Bio/Mech Eng (PhD, FAHA) – Cardiovascular Expert

Specialties & Experience of this Expert Witness

Additional Information

Kordestani Endowed Chair & Assistant Professor of Biomedical Engineering San José State University Dr. Patrick Jurney is both a Biomedical and Mechanical Engineer specializing in cardiovascular devices, biomicrofluidics, and vascular biomaterials. As the Kordestani Endowed Chair and Assistant Professor of Biomedical Engineering at San José State University, Dr. Jurney has demonstrated excellence in research, teaching, and professional service. He has been recognized as a Fellow of the American Heart Association (FAHA) and has secured funding from the National Institutes of Health (NIH), the American Heart Association (AHA), and the California State University Program for Education & Research in Biotechnology. He also reviews grants for the NSF, NIH, and AHA, staying up-to-date on the latest engineering advancements in cardiovascular engineering. Academic and Professional Background: NIH T-32 Postdoctoral Fellow in Translational Engineering, Oregon Health & Science University Ph.D. in Mechanical Engineering, The University of Texas at Austin M.S. in Mechanical Engineering, The University of Texas at Austin B.S. in Mechanical Engineering, University of Portland Honors and Awards: Fellow, American Heart Association (2024–Present) Kordestani Endowed Chair (2025–Present) College of Engineering Faculty Award for Excellence in Scholarship (2024) Quantum Corporation Faculty Teaching Fellow Award (2023) Teaching and Courses: Dr. Jurney teaches a wide range of courses reflecting his interdisciplinary expertise, including: Microscale Biomedical Systems: Physics and Applications Biological Microfluidics Biotransport Phenomena Biomedical Device Manufacturing Experimental Methods in Biomedical Engineering Foundations of Biomedical Engineering Research and Scholarly Interests: Endothelial Cells & Vascular Biology Cardiovascular Biomaterials & Device Design Biomicrofluidics & Microfluidic Hemostasis Assays Nanoparticle Drug Delivery Thrombosis & Hemostasis Mechanotransduction & Biomedical Transport Phenomena Dr. Jurney has published extensively in—and reviews manuscripts for—some of the most prestigious academic journals, reflecting his standing in the field and deep involvement in state-of-the-art research. His work explores how biological systems interact with engineered materials and devices, aiming to advance clinical treatments and improve patient outcomes. Why Retain Dr. Jurney as an Expert Witness: Engineering and Clinical Expertise: Holds advanced degrees in Mechanical Engineering, ensuring a thorough understanding of device design, manufacturing processes, and regulatory considerations. Gained extensive biomedical engineering experience through a postdoctoral fellowship and direct clinical collaborations on medical device development and characterization. Cardiovascular Specialization: Provides authoritative insights on medical devices, vascular grafts, biomaterials, thrombosis, and related cardiovascular technologies. Device Design Experience: Has work on medical devices for NICU patients and total artificial hearts/circulatory support devices as part of small interdisciplinary teams of clinicians and engineers, integrating clinical needs with cutting-edge engineering solutions. Proven Track Record: Funded by the NIH and the AHA, recognized with multiple awards for excellence in scholarship and teaching, and a frequent reviewer for NSF, NIH, and AHA grant programs. Clear Communicator: Adept at conveying complex technical concepts in a manner that judges, juries, and legal teams can readily understand (in both English and Spanish). Professional Integrity: Committed to providing unbiased, evidence-based opinions. Dr. Jurney is available for consultation, expert reports, deposition, and trial testimony in matters related to biomedical engineering, mechanical engineering, device design and manufacturing, biomicrofluidics, cardiovascular biomaterials, nanotechnology for drug delivery, and thrombosis/hemostasis issues.