Joseph Muth
About Joseph Muth
Joseph Muth is the Chief Engineering Officer known for building and scaling R+D programs at Nike, with work featured in flagship products generating over $1B in revenue. He holds a Ph.D. in Materials Science from Harvard and has over 2000 citations in peer-reviewed publications.
Chief Engineering Officer at Nike
Joseph Muth holds the position of Chief Engineering Officer at Nike. In this role, he has been instrumental in building and scaling research and development programs. His work has contributed significantly to the company's innovation and technological advancements. As a leader in engineering, Muth has played a key role in pushing forward Nike's strategic initiatives in product development.
Education and Expertise of Joseph Muth
Joseph Muth graduated first in his class from Purdue University with a Bachelor of Science in Materials Engineering. He furthered his education by earning a Ph.D. in Materials Science from Harvard University, where he conducted research in Jennifer Lewis’ lab. His academic focus included soft matter physics, colloid and composite science, manufacturing, and bio-inspired design. Muth has also worked in academia, demonstrating a strong foundation in these scientific domains.
Achievements and Recognitions of Joseph Muth at Nike
Joseph Muth has been recognized as a Creative Thought Leader and one of the top innovators at Nike. His work has been integral to multiple flagship consumer products, which collectively have an estimated revenue impact exceeding $1 billion. These achievements underscore his role in driving innovation and contributing to significant revenue growth for the company.
Joseph Muth's Contributions to Research
Joseph Muth's research contributions extend into academia, where he has published peer-reviewed articles with over 2000 citations. His scientific work spans various interdisciplinary fields, including soft matter physics, colloid and composite science, manufacturing, and bio-inspired design. His research has been influential and widely recognized within the scientific community.