• Founded company focused on scientific data management consulting• Lead multiple yearlong consulting contracts with academic and enterprise clients• Awarded a StartX Student-in-Residence grant for $9,000 in Fall 2019• Participated in NSF I-Corp Immersion Program in the Summer of 2018 and Stanford Energy Ventures in the Winter of 2019• Co-wrote and maintain the companies scientific software for scientists modeling complex phenomena to generate relational databases from a natural declaration of scientific facts

- Utilize theoretical and computational machinery based on density functional theory and microkinetic modeling to study catalytic reactions at solid surfaces with an emphasis on ammonia synthesis- Developed a multi-scale kinetic-transport model for understanding and improving lithium mediated ammonia synthesis, achieving long term stability and record high faradaic efficiencies- Built and maintain software and novel database schema for accelerating and automating submission, processing, and analysis of simulation workflows- Built models for chemical systems that utilize graph-convolutional neural networks to interface with chemistry data

- Examined the kinetics of boron nitride nanosheet catalysts for the oxygen reduction reaction (ORR) using an electrochemical quartz crystal microbalance- Wrote software to analyze coupled deposition and cyclic voltammetry data to predict the identity of adsorbates during ORR onset- Participated in cultural exchange programs with the Toyota Technical Institute’s Masters program in Nagoya, Japan

- Awarded undergraduate research grant to optimize novel lithium-air flow battery architecture- Researched experimental cathodes in metal-CO2 batteries, such as sodium and magnesium, for carbon sequestration- Fabricated and characterized lithium-air coin cell batteries using standard electrochemical techniques, such as BET surface area analysis, capacity testing, and electrochemical impendance spectroscopy- Examining and developing novel Metal-Air battery architecture and design

Principal Investigator: Professor Eric VogelMentor: Dr. Alexey Tarasov, Phillip CampbellProjectInvestigated the fundamental synthesis of 2D transition metal dichalcogenides (TMDC) semiconductors.

- Developed wet chemical etch for pit density measurements on ternary III-V semiconductors for use in energy efficient electronics- Calibrated etch pit density measurements with threading dislocations counted through high-resolution TEM imaging

Principal Investigators: Dr. Christophe Dorrer & Kenneth L. MarshallProjectDesigned and fabricated radially-polarizing liquid crystal optics for use in high-resolution microscopy