Jordan Platts is an options trader and quantitative practitioner with eight years of experience building and trading volatility-focused strategies across equity indices and single-stock options. He blends hands-on trading at firms like IMC and Walleye Capital with a strong quantitative and software background—M.S. in Computational Finance from Carnegie Mellon and developer work in Python and C#—to productionize models and risk dashboards. His open-source contributions to notable Python finance libraries (ffn and bt) show a practical knack for improving performance metrics and backtesting reliability, including Sharpe/Sortino/Calmar computations and algorithmic features like an Or algo. Comfortable across trading floors and engineering teams, he has repeatedly automated workflows and strengthened test suites to make research reproducible and deployable.
8 years of coding experience
3 years of employment as a software developer
Master of Science (M.S.) Computational Finance, Master of Science (M.S.) Computational Finance at Carnegie Mellon University - Tepper School of Business
Bachelor of Science - BS Finance Computer Science, Bachelor of Science - BS Finance Computer Science at University of Central Florida
Contributions:29 commits, 19 PRs, 34 pushes in 2 years 7 months
Contributions summary:Jordan primarily contributed to the financial function library by updating and refactoring existing code, specifically focusing on numerical computations and statistical analysis. They implemented improvements to the Sharpe and Sortino ratio calculations, incorporated updates to the performance statistics and added calculations for the Calmar ratio. Furthermore, the user was involved in fixing test cases and general numpy updates within the project.
Contributions:23 commits, 18 PRs, 42 pushes in 2 years 7 months
Contributions summary:Jordan contributed to the core functionality of the `bt` library by merging branches and implementing new features, such as the `Or` algo, and by fixing existing ones related to fractional positions. They also added and updated example files to demonstrate the usage of the library's functionality. Furthermore, the user significantly contributed to the testing suite, adding new test cases to ensure the reliability and correctness of the library's features, like the RunOnDate and Or algos, and improving existing tests.
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