March 2026 performance summary: Delivered two targeted features across fenixedu-academic and fenixedu-oss-dependency-management that drive faster, more reliable course registration and improved cross-module compatibility. - In fenixedu-academic, introduced a new method to find valid attending execution courses within a specified execution interval, enhancing the course registration workflow. This work was complemented by a refactor to add the method (Git commit d6fe9d2b77240f91653481eaa0b7ada2234cf331, Issue UCP-FENIXEDU-713). - In fenixedu-oss-dependency-management, upgraded core dependencies: academic-core to 54.4.2 and academic-extensions to 4.36.6 to improve functionality and compatibility across modules (Git commit 2b507deff87332f221c4bb037df7fa4f6a6339a4). Overall, no major bugs fixed this month; the focus was on delivering value through feature improvements and stability. Technologies demonstrated include Java module design, API refactoring, dependency version management, and cross-repo collaboration, all contributing to a smoother registration experience and reduced risk during upgrades.

February 2026 performance summary focusing on delivering business-value features, hardening data integrity, and modernizing dependencies across fenixedu-academic and related OSS modules. Key features include custom email address provider registration with compatibility tests, and space occupation indexing by year to accelerate lesson-space management. Core cleanup of FenixInitializer removed unnecessary dynamic field tag initialization to improve startup performance. Bug fixes improved navigation and data correctness: curricular period sorting with null-safety, validation preventing empty course group names, and active registrations retrieval reflecting current state. Dependency upgrades across academic-core (54.x) and related Fenixedu modules were completed to improve stability and bring in latest fixes. Tests were added/updated to validate new behavior across modules.

January 2026: Delivered targeted maintainability improvements and platform stability across two repositories. In fenixedu-academic, completed codebase cleanup (removing deprecated DegreeCurricularPlanState enum and unused DTOs) and simplified core models, added program conclusions configuration to the conclusion process, and fixed localization and release notes formatting. In fenixedu-oss-dependency-management, upgraded core platform dependencies (including fenixedu-academic-extensions, academic-core, and fenixedu-learning) to the latest stable releases, enabling bug fixes, performance improvements, and new capabilities. These changes reduce technical debt, improve UX localization, and strengthen release reliability.

December 2025 monthly summary: Delivered coordinated improvements across fenixedu-oss-dependency-management and fenixedu-academic, focusing on dependency modernization, domain modeling, and scheduling flexibility. The work enhanced stability, introduced new capabilities, and reduced technical debt, enabling faster, safer delivery in the coming year.

November 2025: Focused on strengthening data reliability, cross-module stability, and maintainability through targeted refactoring, null-safety improvements, and dependency upgrades. Delivered a dynamic data population feature for course group degree information, enhanced reporting resilience with null checks, completed selective core module upgrades to newer minor releases, and strengthened data integrity by blocking unsafe deletions of SchoolClass when related shifts or registrations exist. These changes reduce manual data mapping, mitigate runtime exceptions, improve cross-module compatibility, and safeguard data integrity, delivering measurable business value and foundational platform improvements.

October 2025 focused on stability, maintainability, and internationalization across Fenixedu OSS repos. Key work centered on updating dependencies to latest stable releases and introducing localization-friendly APIs, with no code changes required for the dependency upgrades. This combination reduces risk, improves build reliability, and lays groundwork for multi-language user experiences.

September 2025 Monthly Summary (2025-09): This period focused on targeted feature delivery, architectural improvements, and maintenance cleanups across three repositories, delivering business value through better data handling, stable dependencies, and reduced technical debt. The work emphasizes maintainability, code quality, and clearer release notes to support faster future iteration.

Concise monthly summary for 2025-08 highlighting delivery of key features and bug fixes across two repositories, improvements in data integrity, UX, and platform dependencies, with emphasis on business value and maintainability.

July 2025 monthly summary: Delivered targeted dependency modernization and a critical data accuracy bug fix across Fenixedu repos, reinforcing stability and data integrity while enabling smoother future upgrades. Key features delivered: - Academic Core Dependency Upgrades in fenixedu-oss-dependency-management: Upgraded academic-core to versions 50.5.2 and 50.6.2 and updated dependency management configurations; no functional code changes. Major bugs fixed: - DegreeInfo: Gratuity Getter Fallback Bug Fix in fenixedu-academic: Corrected gratuity retrieval by ensuring the fallback path calls the superclass's gratuity getter, preventing incorrect gratuity data when the value is not found and improving data accuracy for users and downstream reporting. Technologies/skills demonstrated: - Dependency management and module version upgrades - Bug triage and fix in complex data retrieval logic - Cross-repo collaboration and commit hygiene Overall impact and accomplishments: - Reduced technical debt and aligned core dependencies for smoother future upgrades - Improved data accuracy and reliability in gratuity reporting, benefiting users and downstream systems - Clear, auditable commits to facilitate future audits and rollbacks if needed.

June 2025 (2025-06) focus: API usability and maintainability improvements in fenixedu-academic, centered on exposing shift data through a streamlined API surface. Delivered a targeted refactor to enable direct retrieval of Shift data from Professorships, reducing client-side complexity and paving the way for future scheduling enhancements. No major bugs reported in this period; the effort prioritized clean design, code quality, and business-value delivery.

May 2025 monthly summary focusing on delivering tangible business value through scheduling improvements and dependency maintenance across two repositories. Highlights include feature delivery that improves scheduling accuracy for annual vs non-annual courses, along with a dependency upgrade to ensure future compatibility and security.

April 2025 monthly summary focusing on delivering high-value features, improving data integrity, and maintaining a healthy dependency baseline across fenixedu-academic and related modules. The work emphasizes business value through enhanced data querying, safer data operations, clearer UI/UX for administrative hierarchies, and up-to-date dependencies to improve stability and security.

March 2025 focused on strengthening domain fidelity and stability through targeted domain modeling improvements and dependency upgrades, delivering measurable business value with cleaner data integrity and smoother upgrade paths.

February 2025: Delivered stability and maintainability improvements across two repositories. Key outcomes include data integrity fixes for delete operations in fenixedu-academic, a refactor and validation hardening of OccupationPeriod, and essential dependency upgrades to bolster security and compatibility. These changes reduce data inconsistencies, prevent orphaned references, and streamline scheduling logic, while providing a cleaner codebase for future enhancements.

January 2025 monthly summary focusing on key accomplishments across three repositories. Delivered critical dependency upgrades, domain refinements, and cleanup work that enhances stability, maintainability, and client readiness. Emphasized business value through compatibility improvements, reduced technical debt, and robust domain design.

December 2024: Implemented substantial enhancements in fenixedu-academic and upgraded core dependencies to improve data integrity, user experience, and testability. Delivered flexible Degree Curricular Plan editing, strengthened enrollment workflow protections, exposed test utilities for reusable test patterns, and refreshed dependencies to reduce risk and ensure compatibility across modules. These changes collectively enable safer student registrations, faster feature iteration, and better maintainability.