into the then-fledgling field, became an aerospace medicine specialist and helped launch the Navy’s aviation medicine department in Hawaii. Over her career, she has cared for pilots, air traffic controllers and support crews navigating the physical and mental demands of high-performance environments—from gravitational stress to circadian disruptions. She also has investigated aviation mishaps from near misses to crashes.
As she prepares to retire from her position as a Navy medical officer, Buratynski reflected on her career in a medical field so singular that she had to learn to fly planes and helicopters—to better understand both her patients and human factors, such as pilot fatigue, that might contribute to mishaps.
What drew you to aerospace medicine?
I knew I wanted to do occupational and environmental medicine. Aviation is such a unique environment—physically and mentally—and I found out there was a residency in aerospace medicine, which was only available through the military at the time. It was a now-or-never decision.
Explain more about the field.
You’re dealing with patients and exposures no other specialty sees. G-forces, low oxygen, radiation, microgravity—these all have direct physiological effects, from muscle loss and bone density changes to visual shifts. Your role isn’t just treatment; it’s prevention, clearance and readiness. You’re embedded in operations because lives and missions depend on it.
Who did you care for in your day-to-day work?
Mostly pilots, aircrew and air traffic controllers. But aerospace medicine isn’t just about who’s flying. It includes maintainers, loaders—anyone supporting the aircraft.
How has the field evolved?
We’re sending more diverse people into space—and we need to understand how their conditions and medications behave in that environment. You want people to make it home, not just launch. —Alaina Bartel
In 2024, the School of Medicine launched a master’s degree in aerospace physiology (a certificate program began a year earlier). T.J. Buratynski appreciates the additions. “[The field] has a significant presence now, and I think it’s going to get larger,” she said.
