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\item Partner with senior design leadership and cross-functional teams, including engineering and product management, to define key metrics, identify opportunities for game and business improvements, and drive data-informed decision making across the game.
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\item Lead initiatives to understand how gameplay systems (maps, modes, weapons, in-game communication) influence top-line KPIs and suggest design improvements based on data insights.
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\item Design, implement, and monitor experiments, A/B tests, and other methodologies to drive improvements in gameplay features and player engagement.
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\item Drive data quality and ensure instrumentation across the game to capture accurate and actionable data; collaborate closely with engineering teams to improve data pipelines and ensure seamless data flow.
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\item Drive data quality and ensure instrumentation across the game to capture accurate and actionable data; collaborate closely with engineering teams to ensure seamless data flow.
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\item Lead the development and implementation of data models, production metrics, and visualizations to provide insights into player behavior, gameplay patterns, and overall game performance.
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\item Manage and mentor junior data scientists, offering guidance in experimental design, statistical analysis, and effective data visualization.
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\item Manage and mentor junior data scientists, offering guidance in study design, statistical analysis, and effective data communication.
\textbf{Dept. of Physics and Astronomy, Rutgers University} \hfill New Brunswick, New Jersey\newline
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\textit{Postdoctoral Research Associate} \hfill\textbf{September, 2016 - 2021}\newline
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\begin{list2}
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\item Designed and built parallelized pipelines to process and analyze TBs of astronomical imaging; producing calibrated, standardized data catalogs and rigorous results leading to 2 peer reviewed publications and several hundred hours of telescope time.
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% \item Project managed and coordinated a team of 4, including both senior scientists and graduate students,
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% to perform quality control tasks; deliver science products; and produce peer-reviewed publications.
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\item Contributed to open source, astronomy-focused, Python projects through bug fixes and feature additions: see \href{https://github.com/boada/photometrypipeline}{photometrypipeline}, \href{http://astlib.sourceforge.net/}{astLib}, and \href{https://github.com/boada/easyGalaxy}{easyGalaxy} on GitHub as examples.
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\item Designed and built parallelized data processing pipelines to analyze TBs of astronomical imaging data, producing standardized catalogs and rigorous results that contributed to 2 peer-reviewed publications and several hundred hours of telescope time.
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\item Collaborated with senior scientists and graduate students to ensure the quality of data products and oversee scientific analysis.
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\item Contributed to open-source Python projects focused on astronomy, adding features and fixing bugs in tools like \href{https://github.com/boada/photometrypipeline}{photometrypipeline}, \href{http://astlib.sourceforge.net/}{astLib}, and \href{https://github.com/boada/easyGalaxy}{easyGalaxy}.
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\end{list2}
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% \textbf{Dept. of Physics and Astronomy, Texas A\&M University} \hfill College Station, Texas\newline
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