I'm the Head of Data Analyitcs for Chess.com with 15 years experience applying machine learning and optimization methods to a wide range of applications, solving complex problems through data-driven decision-making.
I drive the strategy and vision for Data Analytics across all Chess.com properties. My team serves all the reporting, analytics, and experimentation needs for the comapny.
I manage a team of 10 Data Scientists, Analysts, and Managers. We build data pipelines, analytics reports, dashboards, predictive models, you name it!
I researched and developed state-of-the-art statistical learning methods for GE's multi-billion dollar businesses.
As part of the intelligence community, I provided technical analyses and assessments for Senior Policy Makers and the President.
Over the years, I've turned my hobbies into small businesses. They have served as a fun way to keep my skills sharp and learn new tech along the way.
I've been developing mobile games for both Android and iOS for 12+ years. My games and apps have reached 1,500,000+ users from all over the world.
I co-founded a business that provides day traders with ML-powered quantitative analytics for stock trading.
I'm passionate about a wide range of topics: design, comp-sci, math, and science. Below are some examples where I've built up some expertise.
My main development languages are Python and Java, but I have worked with Javascript, Dart, and many more.
Git, Docker, Databricks, Airflow, and more. The key is to use the right tool for the job.
I've dabbled in many of the products in the AWS ecosystem. I built a cross-platfrom game in Flutter and have extensive experience building Flask APIs.
I have a Ph.D. in Aerospace Engineering from the University of Maryland. Below are my publications from both academia and my professional work experience.
A Gaussian Process Modeling Approach for Fast Robust Design with Uncertain Inputs. |
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An Intelligent Sampling Framework for Multi-Objective Optimization in High-Dimensional Design Space. |
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Bayesian Multi-Source Modeling with Legacy Data. |
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Heteroskedastic Gaussian Process Meta-Models for Improved Predictive Uncertainties. |
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Predictive Analytics with an Advanced Bayesian Modeling Framework. |
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Comparison of Robust Optimization Methods Applied to Hypersonic Vehicle Design. |
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Robust Multi-Objective Optimization of Hypersonic Vehicles Under Asymmetric Roughness-Induced Boundary-Layer Transition. |
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A Multi-Objective Post-Optimality Data Handling Approach to Robust Optimization. |
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Comparison of Robust Optimization Methods Applied to Hypersonic Vehicle Design. |
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Multi-Objective Optimization of Hypersonic Vehicles under Asymmetric Boundary-Layer Conditions. |
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Trajectory Optimization Studies of Long Range Morphing Projectiles. |
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Trajectory Optimization and Aerodynamic Modeling of Long Range Morphing Projectiles
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