Jessica Wagenseil

Dr. Jessica Wagenseil is pursuing novel approaches in the field of cardiovascular mechanics, with a particular emphasis on the role of elastin in blood vessel structure and function. As a Professor and Vice Dean for Faculty Advancement at Washington University in St. Louis, she holds joint appointments in the McKelvey School of Engineering and the School of Medicine. Her academic affiliations extend to the Department of Mechanical Engineering & Materials Science and the Roy and Diana Vagelos Division of Biology & Biomedical Sciences, among other research centers. Dr. Wagenseil's research is at the intersection of bio-inspired design and biomedical engineering, where she explores the extracellular matrix and its implications for cardiovascular health. Her work delves into the microstructural modeling of elastic tissues, aiming to understand the mechanics behind cardiovascular development and diseases related to elastin. By developing sophisticated mathematical models, she seeks to predict how changes in elastin affect blood vessel mechanics, contributing to advancements in cardiovascular medicine. Her contributions to the field have been widely recognized, earning her prestigious accolades such as the Emerson Excellence in Teaching Award and a Fellowship with the Biomedical Engineering Society. These honors reflect her commitment to both research and education, as she continues to mentor the next generation of engineers and scientists. In addition to her research, Dr. Wagenseil is actively involved in faculty advancement initiatives, fostering an environment of innovation and collaboration at Washington University. Her leadership roles enable her to influence the academic landscape, promoting interdisciplinary research and enhancing the university's educational mission. Dr. Wagenseil's work is pivotal in understanding the biomechanical and mechanobiological aspects of cardiovascular health. Her research not only advances scientific knowledge but also has practical implications for the diagnosis and treatment of elastin-related diseases. Through her dedication to both her research and her students, she exemplifies the integration of academic excellence and impactful scientific inquiry.