Interfaced project teams to review capital projects and identify project risks. Developed statistical models and comparison datasets to obtain cost and schedule targets. Used statistical analysis to identified cause-effect relationships between project practices and outcomes. Tied analysis into actionable recommendations to maximize business performance. Served as the primary point of contact for two major client accounts in the life sciences sectors. Subject Matter Expert for capital projects in the pharmaceutical and food sectors.Select Achievements:• Lead Consultant in over 100 project evaluations in the pharma, biotech, food, refining, and chemical industries• Successfully led one of the largest site evaluations • Successfully led a global system benchmarking across 4 countries • Instructor for two Project Management Best Practices courses to IPA clients• Consistently exceeded productivity and profitability metrics• Recipient of the Work Process Excellence Award in 2014• Led an internal Toastmasters public speaking course

Graduate student in the Structural and Computational Biology & Biophysics program at UVA. Research focused on cell membrane protein biochemistry, spectroscopy, computational simulations, and data analysis.

Ran computational simulations and analyzed data to test and aid in the design of a proposed particle detector for experimental high energy physics. Took advanced courses on theoretical physics and on data analysis and statistical methods.

Measured and analyzed various aluminum alloy compositions against known physical properties using statistical methods to determine optimal alloy composition for car motor manufacturing.