David Fiscus
About David Fiscus
David Fiscus is a Senior Chemist specializing in R&D and Product Innovation at ExxonMobil, with a background in polyethylene technology and a Ph.D. in Chemistry from The Ohio State University.
Current Role at ExxonMobil
David Fiscus is currently holding the position of Senior Chemist in R&D and Product Innovation at ExxonMobil in Baytown, Texas. He has been with the company since 2008, where he focuses on advancing the polyethylene industry through innovative research and development.
Previous Experience at ExxonMobil Chemical Company
Prior to his current role, David Fiscus worked at ExxonMobil Chemical Company as a Senior Chemist in Polyethylene Technology and Polymers Technology. He worked there from 1989 to 2008, contributing significantly to the development and improvement of polymer technologies and products.
Educational Background
David Fiscus holds a Ph.D. in Chemistry from The Ohio State University, completed in 1970. He also earned both a Master of Arts (MA) and a Bachelor of Science (BS) in Organic Chemistry from the University of Alaska Fairbanks, also completed in 1970. His extensive education in chemistry laid a solid foundation for his long-standing career in the chemical industry.
Key Contributions and Innovations
Throughout his career, David Fiscus has made several critical contributions to the field of chemistry. He developed new polyethylene resins by expanding gas phase reactor capabilities. He also redesigned workflows to decrease sample size requirements and significantly reduce evaluation costs. Additionally, he coordinated a cross-functional team to build data-driven models for polyethylene product development and instituted Essential Work of Fracture testing.
Industry Collaborations and Contracts
David Fiscus has extended his professional horizon by securing significant contracts with university personnel. He orchestrated two contracts worth $500,000 each to enhance testing capabilities and establish procedures. These collaborations have supported the expansion of testing methodologies and have been pivotal for advancing product development and research in the polyolefin industry.