● Assembled multiple novel prototype designs of lead-acid modules allowing for continued analysis of design changes. ● Wrote Excel Macro code to sort and tabulate cell data for analysis of large amounts of data improving throughput by 50%. ● Analyzed individual cell data and implemented daily changes to the cell tests to validate cell design, construction, and performance increasing cell turnover and reducing additional analysis by one week. ● Responsible for the equipment and material inventory required ensuring timely production of cell builds

● Synthesized in-house materials for use in alkaline cells lowering costs by 33%● Lived abroad and managed an international team of engineer, technicians, and production staff streamlining construction standards and reducing delays by 40 hours per week● Reviewed and interpreted test results leading to product and process changes improving cell performance by 10%● Conducted manufacturing trials leading to increased production speed, improved quality, and design improvements while increasing personnel utilization at the international plant site by 30%

● Designed and constructed lithium-ion prototype cells for optimal cell-life and performance testing providing Senior Staff the data needed to make future improvements within project timelines. ● Using TGA, DSC, PSA, and mercury porosimetry, analyzed experimental electrode material properties ensuring that Senior Staff was able to make timely decisions on material improvements. ● Generated and analyzed cell life-cycle plots using Excel software to determine future laboratory trials as well as determining design viability.

Constructed a method of producing a product analogous to lidocaineCharacterized the lidocaine product using H NMRComputed physiochemical properties such as electron density and partial charge

Proposed operation of a methanol plant with 1600 annual tons of beet pulpAssessed the technical, economical, and environmental aspectsDetailed process using heat and thermal balances, PFD, P&ID, and cost analysisPresented results with a team in a written report and oral presentation

Reduced hazardous waste use by 180 kilograms for two often-used processesDiscussed with engineers to scale process up to production level Analyzed the viability of the purifying procedure and presented results Determined purity of solvents by UV spectrometer and Karl Fischer Titrator