Modeling climate and financial impacts of solutions in the Industry SectorDeveloped new model frameworks and identified new solutions related to waste, materials and industrial processes -Analysis includes LCA work, data analysis, market projections, and financial analysis

Modeling real world climate change solutions related to materials, waste and the circular economy.

Identified inconsistencies in data across various database management platforms, primarily SQL and Tableau Designed and performed chemical experiments related to wet etching of Silicon in Si-Li batteries in the R&D lab. Performed failure analysis, primarily analysis of images and SEM micrographs of battery parts

Researcher in Environmental Engineering Science & Sustainability Group: - Collaborated with private and governmental organizations to identify sustainability opportunities - Analyzed and primary data for life cycle assessments (LCA) and new dynamic materials flow analysis (MFA) of material resources in the U.S. - Analysis of ambiguity and uncertainty in historical data- Developed a framework for current and future assessments of circularity and sustainability Teaching Assistant: Graduate course “Environmental Life Cycle Assessments” topics include ISO compliance, SimaPro, ecoinvent, USLCI, impact assessments. Undergraduate course “Environmental Engineering” topics include environmental chemistry, air quality engineering, climate science, water resources, wastewater management.

-Designed and built custom Li-S battery cells for the Energy Technologies Area group.-Worked in both the machine shop and in a glove box to make parts, electrolyte solution, and assemble cells -Tested batteries to determine cyclability, capacity, and potential using MPG2 and GITT cycling techniques-Compared cyclability in coin cells to that in custom cells with a single-ion conductor instead of a separator to study polysulfide shuttling-Researched developments in the field-Wrote summaries of research and experiments for research staff to include in academic papers.