معرفی
Jack Parker is a Research Professor in the Department of Civil and Environmental Engineering at the University of Tennessee, Knoxville, within the College of Engineering. His work bridges computational modeling and environmental engineering, with a focus on contaminant transport, uncertainty analysis, and remediation cost optimization.
His research interests center on inverse modeling, prediction uncertainty quantification, and stochastic cost optimization for environmental engineering decisions. He has developed over a dozen widely used computer programs for subsurface contamination analysis, applied across the U.S. and in more than 30 countries. His work extends to thermal treatment systems, DNAPL remediation, and unconventional fossil energy recovery, particularly in oil shale contexts.
The trends in his recent publications (2012–2017) reflect a strong emphasis on integrating mathematical modeling, decision science, and field applications in environmental remediation. Key themes include cost-benefit analysis, value of information, and upscaling transport models, demonstrating a consistent drive toward practical, data-driven solutions for complex subsurface problems.
- Highly Cited Researcher
- Service on expert panels for government agencies and private industry
- Advisory and review board memberships
- Invited seminars and workshops in over 15 countries
Dr. Parker has directed numerous research and consulting projects involving contaminant transport and remediation at industrial facilities, including refineries and manufacturing plants. He has taught academic courses and professional workshops globally and has been instrumental in developing computational tools that support engineering decision-making under uncertainty. While specific advisees are not listed, his leadership in collaborative research indicates a strong mentoring and project supervision role.
He is affiliated with the Department of Civil and Environmental Engineering’s research group focused on environmental systems and subsurface hydrology, contributing to both national and international efforts in sustainable remediation and resource recovery.
