Mohammad Mehrmohammadi

Dr. Mohammad Mehrmohammadi is an esteemed Associate Professor of Biomedical Engineering at Wayne State University, where he also holds adjunct appointments in Electrical and Computer Engineering, and Obstetrics and Gynecology. His academic journey is marked by a rich tapestry of interdisciplinary expertise, having earned degrees in Electrical Engineering, Electrical & Computer Engineering, and Biomedical Engineering from prestigious institutions in Iran and the United States. Further honing his skills, Dr. Mehrmohammadi completed a post-doctoral fellowship at the renowned Mayo Clinic, where he deepened his understanding of advanced imaging techniques. At Wayne State University, Dr. Mehrmohammadi is at the forefront of research in the biomedical applications of ultrasound and optical imaging. His work is particularly focused on ultrasound tissue elastography and the development of innovative imaging modalities aimed at early cancer detection and enhancing maternal-fetal care. His contributions to the field are not only theoretical but also practical, as he leads the Functional and Molecular Ultrasound Imaging Laboratory, a hub for cutting-edge research and development. In addition to his academic and research pursuits, Dr. Mehrmohammadi is an integral part of the molecular imaging program at the Karmanos Cancer Institute. His collaborative efforts in this program underscore his commitment to translating research into tangible clinical applications, particularly in the realm of cancer diagnostics and treatment. Dr. Mehrmohammadi's excellence in research and teaching has been recognized through numerous awards, reflecting his dedication to advancing the field of biomedical engineering. His influence extends beyond the laboratory and classroom, as he actively participates in editorial boards and technical committees for various prestigious journals and conferences, contributing to the broader scientific community. Through his work, Dr. Mehrmohammadi continues to push the boundaries of what is possible in biomedical imaging, striving to improve patient outcomes through innovative research and collaboration. His career is a testament to the impact of interdisciplinary approaches in solving complex medical challenges, and he remains a pivotal figure in the ongoing evolution of biomedical engineering.