
Over a nine-month period, contributed to multiple PagoPA repositories by delivering twelve features and resolving eight bugs across frontend and backend systems. Work included enhancing the CalculatorService in pagopa-afm-calculator with dynamic sorting and fee computation using Java and the Spring Framework, and improving deployment automation and environment consistency in pagopa-selfcare-ms-backoffice-backend through Azure, Terraform, and Docker. Strengthened observability and logging in pagopa-fdr with OpenTelemetry and ECS standards, while refining user experience and test reliability in pagopa-checkout-fe and pagopa-ecommerce-fe using React, TypeScript, and CI/CD pipelines. Emphasized maintainability, automation, and robust configuration management throughout each project.
May 2026 monthly summary for pagopa/pagopa-ecommerce-helpdesk-commands-service. Focused on stabilizing testing environments and sharpening test coverage for refund APIs. Delivered two work items: a bug fix to align TRANSACTION_ID_NOT_EXISTS values across development and UAT, and a refactor to improve readability and accuracy of refund API tests.
May 2026 monthly summary for pagopa/pagopa-ecommerce-helpdesk-commands-service. Focused on stabilizing testing environments and sharpening test coverage for refund APIs. Delivered two work items: a bug fix to align TRANSACTION_ID_NOT_EXISTS values across development and UAT, and a refactor to improve readability and accuracy of refund API tests.
In 2026-03, delivered targeted enhancements to the CalculatorService in the pagopa/pagopa-afm-calculator repository, focusing on transfer sorting, list handling, and fee computation. Implemented dynamic sorting and consolidated transfer bundle logic, removed unnecessary random sorting, and added helper methods for grouping by fee and applying filters. Updated the comparator to prioritize PspBusinessName for clarity and correctness. Fixed fee retrieval to use the actual payer fee, ensuring transfer lists are sorted and limited as expected. These changes improve data accuracy, user-facing ordering, and maintainability, reducing manual review time and supporting more reliable financial reconciliations.
In 2026-03, delivered targeted enhancements to the CalculatorService in the pagopa/pagopa-afm-calculator repository, focusing on transfer sorting, list handling, and fee computation. Implemented dynamic sorting and consolidated transfer bundle logic, removed unnecessary random sorting, and added helper methods for grouping by fee and applying filters. Updated the comparator to prioritize PspBusinessName for clarity and correctness. Fixed fee retrieval to use the actual payer fee, ensuring transfer lists are sorted and limited as expected. These changes improve data accuracy, user-facing ordering, and maintainability, reducing manual review time and supporting more reliable financial reconciliations.
January 2026 performance highlights: Delivered targeted reliability and workflow automation improvements across two repositories, with a focus on enabling script execution and accelerating change governance. In pagopa-ecommerce-local, fixed histogram-quantile script execution by adjusting file permissions, ensuring reliable runs and preventing runtime errors. In pagopa-selfcare-ms-backoffice-backend, implemented a Change Request (CR) workflow trigger to automate initiation of the CR process, accelerating review and governance workflows. These changes reduce manual steps, improve operational resilience, and set the stage for further automation in 2026.
January 2026 performance highlights: Delivered targeted reliability and workflow automation improvements across two repositories, with a focus on enabling script execution and accelerating change governance. In pagopa-ecommerce-local, fixed histogram-quantile script execution by adjusting file permissions, ensuring reliable runs and preventing runtime errors. In pagopa-selfcare-ms-backoffice-backend, implemented a Change Request (CR) workflow trigger to automate initiation of the CR process, accelerating review and governance workflows. These changes reduce manual steps, improve operational resilience, and set the stage for further automation in 2026.
December 2025 monthly summary focusing on business value and technical achievements across pagopa-ecommerce-local and pagopa-checkout-fe. Highlights include the activation of the Continuous Release pipeline in checkout, restoration of critical CDC environment variables to improve reliability, and UI maintenance to restore wallet-related InputCardPage fields. These efforts drove faster, safer deployments, reduced risk in CDC workflows, and preserved wallet functionality for end users.
December 2025 monthly summary focusing on business value and technical achievements across pagopa-ecommerce-local and pagopa-checkout-fe. Highlights include the activation of the Continuous Release pipeline in checkout, restoration of critical CDC environment variables to improve reliability, and UI maintenance to restore wallet-related InputCardPage fields. These efforts drove faster, safer deployments, reduced risk in CDC workflows, and preserved wallet functionality for end users.
October 2025 monthly summary focusing on key accomplishments, major bugs fixed, and impact across pagopa-ecommerce-fe and pagopa-wallet-fe. Delivered notable features to streamline checkout and simplify wallet payments, reducing technical debt and improving business value.
October 2025 monthly summary focusing on key accomplishments, major bugs fixed, and impact across pagopa-ecommerce-fe and pagopa-wallet-fe. Delivered notable features to streamline checkout and simplify wallet payments, reducing technical debt and improving business value.
September 2025 focused on reliability and test stability for the pagopa-checkout-fe frontend. Key efforts included stabilizing analytics initialization and improving the reliability of end-to-end/UI tests, delivering measurable business value through more predictable telemetry and robust test suites.
September 2025 focused on reliability and test stability for the pagopa-checkout-fe frontend. Key efforts included stabilizing analytics initialization and improving the reliability of end-to-end/UI tests, delivering measurable business value through more predictable telemetry and robust test suites.
July 2025 performance summary for pagopa-selfcare-ms-backoffice-backend: Delivered a reproducible local development stack and governance improvements to accelerate feature delivery and improve code quality. Implemented MongoDB and Mongo Express containers in Docker Compose, added local .env configuration, environment-specific run scripts, and initial data seeding with comprehensive documentation to accelerate onboarding. Tightened code ownership by updating CODEOWNERS to a dedicated team, enhancing code review routing and accountability. No major bugs fixed this month; focus was on enabling long-term velocity, stability, and collaboration. Demonstrated capabilities: Docker/Docker Compose, MongoDB/Mongo Express, shell scripting, environment configuration, and governance practices.
July 2025 performance summary for pagopa-selfcare-ms-backoffice-backend: Delivered a reproducible local development stack and governance improvements to accelerate feature delivery and improve code quality. Implemented MongoDB and Mongo Express containers in Docker Compose, added local .env configuration, environment-specific run scripts, and initial data seeding with comprehensive documentation to accelerate onboarding. Tightened code ownership by updating CODEOWNERS to a dedicated team, enhancing code review routing and accountability. No major bugs fixed this month; focus was on enabling long-term velocity, stability, and collaboration. Demonstrated capabilities: Docker/Docker Compose, MongoDB/Mongo Express, shell scripting, environment configuration, and governance practices.
April 2025 monthly summary for pagopa/pagopa-selfcare-ms-backoffice-backend: Delivered Azure Workload Identity integration with AKS, aligned Helm charts and deployment workflows, and updated Terraform configurations and GitHub Actions to use the new client ID for secure, scalable deployments across development and production environments. Implemented a fix to workload identity references to ensure correct binding and access control across environments.
April 2025 monthly summary for pagopa/pagopa-selfcare-ms-backoffice-backend: Delivered Azure Workload Identity integration with AKS, aligned Helm charts and deployment workflows, and updated Terraform configurations and GitHub Actions to use the new client ID for secure, scalable deployments across development and production environments. Implemented a fix to workload identity references to ensure correct binding and access control across environments.
March 2025 performance summary focusing on reliability, observability, and UI polish across three repos. Key features delivered include environment name normalization in pagopa-wisp-converter, OpenTelemetry observability configuration with Quarkus compatibility and standardized service naming in pagopa-fdr, and Elastic Common Schema (ECS) compliant logging refactor. Major bug fixed includes correcting ENV environment variable values to ensure consistent environment identification across dev/prod/UAT. Overall impact includes improved environment discipline, enhanced monitoring and logging for faster issue detection, and a more polished frontend experience, reducing operational toil and improving user experience. Technologies and skills demonstrated include environment variable handling, OpenTelemetry integration, Helm configuration for Quarkus compatibility, ECS logging standards, and CSS/layout tuning for UI polish.
March 2025 performance summary focusing on reliability, observability, and UI polish across three repos. Key features delivered include environment name normalization in pagopa-wisp-converter, OpenTelemetry observability configuration with Quarkus compatibility and standardized service naming in pagopa-fdr, and Elastic Common Schema (ECS) compliant logging refactor. Major bug fixed includes correcting ENV environment variable values to ensure consistent environment identification across dev/prod/UAT. Overall impact includes improved environment discipline, enhanced monitoring and logging for faster issue detection, and a more polished frontend experience, reducing operational toil and improving user experience. Technologies and skills demonstrated include environment variable handling, OpenTelemetry integration, Helm configuration for Quarkus compatibility, ECS logging standards, and CSS/layout tuning for UI polish.

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