Student Profile: Pioneering Innovation in Biological Engineering and Advocating for Women in STEM

From a childhood encounter with cystic fibrosis to becoming a trailblazer in biological engineering at Utah State University, Elise Barton’s journey has been fueled by passion, perseverance and a commitment to innovation.

Now a second-year master’s student in biological engineering, Barton is not only pushing the boundaries of sustainable research but also working to create more opportunities for women in STEM.

A Passion for Science and a Drive for Impact

Barton’s fascination with biological engineering began at a young age after meeting a girl with cystic fibrosis. The encounter sparked her desire to pursue a career that could make a tangible difference in people's lives. Initially considering gene therapies, she eventually found her calling in biological engineering — a field that allowed her to merge her interests in science and engineering without requiring a doctorate to make an impact.

“I always knew I wanted to do something in the sciences, but I didn’t know exactly what,” Barton said. “When I found biological engineering, it was the perfect fit.”

A Leader in Research and Innovation

Barton’s academic journey has been marked by a series of groundbreaking achievements, particularly in sustainable research. Working alongside Professor Ron Sims in the Sustainable Waste-to-Bioproducts Engineering Center, she has played a pivotal role in developing innovative approaches to biotechnology. One of her most notable projects involves collaborating with UPSIDE Foods, the first lab-grown meat company in the U.S. to receive full regulatory approval.

Her research focuses on using microalgae-derived enzymatic hydrolysis to create a cost-effective, scalable cell culture media for lab-grown meat production. Unlike conventional methods, her approach combines enzymatic hydrolysis with ultrasound technology to optimize efficiency.

“There are very few people in the world working on this, especially at the academic level,” Barton said. “Most research is happening within companies, making my work at Utah State particularly unique.”

Scaling this project from small-scale laboratory experiments to industrial bioreactors presents significant challenges, but Barton is determined to bridge the gap between innovative science and practical application.

Breaking Barriers as a Woman in Engineering

Beyond her research, Barton has been an advocate for diversity in STEM. During her undergraduate years, she was heavily involved with the Society of Women Engineers or SWE, taking on leadership roles to expand outreach efforts.

Under her leadership as outreach vice president, SWE grew its impact, reaching over 600 students, including many in underserved rural areas. Her outreach initiatives aimed to provide young students — especially girls — with hands-on engineering experiences, helping them see themselves in STEM careers.

As a woman in a traditionally male-dominated field, Barton has encountered challenges, but she remains steadfast in her commitment to fostering a supportive community.

“It’s incredibly important to have a network of support,” she said. “Having strong mentors and a group of peers who uplift you makes a huge difference.”

Recognition on a National Stage

Barton’s research and leadership have earned her national recognition. She was one of only 10 finalists selected to present at the world’s largest conference for women in engineering and technology. Competing against researchers from prestigious universities, she showcased her innovative work in cellular agriculture.

“It was surreal to be part of such an elite group of researchers,” she said. “Even though I didn’t place, just being a finalist was an honor.”

This year, Barton was also elected as the National Graduate Student Representative for the Institute of Biological Engineering, where she will continue advocating for students and advancing research opportunities in the field.

Looking Ahead: A Future in Sustainable Biotechnology

As Barton nears the completion of her master’s program, she envisions a career in research and development, particularly in veterinary pharmaceuticals and sustainable food technology. Her goal is to develop solutions that combat food insecurity while promoting environmental sustainability.

“I never imagined I’d be working on something as groundbreaking as this,” she said. “But I love that my education has given me the flexibility to pursue so many different paths.”

For Barton, the future is about more than just personal success — it’s about paving the way for the next generation of women in engineering.

“I want young girls to see that they belong in STEM,” she said. “I want to be the person they look at and say, ‘I can do that too.’”