In charge of maintaining, updating, and enhancing the compute infrastructure of the Lab; working with researches to enhance the scanning and imaging capabilities of microCT scanners; and developing software and database systems for analyzing and storing biological images and data.

Responsible for the scientific development, analysis and testing of various reconstruction and quantification methods and algorithms for use in a photoacoustic tomography scanning system.

As member of the Structural and Computational Chemistry group in PGRD St Louis, developed innovative computational tools and procedures that enabled researches to test and evaluate drug candidates ensuring only the most desirable ones would be synthesized. Developed docking protocols, QSAR models, independently and in collaboration with computational chemists for use in Pfizer’s compute infrastructure, as well as lead generation or scaffold hoping tools that became part of a set of global Lead… Show more As member of the Structural and Computational Chemistry group in PGRD St Louis, developed innovative computational tools and procedures that enabled researches to test and evaluate drug candidates ensuring only the most desirable ones would be synthesized. Developed docking protocols, QSAR models, independently and in collaboration with computational chemists for use in Pfizer’s compute infrastructure, as well as lead generation or scaffold hoping tools that became part of a set of global Lead Generation tools.As member of Global Patent Analysis Tools team, developed and delivered several tools by the end of 2009 enabling scientists to more easily and quickly get a better understanding of the chemical IP space for their projects.Served as liaison with Research Informatics group to ensure local computing environment for the Structural and Computational Chemistry group was properly maintained. Developed and implemented a plan to replace a third of the group’s workstations on a yearly basis ensuring a constant budget expense. Show less