Jeremy Murphy is a Data Analytics Manager with 16 years of experience blending scientific rigor, product-minded leadership, and hands-on data engineering to keep complex systems healthy and actionable. He leads analytics teams that monitor infrastructure, detect and respond to incidents, and translate messy datasets into clear, stakeholder-facing insights across Credit Karma and prior education-tech roles. Trained as an astrophysicist (PhD) with deep experience building analysis pipelines and parallelized numerical code, he brings uncommon technical depth to product and program management. An active open-source C++ contributor to well-known Boost libraries (geometry and math), he has applied low-level numerical and projection fixes that improve stability in widely used libraries. Colleagues rely on him for empathic team leadership, pragmatic prioritization, and the ability to turn complex data problems into reliable, production-ready solutions. Based in Durham, NC, he pairs academic rigor with a proven track record of shipping data-driven programs in both education and fintech.
16 years of coding experience
6 years of employment as a software developer
Doctor of Philosophy (PhD), Astronomy and Astrophysics, Doctor of Philosophy (PhD), Astronomy and Astrophysics at The University of Texas at Austin
Postdoctoral Scholar, Astrophysics, Postdoctoral Scholar, Astrophysics at Princeton University
Contributions:21 reviews, 130 commits, 27 PRs in 10 months
Contributions summary:Jeremy primarily worked on the `boostorg/math` repository, contributing to the math module by implementing polynomial arithmetic functionality. Their initial contribution was implementing the `quotient_remainder` function, and adding division and modulus operators. Subsequently, they refactored and improved the code by separating out `unchecked_synthetic_division` and adding assertions. The user also introduced a test suite for the polynomial functions.
Contributions:6 commits, 5 PRs, 17 comments in 5 months
Contributions summary:Jeremy primarily contributed to the Boost.Geometry library, specifically focusing on the projections sub-module. Their commits addressed bugs, such as correcting namespace and function calls within the `project_inverse_transformer`. They also implemented enhancements like splitting PJ units, supporting fractional multipliers, and refactoring code related to handling projections and unit conversions, improving the overall functionality and stability of the geometric projections. Their contributions indicate a solid understanding of geometry libraries and C++ development.
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