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Eric Frederick programs motion-tracking software

OCT 15, 2025

DOI: 10.1063/pt.4e67c30c68

What can physicists do? ” is an interview series that profiles physicists who opted for careers outside of academia.

A person carries a baby on a hiking trail.

(Photo courtesy of Eric Frederick.)

Eric Frederick
Director of technology, Xcitex
BA, physics and mathematics, Clark University, 2003
PhD, physics, University of Massachusetts Lowell, 2011

What was your research focus?

Hyperpolarized gases for MRI. I used hyperpolarized xenon to get a ventilation map of the lungs. And from the fraction that enters the bloodstream, you can estimate the surface-to-volume ratio of the lungs.

What were you looking for in a job?

Physicists know that we can do a lot, but we don’t know how to market ourselves. Originally, I hoped to get a job in medical physics. But my program didn’t have the necessary accreditation or residency program. In 2012, I went to Bruker to remain in research and provide support to the research community. The company specializes in test equipment for materials advancement and drug discovery. I worked mostly with preclinical animal MRI, CT, x-ray scanners, and optical methods and later worked with the sales team.

How did you find your job at Bruker and then at Xcitex?

Someone I knew at Bruker told me about the opening. I was there from 2012 to 2017. For my job at Xcitex, I was poached.

Describe your work.

At Xcitex, we have a software suite that can track motion and synchronize data from accelerometers and other sensors with videos. There’s a lot of ballistics tracking and testing of showerheads and of how paint gets sprayed out of cans to get a better coating. The software can track points, edges, and contours and perform more complex tasks like particle tracking and particle-image velocimetry.

I mostly update legacy code. I also do training and interact with customers.

What do you like about your work?

I work with computers and get a broad exposure—we work with biomedical companies, defense companies, and more. What I like most is consulting with customers.

How do you use your physics?

We take real-world observables—speed, position, et cetera—and give them to clients so they can create models. We need to be aware of optics to advise customers on proper lighting—a good-looking video is not always the same as one that will work well for tracking.

What new skills did you need to pick up?

Physics and other skills I picked up along the way prepared me for industry jobs. For me, it’s more about trying to be a good person in industry. People want to take shortcuts and do quick fixes. Having a backbone and doing what is right—and not what’s easy—is important and sometimes challenging.

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