The 2026 recipients are graduate students Giada Brandes and Jessica Prakash, and Nathan Petrucci, who graduated with his bachelor’s degree in biomedical engineering in May and is continuing at Purdue as a master’s student.

The NSF Graduate Research Fellowship Program is one of the nation’s most respected programs supporting graduate students in science, technology, engineering and mathematics. The five-year fellowship provides three years of financial support, including an annual stipend of $37,000 and $16,000 per year toward tuition and fees.

This year, the NSF selected 2,500 fellows from a highly competitive pool of nearly 14,000 applicants nationwide. The 2026 awards mark the highest number of fellowships since 2023 and come as the program enters its 75th year as the nation’s oldest graduate research fellowship of its kind.

For the three Weldon School recipients, the fellowships will provide support as they pursue research aimed at advancing biomedical science and improving human health.

Giada Brandes

Brandes is a first-year graduate student in biomedical engineering working in the laboratory of Associate Professor Deva Chan.

A 2025 graduate of Boise State University with a bachelor’s degree in mechanical engineering and a minor in applied mathematics, Brandes joined Purdue’s biomedical engineering graduate program to pursue research at the intersection of engineering and human health.

She is part of the Chan Laboratory, which focuses on developing new approaches to understand and treat musculoskeletal diseases. Brandes has quickly become involved in the lab’s research, where she is exploring new engineering approaches with potential applications in biomedical research and therapeutic development.

Chan said Brandes has made an immediate impact in the laboratory and is already building the foundation for her graduate research.

The NSF fellowship will give Brandes the opportunity to further develop her research skills while pursuing questions that could ultimately lead to new approaches for improving human health.

Jessica Prakash

Prakash is a graduate student in biomedical engineering working with Associate Professor Luis Solorio.

Her research focuses on developing improved methods for delivering self-amplifying messenger RNA (saRNA), an emerging technology with potential applications in cancer immunotherapy.

Prakash previously investigated the use of polymer nanoparticles to deliver saRNA as a potential treatment strategy for metastatic prostate cancer. Her work addresses a key challenge in saRNA-based therapies: the molecules are relatively large and can be difficult to deliver efficiently into cells.

By developing polymer-based delivery systems that can package and transport saRNA, Prakash hopes to improve the technology’s potential as an immunotherapy approach.

Her research exemplifies the interdisciplinary nature of biomedical engineering, combining principles of materials science, molecular biology and drug delivery to address a major health challenge.

Prakash said the fellowship is an important step as she continues developing her research and prepares for a career in biomedical research. She has also announced plans to continue her graduate studies in computational systems biology at MIT.

Nathan Petrucci

Petrucci is continuing his biomedical engineering research at Purdue after earning his bachelor’s degree in May 2026. He is now pursuing a master’s degree at Purdue and conducting research in the laboratory of Xiaoping Bao.

As an undergraduate, Petrucci gained extensive research experience through opportunities at Purdue and elsewhere. His work in the Bao Lab has contributed to research involving engineered human cells and organoid models.

Petrucci was a co-author on recent research published in Biotechnology and Bioengineering examining cardiovascular organoids with adjustable endothelial composition. The work explores approaches for creating more sophisticated models of human cardiovascular biology and disease.

His research experiences have also taken him beyond Purdue. He worked at Oregon Health & Science University on research investigating the relationship between early embryonic blood flow and congenital heart defects and later conducted research at Universidad San Francisco de Quito examining the effects of mitochondria derived from mesenchymal stromal cells.

Now, with the support of the NSF Graduate Research Fellowship, Petrucci will continue developing his research as a graduate student at Purdue.

Supporting the next generation of researchers

The NSF Graduate Research Fellowship provides more than financial support. It allows emerging researchers to pursue innovative ideas, build professional networks and develop the skills needed to become leaders in STEM fields.

For Brandes, Prakash and Petrucci, the fellowship recognizes the research they have already accomplished while providing a foundation for the work still ahead.

Their achievements reflect the strength of research opportunities available through Purdue’s Weldon School of Biomedical Engineering, where students work alongside faculty to address complex challenges in health and medicine.

“We are incredibly proud of Giada, Jessica and Nathan for earning this highly competitive fellowship,” said [NAME/TITLE]. “Their curiosity, dedication and commitment to biomedical research represent the very best of what we hope to cultivate in our students. We look forward to seeing where their research takes them.”

The NSF Graduate Research Fellowship has supported more than 70,000 graduate researchers since its establishment in 1952, many of whom have gone on to become leaders in science and engineering.

For the three Purdue biomedical engineering recipients, the fellowship marks the beginning of another important chapter in their research careers.