Jeremy Tuloup is a Technical Director and scientific software engineer with 15 years of experience building developer-focused tools and workflows, currently based in Grenoble, France. He combines hands-on front-end and back-end engineering with DevOps and documentation skills, leading product-quality work at QuantStack while remaining an active maintainer across the Jupyter ecosystem. His contributions span UI improvements for JupyterLab and Jupyter Notebook, backend robustness for Jupyter Server, and Wasm-powered browser-first work in JupyterLite, reflecting both user-facing polish and platform-level thinking. Jeremy has shipped integration and demo work that showcases kernels and interactive widgets, and has improved build/runtime environments for reproducible cloud tooling like repo2docker and BinderHub. Equally comfortable editing docs and fixing race conditions, he brings a pragmatic blend of engineering depth and community-oriented open-source stewardship as a Jupyter Distinguished Contributor. Colleagues rely on him to bridge UX, tooling, and deployment gaps that make scientific computing more accessible.
15 years of coding experience
8 years of employment as a software developer
Chalmers University of Technology
Master's degree, Master's degree at INSA Lyon - Institut National des Sciences Appliquées Lyon
Contributions:30 releases, 472 reviews, 1246 commits in 1 year 10 months
Contributions summary:Jeremy primarily focused on front-end development, as evidenced by their commits involving adding a favicon to the application, fixing the saving of theme preferences, and reading settings from the page configuration. The user implemented temporary mockups for workspaces to handle page reloads and also addressed the incorrect placement of theme entries within the settings. These contributions suggest a focus on improving the user interface and overall user experience.
Contributions:16 reviews, 146 commits, 151 PRs in 1 year 8 months
Contributions summary:Jeremy primarily contributed to the JupyterLite demo project by adding and modifying example notebooks. They added notebooks showcasing ipyleaflet, ipywidgets, Altair visualizations, and integrations with xeus-lua and xeus-wren kernels. These additions indicate a focus on enhancing the interactive capabilities and demonstrating the project's integration with different libraries and languages within the JupyterLite environment. These contributions centered on expanding the project's demonstration capabilities.
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