John Foster is a highly respected expert in the field of petroleum engineering, particularly known for his work in drilling and completions, hydraulic fracturing, and reservoir geomechanics. His research significantly contributes to the understanding and development of unconventional resources and reservoir simulation techniques.
Dr. Foster’s academic journey is marked by excellence, holding a B.S. and M.S. in Mechanical Engineering from Texas Tech University, completed in 2002 and 2004 respectively. He further solidified his expertise with a Ph.D. from Purdue University in 2009. This strong educational foundation underpins his profound understanding of geomechanics and its applications in the petroleum industry.
Currently, John Foster shares his extensive knowledge and experience as faculty at UT PGE, where he instructs advanced courses such as PGE 383: Advanced Geomechanics and PGE 334: Reservoir Geomechanics. His research interests are broad and impactful, encompassing experimental and computational geomechanics, multi-scale modeling, well completions, lost circulation, and hydraulic fracturing. He also explores anomalous flow in porous media and is involved in the theoretical advancement of peridynamic theory for solid mechanics. Prior to his role at UT PGE starting in August 2014, Dr. Foster held a faculty position at UTSA and was a senior member of the technical staff at Sandia National Laboratories for seven years, showcasing his diverse experience across academia and national research.
His contributions have been recognized through prestigious awards and honors, including the 2013 AFOSR Young Investigator Award and being named in the “40 under 40” list by the San Antonio Business Journal. These accolades highlight his significant impact and rising prominence in his field.
Dr. Foster’s research is further evidenced by his highlighted publications and Google Scholar profile. His work, often focusing on peridynamics modeling and its application to hydraulic fracturing and porous flow, is published in leading journals such as Computational Mechanics and presented at SPE conferences. These publications demonstrate his cutting-edge research and its relevance to the evolving challenges in petroleum engineering. His Google Scholar profile provides further insight into the breadth and depth of his scholarly contributions.
In conclusion, John Foster stands out as a leading figure in reservoir geomechanics and petroleum engineering. His academic qualifications, extensive research experience, commitment to education, and impactful publications underscore his expertise and significant contributions to the field. For those seeking expertise in geomechanics, hydraulic fracturing, and related areas within petroleum engineering, John Foster is a distinguished researcher and educator to follow.
