Dove personal cleansing formulation development and related projects

• Presented a case and aided piloting of a $500,000+ investment into energy management and carbon accounting software capable of direct integration to EnergySTAR• Designed 25+ financial models to determine discounted and non-discounted financial return of solar project bundle, considering Inflation Reduction Act tax credits and MACRS depreciation• Presented on heat pump payback periods, with emphasis on green leasing structures designed to solve the split incentive issue associated with ROI of energy efficiency upgrades• Developed an 8960 Model to determine peak shaving capabilities of a battery in pair with WashU solar installations• Reported 100+ Washington University buildings' energy and water usage to St. Louis City to comply with building energy efficiency (BEPS) requirements

• Expanded the Green Office program after COVID-19 reduced participation, resulting in a 10% increase in number of offices certifying as Green Offices between 2019 and 2021• Reconfigured the checklist utilized to certify offices on campus as sustainable to account for differences in sustainable building design, including rewriting questions regarding energy efficiency to incorporate LEED certified buildings

• Performed bench-scale and pilot-scale DOE on new formulation to ensure meets supply chain robustness requirements• Developed multi-factor rheology model with experimental data to improve plant reliability and process efficiency

• Facilitated the understanding of MATLAB code and computational modeling theory for 35 students enrolled• Hosted weekly office hours, assisted in grading homework, and proctored exams

• Utilized PowerBI, SQL, and DAX to make a real-time dashboard tracking can spoilage rate, broken down by machine type and individual machines for five Metal Container Company plants• Developed SKAP Training visualization for the Learning & Development team to monitor training progress of plant workers• Implemented a centralized system for tracking utility consumption and costs for Arnold can plant, which resulted in improved cost management and efficiency

• Facilitated the understanding of Java concepts covered in class by helping students connect abstract concepts to code.• Provided a strong foundation for beginner programmers by assisting with grading, code review, and office hours for the 600+ students enrolled in the course.

• Analyzed experimental data utilizing an electrochemical apparatus to extract ammonia and phosphate from wastewater, aiming to maximize recovery and minimize electricity costs• Applications of this technology include sustainable fertilizer development with over 90% carbon dioxide emissions reduction

• Prepared 30 activated carbon-based electrodes and ran electrochemical characterization tests (CV, EIS, GCD) to determine how internal resistance and specific capacitance change with different thicknesses of activated carbon• Investigated the impact of switching electrolyte solutions from ideal 0.513M sodium chloride solution to artificial seawater (with divalent cations) on the electrochemical properties of the activated carbon-based electrodes

• Taught 50+ K-12 students in math concepts to develop an understanding of math in a captivating environment• Identified methods to accelerate the branch’s growth, including organizing 10 events at elementary and middle schools, and sporting events