• Utilizing various data mining techniques to create and maintain a unique dataset containing over 100,000 results of NBA player prop bets at FanDuel Sportsbook.• Analyzing and exploiting inefficiencies in “under” bets in the NBA player prop market through the use of pivot tables, querying and data visualization in Excel, SQL, and Tableau. • Implementing random forest machine learning model in Python to project DraftKings Points (DKP) for NBA/MLB players. • Betting ROI of 200% during NBA regular season 2020/21.• DFS ROI of 1200% during NBA and MLB regular seasons.• Providing findings and projections at a standard monthly rate.

• Used various clustering and statistical modeling techniques to enhance pre-existing Batter vs Pitcher predictive models for the New York Mets Analytics Department.• Produced heat maps in Tableau for various pitch types to determine that certain pitch profiles have more success when thrown in certain locations.• Ex: Concluded that Sliders must be located below the strike zone and away from the batter to induce more swinging strikes (75% of slider-induced swinging strikes occurred under these parameters).

• Implemented neural network model (RSquare = 0.988) and multiple data visualization techniques to evaluate predictors of player efficiency in Python.• Determined that True Shooting % is the most significant predictor of Player Efficiency Rating (PER) and that shooting more 3’s can have an inverse effect on player efficiency.• Introduced further implications within contract negotiations and prospect scouting/drafting.

• Analyzed, revised, and queried to pull accurate historical delinquency data for all consumer products.• Queried performance analysis of individual collectors based on various factors over a certain period of time.• Assisted in creating and formatting reports for Drury Deck Project that presents an overview of all consumer data for upper-level management.• Reconciled consumer delinquency data with risk management delinquency data to establish more precise predictive consumer modeling.