February 2026 Monthly Summary (Fusion-Power-Plant-Framework/bluemira): Focused on delivering a precise and analyzable power reporting workflow and stabilizing power calculations for downstream analytics. Key features delivered include the OpenMC Power Calculation Refinement and Material-Specific Tallying, which introduces a more accurate total power definition and separates tallies by known materials from the overall total power to improve accuracy and data analysis. Major bug fixed includes correcting the calculation of e_mult to use a more robust definition of total power in output.py (commit 149dadabe420c4331476680ca70f8ab03ab58dbb, #4215). Overall impact: enhanced reliability and data quality for power analytics, enabling better forecasting and decision-making for research and operations. Technologies/skills demonstrated: Python refinement, numerical accuracy improvements, robust tallying logic, and effective use of version control for traceable fixes.

November 2025: Delivered a targeted feature upgrade to Fusion-Power-Plant-Framework/bluemira by updating process variables to version 3.2.2, enhancing process model accuracy and overall simulation fidelity. No major bugs reported this month; the upgrade focused on stability, testing, and clean integration with the framework. Overall impact includes improved modeling reliability, better decision support for operators, and faster iteration cycles for process optimization, driving measurable business value in plant performance and risk reduction. Demonstrated strengths in structured versioned variable management, framework integration, and disciplined release practices.

Monthly performance summary for 2025-10 (Fusion-Power-Plant-Framework/bluemira): Delivered PROCESS v3.2.1 compatibility and a comprehensive plasma parameter refactor to align with the new API, improving clarity and upgrade readiness.

July 2025 monthly summary for Fusion-Power-Plant-Framework/bluemira focusing on delivering granular D-D fusion channel modeling, reactivity computation updates, and targeted visualization improvements.

June 2025 monthly focus: stabilize and clarify geometric computations in the bluemira module of Fusion-Power-Plant-Framework. Delivered a consistency fix for 2D polygon vertex shape handling and updated related documentation, improving reliability for geometry calculations and downstream integration with visualization/GIS components. The change reduces edge-case failures and aligns coordinate conventions to standard 2D arrays, setting the stage for future feature work.

May 2025 monthly summary for Fusion-Power-Plant-Framework/bluemira focused on delivering user-centric improvements, stabilizing core functionality, and standardizing API designs to boost developer efficiency and product reliability.

In April 2025, bluemira delivered a documentation-focused improvement to the neutronics data downloader, clarifying isotope handling when merging cross-section XMLs from multiple data libraries. The guidance specifies that the first encountered isotope is prioritized, aligning with DataLibrary.get_by_material and reducing ambiguity for users working across libraries. This change preserves existing code behavior while improving user understandability and reproducibility in multi-library workflows. No major bugs were reported; the month focused on quality of documentation and developer-facing clarity that supports reliable data merges and onboarding.

March 2025: Delivered the Optimal Bounding Box API integration in Bluemira Geometry, enabling precise spatial queries and easier consumption by downstream modules. Refactored bounding box calculation to the new API, exposed as a property, and updated tests and documentation. This work aligns with our goal of robust geometric primitives and developer-friendly APIs, improving consistency and maintainability across Bluemira.

February 2025: Delivered three focused enhancements in bluemira that jointly boost reliability, visualization, and maintainability. Feature highlights include expanded test coverage and documentation for Radiation Transport Module; enhanced Arc parameterizations visualization with robust geometry checks and refactored utilities; and codebase modernization through dependency upgrades and tuned test tolerances. These efforts improved simulation correctness, reduced debugging time, and stabilized the CI workflow.

January 2025 performance summary across bluemira and UKAEA PROCESS focused on robustness, maintainability, and code quality improvements. Key work centered on hardening geometry operations, stabilizing serialization pathways, and standardizing linting practices to reduce downtime and support effort while keeping delivery velocity.

Month: 2024-12 — Focused on codebase hygiene and maintainability within Fusion-Power-Plant-Framework/bluemira. The primary item was a targeted cleanup removing a deprecated Kallenbach reference from model_mapping, reducing dead code and potential confusion for future maintenance. This work supports smoother onboarding and a lower risk of misconfigurations in the processing pipeline.

For 2024-11, contributed to the bluemira repository with a focus on improving neutronics documentation and maintainability. Delivered a documentation enhancement that standardizes docstrings and cross-references for material creation, geometry definitions, and cell construction, enabling faster onboarding and fewer maintenance defects. This work supports the team's goal of higher code quality and easier collaboration across simulations and neutronics workflows.