• Directed the production of a client-facing dashboard by leading a team of consultants in a hands-off management environment, structuring and translating nebulous client needs, inventing insightful data-oriented visuals while adhering to strict security guidelines, and boosting communication between various teams and government clients resulting in a product designed to shape international aid efforts• Engineered and implemented a unique scoring system to contextualize and quantify needs for hundreds of healthcare facilities, forming the backbone of the analysis across a government report allowing for data-driven distribution of international aid• Performed feature engineering and constructed a machine learning model in Python for predicting monthly trends in time series application for client and increased R2 metric from 0.79 to 0.92, resulting in efficient monthly staffing across various facilities• Developed a list of SQL commands to produce a data-integrity checklist resulting in a 50% increase in efficiency in a daily data security verification process

• Collaborated directly with sales team and clients to analyze and design solutions for customer applications resulting in higher number of sales and customer satisfaction• Implement mathematical solutions into algorithms written in C# to improve speed of software-powered camera calibrations• Managed customer and internal projects involving camera and display setups within a team of engineers which resulted in higher sales and improved camera system function

• Used optical techniques (specifically cavity ringdown spectroscopy) to observe trends in acid concentration in radiation-induced atmospheric conditions over time with varying levels of humidity inside of an isolated, flow-controlled chamber• Verified models using Cantera, a Python-based chemical kinetics software

• Set up and facilitated General Physics I & II lab sessions for classes of 20-30 students• Held office hours for students to explain technical class content