
Worked on DEFRA’s ePR repositories over three months, delivering five features and resolving four bugs across backend and frontend systems. Developed configurable submissions retrieval and partial obligation calculations in epr-common-data-api, enhancing data integrity and backward compatibility using C# and Entity Framework. Improved frontend session handling, navigation, and initialization in epr-calculator-frontend, focusing on maintainability and user experience with ASP.NET Core and unit testing. Refactored controller constructors to reduce dependencies and streamline architecture, and improved data migration reliability in epr-calculator-api with SQL scripting. Emphasized clean code, observability, and robust exception handling to support reliable, maintainable production releases.
March 2026 monthly summary for DEFRA epr-calculator projects, focusing on user navigation improvements, code quality enhancements, and data integrity for migrations. Deliverables across frontend and API align to user experience, maintainability, and reliability, enabling smoother operations and reduced risk in production releases.
March 2026 monthly summary for DEFRA epr-calculator projects, focusing on user navigation improvements, code quality enhancements, and data integrity for migrations. Deliverables across frontend and API align to user experience, maintainability, and reliability, enabling smoother operations and reduced risk in production releases.
February 2026 (DEFRA/epr-calculator-frontend): Architectural cleanup focused on controller constructors, removing an unused tokenAcquisition parameter across controllers to simplify code, reduce dependencies, and improve maintainability and testability. This aligns with ongoing codebase refactoring and reduces architectural complexity within the core frontend. The month delivered a cleaner constructor surface, improved testability, and prepared groundwork for future refactors. There were no user-visible feature enhancements this month; the primary value lies in long-term maintainability, lower maintenance costs, and faster, safer feature delivery in subsequent sprints.
February 2026 (DEFRA/epr-calculator-frontend): Architectural cleanup focused on controller constructors, removing an unused tokenAcquisition parameter across controllers to simplify code, reduce dependencies, and improve maintainability and testability. This aligns with ongoing codebase refactoring and reduces architectural complexity within the core frontend. The month delivered a cleaner constructor surface, improved testability, and prepared groundwork for future refactors. There were no user-visible feature enhancements this month; the primary value lies in long-term maintainability, lower maintenance costs, and faster, safer feature delivery in subsequent sprints.
January 2026 performance summary focusing on feature delivery, bug fixes, and technical excellence across the DEFRA ePR repos. Highlights include configurable submissions retrieval with support for partial obligation calculations, improved data integrity for submissions, reliable frontend session handling and initialization, and enhanced observability and code quality. This period emphasizes delivering business value through controlled rollout capabilities, system reliability, and maintainable code.
January 2026 performance summary focusing on feature delivery, bug fixes, and technical excellence across the DEFRA ePR repos. Highlights include configurable submissions retrieval with support for partial obligation calculations, improved data integrity for submissions, reliable frontend session handling and initialization, and enhanced observability and code quality. This period emphasizes delivering business value through controlled rollout capabilities, system reliability, and maintainable code.

Overview of all repositories you've contributed to across your timeline