June 2026 monthly summary focusing on delivering documentation and ensuring accurate guidance for configuration of RBFPUM-Direct Constraints. The main work this month centered on aligning user-facing documentation with the v3.5.0 release, specifically noting that the conservative constraint is supported by the rbf-pum-direct executor. The documentation update is coupled with a mapping configuration note to reflect changes and improve developer onboarding and support readiness.

May 2026: Delivered a targeted documentation enhancement for LIGGGHTS in the Precice Hub adapter overview, including a link to the LIGGGHTS code repository and context on its use in the CFD-DEM DEM integration. No major bugs fixed this month; stability preserved. This work improves onboarding, cross-tool visibility, and user adoption of the CFD-DEM workflow.

April 2026 monthly summary: 1. Key features delivered - Particle Tutorial Visualization: PNG Format Replace for Accessibility and Cross-Platform Compatibility (precice/tutorials). Replaced the PDF visualization with PNG to improve accessibility and ensure consistent rendering across platforms. Commit: a6243c4e01609533f82d4e1eaa94e226dbccfaf1. - GPU and OpenMP acceleration support for radial-basis function mappings (Kokkos-Kernels optional dependency) and SYCL compatibility (precicehub.io.git). Added Kokkos-Kernels as an optional dependency to enable GPU/OpenMP acceleration for radial-basis function mappings and updated rbf-global-iterative configuration to support SYCL, enabling compatibility with Ginkgo and Kokkos. Commits: 2ff431fa919f40e13870b668017ce17a0aa61937; 083ce114cf02fdd4154de9d52c138b8f8ed398bd. 2. Major bugs fixed - Fixed SYCL support in the rbf iterative config to ensure compatibility with SYCL backends. 3. Overall impact and accomplishments - Improved accessibility and cross-platform rendering for tutorials, with a pathway to GPU-accelerated workflows via Kokkos-Kernels and SYCL-enabled backends. - Enhanced documentation and guidance for mapping configurations, execution backends, and GPU/OpenMP acceleration, aiding developer onboarding and adoption. 4. Technologies/skills demonstrated - Accessibility-focused visualization updates, GPU/OpenMP acceleration with Kokkos-Kernels, SYCL compatibility, and comprehensive documentation practices.

February 2026 focused on delivering end-to-end onboarding, integration, and educational resources for MercuryDPM/OpenFOAM workflows, enabling reproducible simulations and faster time-to-value for users. Highlights include delivering core channel transport integration with particles, automating MercuryDPM setup, expanding the Particles tutorial in the UI, and improving test tooling and documentation to streamline onboarding and validation.

January 2026: Focused on improving adapter documentation for better user onboarding and adoption. Delivered the MercuryDPM adapter entry in the adapter overview and updated the relevant documentation page. No major bugs fixed this month. Impact includes clearer guidance for MercuryDPM users, reduced support load, and alignment with documentation quality objectives. Demonstrated skills in documentation, Git-based collaboration, and cross-team coordination.

In September 2025, delivered targeted improvements to precicehub.io documentation assets: corrected a co-author attribution typo and refreshed the project overview visuals. These updates enhance accuracy, onboarding clarity, and brand consistency, while maintaining a lightweight change footprint in the repository.

July 2025: Key feature delivered in precicehub.io.git to improve Spack-based workflow. Implemented Spack module persistence documentation enhancement: clarifies that loading preCICE via Spack affects only the current shell session and provides steps to persist the setup across new shells by updating the .bashrc. This UX/documentation improvement reduces confusion across terminal sessions and supports smoother onboarding for users adopting Spack.

Concise monthly summary for 2025-04 focused on delivering accurate event logistics and maintaining up-to-date content for the preCICE Workshop 2025 in precicehub.io.git.

March 2025 highlights: Fixed a critical OpenFOAM integration issue by restoring the FoamFile header in decomposeParDict, ensuring proper dictionary parsing and reliable decomposition for solid-OpenFOAM simulations (precice/tutorials). Published comprehensive Just-in-time data mapping (JIT) documentation for preCICE on precicehub.io.git, covering concept, API, configuration, and limitations including runtime use cases like mesh-particle coupling. These efforts improved runtime reliability, reduced onboarding time, and strengthened support for dynamic data mapping in runtime, delivering business value through fewer runtime errors and clearer developer guidance.

February 2025 — Key feature delivered: Uniform Default Profiling Configuration for Tutorials in the precice/tutorials repository. This work standardizes profiling by adding default profiling settings to all XML configuration files and includes a changelog entry for traceability. The change is recorded under commit 41fbd92cde64813e09b2b37060e99c565d85dbfe with the message “Add default profiling explicitly in xml configs (#618).