Jan Scrimgeour

Jan Scrimgeour serves as Associate Professor in the Department of Physics within Clarkson University's Coulter School of Engineering & Applied Sciences, where he investigates biopolymer physics at cell-fluid interfaces. His work centers on hyaluronan-based cell surface structures and their role in biological function, utilizing advanced experimental techniques to bridge physics, biology, and engineering.

His educational foundation includes:

• Ph.D. in Physics from the University of Oxford
• M.S. in Optoelectronics and Laser Engineering from Heriot-Watt University

Dr. Scrimgeour's research spans cell physics, soft materials, tissue engineering, and advanced microscopy, with emphasis on biopolymer brush mechanics, microfluidic systems, and single-molecule imaging. His experimental approach integrates fluid dynamics, nanolithography, and optical techniques to explore cellular interfaces and mechanical properties, revealing fundamental principles of biological materials.

Analysis of his publication record shows consistent focus on biophysical mechanisms across 15 years, with evolving emphasis from nanofabrication (2006-2011) to cellular mechanics and microfluidics (2012-present). Key themes include cell adhesion dynamics, proteoglycan functionality, and development of precision measurement techniques for biological systems.

His scientific recognition includes:

• National Science Foundation CAREER Award (2019)
• Clarkson Ignite Fellowship (2018)
• Outstanding New Teacher Award at Clarkson University (2017)

While specific grant details aren't documented here, his NSF CAREER award indicates substantial research funding. Dr. Scrimgeour teaches core physics courses including Biophysics and Statistical Mechanics, contributing to Clarkson's Life Sciences curriculum.

His laboratory work involves microfluidic cell culture systems and advanced imaging setups, though the specific lab name isn't provided in source materials. Collaborative publications with biologists and engineers demonstrate interdisciplinary team science focused on cellular mechanics and biomaterial interfaces.