• Collaborated to establish a leadership development curriculum for 20-person cohort, that promotes diverse leadership styles, wellbeing strategies, and project management. • Mentored 5 leadership fellows through individual ideation, stakeholder assessment, proposals for funding, and milestone execution for change-oriented projects.

• Identified electrolyte property trends and molecular design strategies to improve performance, costs, and scalability of flow batteries. Conducted organic synthesis, solubility measurements, cyclic voltammetry, UV-Vis spectroscopy, NMR and XRD analysis, and conductivity and viscosity measurements. Results summarized in Nature Chemistry and presented at international, regional, and local conferences.• Designed electrochemical wastewater recycling system combining three emerging technologies to assess environmental impact and economic feasibility using life cycle assessment (LCA) and technoeconomic analysis (TEA) methods. Results summarized in the AICHE Journal and featured in CEP Magazine.• Trained two students in lab safety, procedures, and analysis. Resulted in co-authorship for both students on submitted manuscript and led to an independent master’s project.

Conducted electrochemical stability and charge-discharge testing on redox-active molecules to generate lifespan and efficiency data that demonstrates progress in electrolyte development for all-organic grid-scale energy storage.• Conducted cyclic voltammetry and bulk electrolysis for shelf stability studies of charged redox-active electrolyte solutions to identify sources of degradation• Performed assembly and charge-discharge cycling of H-cells and Scriber redox flow cells to evaluate performance efficiencies at variable concentrations, current rates, and solution preparation conditions and determined multiple causes of capacity fade

• Sized a new booster pump for 2020 Renewable Diesel project while addressing collective needs of operations, planning, and projects departments. Installed and operating in 2021.• Determined bore sizing for all replacement orifice plates required in the 2019 Hydrocracker Turnaround, ensuring technical compatibility for operations, instrumentation, and mechanical integrity concerns

• Synthesized materials and evaluated electrochemical properties for energy storage applications• Designed charge-discharge apparatuses and conducted electrochemical stability testing• Completed trainings: Introduction to Petroleum Refining, Lock-Out-Tag-Out Foundations

• Designed, synthesized, and analyzed metal coordination complexes to improve yield, solubility, electrochemical properties, and energy density• Conducted electrochemical test design to refine charge-discharge stability assessment of organic molecules• Co-authored paper: C. S. Sevov, S. K. Samaroo, M. S. Sanford, Adv. Energy Mater. 2017, 7, 1602027.

Organized company documents, contacted customers and monitored financial data