Hilaf Hasson is a Senior Staff Applied Scientist based in Mountain View with six years of industry experience translating deep mathematical training into production-scale ML and GenAI systems. He has led science and productization for time-series forecasting and explainability at AWS—driving Amazon Forecast ensembling and Sagemaker Canvas features—and most recently leads R&D for enterprise GenAI at Cohesity. His background spans rigorous academic research (PhD in Mathematics) and applied ML roles, with publications and contributions that bridge theory—such as probabilistic forecasting and uncertainty quantification—and practice. As an active open-source contributor to GluonTS, he implemented tree-based probabilistic forecasters (QRX) with LightGBM integration, NaN handling and explainability, highlighting a rare combination of algorithmic depth and production-grade engineering. Colleagues describe him as a scientist who reliably converts theoretical insights into scalable, interpretable products that ship.
6 years of coding experience
7 years of employment as a software developer
High School, High School at Handesaim Tel-Aviv (The School for Practical Engineers)
Bachelor of Science (BSc) Mathematics Magna Cum Laude, Bachelor of Science (BSc) Mathematics Magna Cum Laude at Tel Aviv University
Program for Gifted Youth in Mathematics, Program for Gifted Youth in Mathematics at Bar-Ilan University
Doctor of Philosophy (PhD) Mathematics, Doctor of Philosophy (PhD) Mathematics at University of Pennsylvania
Contributions:7 reviews, 16 commits, 54 PRs in 2 years 5 months
Contributions summary:Hilaf significantly contributed to the implementation of tree-based models, specifically QRX (Level Set Forecaster), within the GluonTS framework. Their work involved integrating lightgbm for model training, introducing functionalities like random sampling and flexible parameter passing to improve QRX's capabilities and usability. Furthermore, the user added support for handling NaN values and incorporated explainability features, enhancing the model's interpretability and robustness. The user also made refactoring and code improvements, which significantly improve the robustness and usability of the project.
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Hilaf Hasson - Senior Staff Applied Scientist at Cohesity