Swanson School of Engineering

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sanjeev

Dear Bioengineering Community,

 

It is my pleasure to share with you the Department of Bioengineering’s Fall 2025 Newsletter. Our department continues to thrive across education, research, and innovation, thanks to the collective contributions of our students, staff, faculty, alumni, and partners.

 

Our academic programs remain strong and vibrant. Our Fall 2025 enrollment included 303 undergraduate students (sophomores, juniors, and seniors) and 232 graduate students (178 PhD and 54 MS). We awarded 97 undergraduate and 56 graduate degrees (26 PhD and 29 MS), and our students continue to “drive their own bus,” taking ownership of their academic and professional journeys. For example, 21 of our undergraduate students presented at the BMES Annual Conference in San Diego, and 31.5% of our PhD students held individual predoctoral fellowships from federal and private funding sources in FY25. In addition, our research enterprise continues to expand and make meaningful impact — during FY25, we received $44.2M in new grant awards and had $23.4M in annual research expenditures.

 

The innovation nurtured within our department, driven by our commitment to groundbreaking research in our laboratories and our MS in Medical Product Engineering (MS- MPE) program, has led to impactful products and the formation of successful startup companies by our faculty and alumni. Some of these ventures featured in this issue (Respair, Inc., Aneurisk, Inc., Swan NeuroTech, and Renerva, Inc.) underscore how ideas sparked in our classrooms and laboratories are translating into real-world technologies that improve patient care and strengthen our regional biomedical innovation ecosystem.

 

You will also find stories in this issue that showcase the breadth of our department’s work and accomplishments: advances in neural engineering, biomechanics, biomaterials, and regenerative medicine; faculty and student awards; impactful student fellowships and publications; and alumni and industry partnerships making a difference regionally and globally. These stories are a testament to the creativity, rigor, and collaborative spirit that define Pitt Bioengineering.

 

As always, I encourage you to stay connected. Join our Bioengineering online yearbook, follow our social media channels, and let us know how you would like to remain engaged with the department. Your perspectives and experiences are invaluable to our students and faculty and to our educational, research, and community engagement missions. I remain inspired by the accomplishments of our talented community, and I look forward to another year of learning, discovery, innovation, and collaboration.

 

Sincerely,
Sanjeev G. Shroff, PhD
Chair, Department of Bioengineering
Distinguished Professor of and McGinnis Chair in Bioengineering
Professor of Medicine

Transforming Ideas into Impact

 

Through hands-on education and close partnerships with clinicians and industry, ideas born in our classrooms and laboratories are becoming life-changing medical technologies and startup companies. 

 

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Inspiring Tomorrow’s Engineers

 

CampBioE 2.0 added new collaborators and 3D bioprinting in the 2025 expansion of our department's signature outreach program this summer. 

 

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CHIPS off the old block

 

Professor of Bioengineering Daniel Shiwarski's "CHIPS” platform bioprints with collagen to create advanced, functional tissue models that can mimic an organic cellular environment, allowing cells within to grow, interact, and form tissues.

 

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Making Magnetic Biomaterials

 

Doctors could one day guide life-saving treatments through the body with silk iron microparticles (SIMPs) — magnetic and biodegradable carriers designed to precisely deliver drugs and treatments to aneurysms and tumors. 

 

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Spinal Implants That Feel, Heal, and Communicate

 

An interdisciplinary collaboration between Civil & Environmental Engineering's Amir Alavi and Pitt neurosurgery could change spinal fusion surgery with wireless metamaterial spinal implants. 

 

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Sharpening the View of Hidden Heart Risks

 

Professor of Bioengineering Kang Kim is developing super-resolution intravascular ultrasound (IVUS) technology to improve diagnosis of vulnerable atherosclerotic plaques. 

 

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Setting the SCENE for Neuroscience Breakthroughs

 

The Pitt and CMU team, including Bioengineering's Aaron Batista, was selected for an $80M initiative to study how the brain turns perception into action.

 

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Diamonds in the Mind

 

TK Kozai is developing diamond-based wireless electrodes to reveal how the brain’s vast neural networks create sensations. 

 

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No Slipping and Sliding

 

Pitt researchers and scholars validated a model that helps predict shoe-floor friction on oily surfaces one of the most common causes of injuries in the workplace. 

 

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Renerva Inc. approved for first-in-human FDA clinical trials

 

Led by Professor of Bioengineering Bryan Brown and a team of Pitt alumni, the startup aims to reduce chronic pain in amputees and prevent painful neuroma formation with the Renerva PNM-CAP.

 

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Rakié Cham and Mark Redfern Named ASB Fellows

 

The American Society of Biomechanics (ASB) has shaped and supported both Cham and Redfern's careers since the very beginning.  

 

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William R. Wagner Elected CBSM International Fellow 

 

The Distinguished Professor and Berenfield Endowed Chair of Bioengineering was named an International Fellow of the Chinese Society for Biomaterials (CSBM) at the opening ceremony of the 2025 Chinese Biomaterials Congress in October.

 

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Bioengineering PhD Students receive NIH F31 Fellowships

 

Ian Eder, Katarina Martinet, Adam Forrest, and Sharada Narayanan received funding toward their studies in 2025, thanks to the National Institutes of Health (NIH). 
 

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Pitt Bioengineering PhD Students Awarded NSF Fellowships

 

Katelin Rahn and Durwash Badr received National Science Foundation Graduate Research Fellowship Program (NSF GRFP) awards in 2025. 

 

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Luke Mattar receives NIH F32 Award

 

A prestigious fellowship is helping one postdoctoral associate advance his career goals in biomechanics.

 

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Hecheng Jin Wins First Place Poster Award at International MRI Conference

 

Spending time in an MRI scanner can be overwhelming. Jin set out to make detailed brain imaging more efficient and patient-friendly — and earned international recognition for her work.

 

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