Aurelien Bouteiller is a PMTS Software Engineer with 18 years of experience in high-performance computing, distributed systems, and build/release automation, currently based in Knoxville, Tennessee. He combines industry and academic roles—at AMD and as a Research Assistant Professor at the Tickle College of Engineering—bridging cutting-edge research with production-grade engineering. Aurelien has made impactful open-source contributions to prominent projects like Open MPI, UCX, and Spack, improving testing frameworks, performance tooling, and package maintainability for HPC ecosystems. He specializes in backend performance engineering, multi-threaded testing, and robust build integrations, often tackling subtle issues like memory leaks, error handling, and evolving build requirements. Colleagues value his ability to move research prototypes into reproducible, maintainable builds and tests that scale across platforms. An insatiable tinkerer, he routinely refactors legacy components to meet modern coding standards while preserving production stability.
Contributions:65 reviews, 232 commits, 104 PRs in 15 years 4 months
Contributions summary:Aurelien primarily worked on modifications related to the Message Log framework within the Open MPI repository, a project focused on high-performance computing and message passing. Their contributions involved moving the framework to the trunk, implementing protocol examples (including a sender-based example), and logging matching events. They also fixed issues related to code and copyright notices and worked on build system functionality.
A flexible package manager that supports multiple versions, configurations, platforms, and compilers.
Role in this project:
Automation Engineer / Build & Release Engineer
Contributions:4 reviews, 6 commits, 6 PRs in 1 year 8 months
Contributions summary:Aurelien primarily contributed to the Spack package definition for PaRSEC. Their work involved adding new versions, updating the package definition to include dependencies on flex and bison, and integrating testing within the Spack framework. The user also refactored the package definition to address the move to a GitHub repository and updated the required CMake version. These changes directly impacted the build process, testing, and overall maintainability of the PaRSEC package within the Spack ecosystem.
compilerspythonradiussplatformslinux
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Aurelien Bouteiller - PMTS Software Engineer at AMD