Eddie Kohler is an associate professor and seasoned software engineer with 25 years of experience bridging academic research and practical systems engineering from MIT-trained doctoral work to faculty roles at UCLA and Harvard. He combines deep expertise in computer science with a rare background in music and mathematics, bringing precision and creativity to software problems. His open-source contributions span front-end math typesetting—improving KaTeX rendering to better match TeX standards—and low-level image processing and optimization in the widely used gifsicle project, reflecting fluency from HTML/CSS rendering details to performance-critical C code. At Harvard he continues to translate research into robust, production-oriented solutions and mentors the next generation of systems builders. Colleagues describe him as meticulous about correctness and visual fidelity, with an eye for subtle spacing and rendering issues that reveal broader design flaws.
25 years of coding experience
7 years of employment as a software developer
SM, PhD, Computer Science, SM, PhD, Computer Science at Massachusetts Institute of Technology
Create, manipulate, and optimize GIF images and animations
Role in this project:
Software Engineer
Contributions:35 commits, 21 PRs, 121 pushes in 7 years 9 months
Contributions summary:Eddie primarily contributed to the `gifsicle` project by addressing bugs and improving the code's robustness. They fixed a null pointer dereference issue and made other code adjustments to improve the stability of the GIF processing. Furthermore, the user updated configuration files, refined whitespace and corrected spelling errors. They also made significant performance improvements to the algorithm for image processing, improving the handling of various GIF formats.
Contributions:36 commits, 29 PRs, 1 push in 8 months
Contributions summary:Eddie's contributions primarily focused on improving the rendering and styling of mathematical expressions within the KaTeX library. They implemented features such as improved spacing to match TeX standards, support for new text fonts, and the handling of delimiters. The user also addressed various bug fixes related to spacing, character rendering, and overall visual correctness. Their work demonstrates a strong understanding of mathematical typesetting principles and HTML/CSS implementation.
mathtypesettingmathematicsjavascriptkatex
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Eddie Kohler - Ass. Professor at Harvard University