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I'm Héctor García, a machine learning and physics engineer and 10-times prize winner at international math olympiad competitions. Currently I am collaborating with researchers and software engineers to design learning pillars grounded in cognitive science and to develop end-to-end data-driven educational tools. I enjoy tackling time-and-space complexity, robust coding, and creating systems that make learning efficient and effective…I'm Héctor García, a machine learning and physics engineer and 10-times prize winner at international math olympiad competitions. Currently I am collaborating with researchers and software engineers to design learning pillars grounded in cognitive science and to develop end-to-end data-driven educational tools. I enjoy tackling time-and-space complexity, robust coding, and creating systems that make learning efficient and effective

Héctor García

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I'm Héctor García, a machine learning and physics engineer and 10-times prize winner at international math olympiad competitions. Currently I am collaborating with researchers and software engineers to design learning pillars grounded in cognitive science and to develop end-to-end data-driven educational tools. I enjoy tackling time-and-space complexity, robust coding, and creating systems that make learning efficient and effective…I'm Héctor García, a machine learning and physics engineer and 10-times prize winner at international math olympiad competitions. Currently I am collaborating with researchers and software engineers to design learning pillars grounded in cognitive science and to develop end-to-end data-driven educational tools. I enjoy tackling time-and-space complexity, robust coding, and creating systems that make learning efficient and effective

Available to hire

I’m Héctor García, a machine learning and physics engineer and 10-times prize winner at international math olympiad competitions.

Currently I am collaborating with researchers and software engineers to design learning pillars grounded in cognitive science and to develop end-to-end data-driven educational tools. I enjoy tackling time-and-space complexity, robust coding, and creating systems that make learning efficient and effective