• Designed and implemented analyses and predictive models using SAS and SQL to identify significant fraud, waste, and abuse patterns in Medicare claims, resulting in the identification of 100+ fraudulent providers• Conducted background research on policies and medications/treatments to support data analyses• Pulled from datasets with billions of observations and analyzed datasets with hundreds of millions of observations• Constructed comprehensive reports and interactive visualizations in Excel to support clients in making strategic, data-driven decisions• Prepared and presented analysis results and findings monthly to external clients, including Deloitte and government agencies, leading to referrals of fraudulent providers to the DOJ• Aided in training and mentoring new data analysts

• Automated accounting and marketing tasks with Python and created operational instructions• Coordinated orders with over 1,000 customers nationwide, including distributors and wholesale orders• Handled invoice generation, shipping and logistics, order discrepancy resolution, inventory management, website maintenance, customer service, graphic design, and marketing

• Learning Assistant for UCSB’s Advanced Classical Mechanics Class• During discussion sections in person and over zoom, supported small groups of students in active learning problem sessions• Answered questions, motivated teamwork, and determined gaps in student understanding• Graded homework assignments for the class

• Constructed a hydrogen/oxygen torch to soften glass fibers• Implemented device drivers to control mechanical stages and created a GUI in MATLAB to control the mechanical stages to pull fibers in a reproducible process

• Recreated the Cavendish Experiment to measure the gravitational constant G• Built a chamber from scratch and bought/built parts to construct a torsion pendulum• Measured angular velocity by tracking a laser reflecting off a mirror on the torsion pendulum• Controlled camera with a Raspberry Pi to autonomously capture images• Performed image processing and data analysis in real time• Measured the gravitational constant G to within the correct order of magnitude• Performed error analysis to account for error from air conditioning, cars, people’s gravity, etc.

• Investigated how the chemistry of stars effects the properties of Earth-like exoplanets, specifically the liquid/rock densities and the molality of four important ions (CO3--, HCO3-, NH3, NH4+)• Simulated reactions in the Geochemist’s Workbench (a chemistry simulation program) and wrote a Python script to parse text file output of the simulations for the relevant data• Analyzed the data and created graphs with Python to determine the effect of different properties