Brad Wilkins, Ph.D.

Brad Wilkins is an Assistant Professor in the Department of Human Physiology at the University of Oregon, where he also serves as the director of the Oregon Performance Research Laboratory. His academic focus is on exercise physiology and the physiological limits of human performance, particularly how various factors affect endurance and athletic capabilities.

Academic Background and Research

Dr. Wilkins earned his Ph.D. in Human Physiology from the University of Oregon after completing a Master's degree in Exercise and Sport Science at Northern Michigan University and a Bachelor's degree in Exercise Science from Oregon State University. His research interests include:

• The balance between oxygen supply and demand during exercise.
• Neural and metabolic factors influencing blood flow regulation.
• Mechanisms that may limit endurance performance.

His work has significant implications for understanding how to enhance human performance under various conditions, including extreme environmental stressors.

Professional Experience

Before joining the University of Oregon in September 2023, Dr. Wilkins held various positions, including:

• Assistant Professor at Gonzaga University (2020-2022).
• Director of Next Generation Research at Nike, where he was involved in high-profile projects like Nike's attempt to break the two-hour marathon barrier.
• Vice President of Science & Innovation at Amp Human.

Contributions and Publications

Dr. Wilkins has published over 40 manuscripts and holds multiple patents related to exercise physiology and human performance. His consulting work through his company, W124°, focuses on translating scientific insights into practical applications for sports and exercise.

Recognition

He has received several awards, including the Distinguished Alumni Award from the University of Oregon's School of Graduate Studies in 2019, reflecting his significant contributions to the field of exercise physiology.

Current Focus

Currently, Dr. Wilkins is engaged in research that explores how factors such as gut microbiota, hormonal influences, environmental conditions, and muscle bioenergetics interact to affect athletic performance outcomes.12345