Biophysics research inspires Presbyterian College senior Mackenzie Partsch
Mackenzie Partsch’s academic journey at Presbyterian College has been filled with unexpected discoveries.
What began as an interest in biochemistry took a transformative turn through a summer research project, leading her to explore the field of biomedical physics and ultimately pursue ambitions in graduate studies. This fall, her dedication was recognized with an honorable mention at the Annual Southeastern Section of the American Physical Society Conference for her poster presentation on a low-cost, functional prosthetic device.
The senior biochemistry major’s project, developed under the mentorship of associate professor of physics Dr. Eli Owens, focuses on creating a prosthetic hand that uses granular jamming to improve grip strength.
“The goal is to magnetically jam the granular material, like iron filings, to induce a stronger grip strength,” Partsch explained. “By doing this, we hope to create a more accessible and functional prosthetic device.”
Notably, affordability has remained central to the project, aligning with Partsch’s goal to make advanced prosthetics available to a broader range of people.
Presenting her work at the conference was a milestone.
“I absolutely loved my experience there,” she said. “Not only did I receive honorable mention, but I also made so many professional connections. It was an invaluable opportunity.”
Her work stood out among a competitive field of student researchers, a testament to the commitment and long hours she has invested in the project. With plans to publish a paper on her findings next semester, Partsch continues to refine the prosthetic design and is dedicated to pushing her research further.
The project began in earnest over the summer, with support from Presbyterian College’s undergraduate research programs. Guided by Owens, Partsch learned the essentials of conducting research, creating a scientific poster, and preparing an abstract. She also gained hands-on experience in presenting her findings, which became a focal point of her summer as she shared her insights with the college community.
“Dr. Owens has been an incredible mentor,” Partsch said. “He’s encouraged me to think creatively, work through setbacks, and has been there to guide me through each step, even as I navigate the challenges of applying to graduate schools.”
Partsch’s work in biomedical physics is unexpected for a biochemistry major, and she credits the open-minded research environment at Presbyterian College for broadening her academic horizons.
“If I could give advice to incoming students, it would be to keep an open mind,” she said. “I never would have guessed I’d be doing biomedical physics research as an undergrad.”
This shift in direction inspired her to add a physics minor, enhancing her academic profile and preparing her for her goal of entering a graduate program in biomedical engineering or medical biophysics.
Reflecting on her four years at PC, Partsch emphasizes the importance of student research in shaping one’s future.
“Undergraduate research is crucial, especially if you’re considering graduate school,” she noted. “PC’s capstone requirement gives students the chance to pursue research they’re passionate about, leading to experiences and opportunities they might not find elsewhere.”
Her research journey has not been her only accomplishment at Presbyterian College. As a Division I lacrosse player, Partsch has balanced the rigors of athletics with her academic pursuits. Beyond the lab and the field, she has also found time for leadership, including chartering a branch of Morgan’s Message on campus, a club focused on promoting mental health awareness among student-athletes.
“When I first visited PC as a high school student, it felt like home,” she said. “Now, it truly is. I’m grateful for the friends, mentors, and opportunities that have come my way here.”
As Partsch prepares for graduation, she feels inspired and ready to pursue her goal of earning a Ph.D. in biomedical engineering.
“I’ve been fascinated by biotechnology and the new advances in biophysics,” she shared. “Dr. Owens, along with (assistant professor of chemistry) Dr. Caleb Tatebe, my academic advisor, have been instrumental in guiding me through this journey.”