Data-driven athletic health and performance modeling. Machine learning. Bayesian modeling. Risk analysis. Data engineering.
Lead development of novel, cloud-based solutions for state-of-the-art, complex skeletal tracking data. Algorithm development and optimization. Project and people management. Democratizing data accessibility across multiple levels of the organization. Advanced scouting and game planning. Player evaluation. Strategy.
Computer vision. Biomechanics. Machine learning (classification and regression). Cutting costs through automation. Physics-based approaches to baseball problems.
Led artificial intelligence development and implementation. Auction optimization. Machine learning at web scale. Real-time predictions. Recommender systems. Data pipeline optimization. Algorithm development.
Built adrevenueindex.ezoic.com, the world's first online ad rate index, using data from billions of ads. Auction theory. ETL. Statistical analysis.
Discovered and analyzed molecules with novel therapeutic mechanisms of action and potential to restore normal cardiac action potentials. Collaborated with FDA on CIPA committee protocols. Characterized consequences of genetic mutation in hERG channel.
Starek, G., Freites, J.A., Bernéche, S., Tobias, D.J.
Harley, C.A., Starek, G., Jones, D.K., Fernandes, A.S., Robertson, G.A. Morais-Cabral, J.H.
Faure, E., Starek, G., Mcguire, H., Bernéche, S., Blunck, R.
Outside of my work as a data scientist, you can find me on hiking trails around the Bay Area, exploring Northern California's redwood forests, playing my guitar, volunteering as a youth flag football coach, or taking my Jeep off-roading in the desert (doors off, of course).