BMES Fellows

For outstanding contributions to the development of educational programs, training diverse BME students through research and educational programs, and service to the BME community through professional, academic, and K-12 outreach endeavors.

For pioneering cellular and molecular work on vascular endothelial mechanotransduction and mitochondrial redox signaling, and for service to the Society.

For developing chemical imaging technology, from theory to commercial translation, and its biomedical and clinical applications. For contributions to forming and leading the first engineering-based cancer center in the US.

For contributions in vascular mechanobiology, 3D bioprinting vascular networks for tissue engineering, regenerative medicine applications, and transcriptional regulation of arterial venous vascular differentiation in health and diseases.

Dr. Goergen's pioneering work in 4D ultrasound, capturing three-dimensional images of the heart over time, and biomechanics-inspired image analysis for quantifying cardiovascular function, significantly advanced disease diagnostics, and treatment planning.

Dr. Grayson has developed advanced biomaterials and imaging techniques to advance tissue engineering applications. His presentations have also helped to educate the public and policy-makers on regenerative medicine strategies.

Dr. Gunduz’s work has had a real impact on improving neurosurgical patients’ lives, the goal for BMES. She is the recipient of many recognitions, including the highly competitive PECASE Award and election as AIMBE Fellow. 

Exceptional leadership, service, and scholarship in biomedical engineering and medical innovation education, including intentionally designed diversity and inclusion efforts in elementary, high school, and undergraduate programs through industry employment. 

For significant contributions to our understanding of the bioengineering, biophysics, and mechanobiology of multicellular tissues, in the context of normal development and disease.

Made outstanding contributions to the development of biomaterial grafts and regenerative strategies for musculoskeletal tissues and interfaces, along with his significant contributions to the BMES mission.

Recognized leader in Computational Modeling and Simulation, invited to attend NAE Frontiers of Engineering for contributions to Medical Products, ASME V&V40 Standard co-author which led to FDA guidance document.

Dr. Williams' groundbreaking research in Traumatic Brain Injury has deepened understandings of connections between TBI and aging and has played a pivotal role in advancing protections for soldiers and athletes.