November 2025: Platform and Bennu Framework Upgrades delivered for fenixedu-oss-dependency-management to strengthen security, stability, and performance. No major bugs fixed this month. Impact includes improved security posture, better compatibility with downstream projects, and a clearer upgrade path for future releases. Demonstrated skills in dependency management, version control hygiene, and release coordination.

October 2025: Proactive OSS dependency maintenance in qub-it/fenixedu-oss-dependency-management. Delivered a Bennu Dependency Upgrade to 7.8.4-FORK (no code changes) to incorporate potential bug fixes and improvements, with full commit traceability. This keeps the project aligned with the latest upstream fixes and reduces risk for downstream consumers.

This month focused on stabilizing the dependency surface for fenixedu-oss-dependency-management by applying targeted, low-risk upgrades to core libraries. Delivered two minor-version bumps that include bug fixes and small improvements, with no code changes required. Enabled improved stability and alignment with platform baselines while maintaining release discipline.

February 2025 monthly summary focusing on key accomplishments across fenixedu-oss-dependency-management and fenixedu-ulisboa-specifications. Delivered dependency upgrades to latest minor versions to improve bug fixes and compatibility; reverted an academic release version lock to restore prior release workflow; aligned components to reduce risk and improve maintainability.

January 2025 monthly summary: Delivered strategic dependency modernization across Fenixedu OSS/Academic stacks, improving security posture, stability, and maintainability. Executed major upgrades in fenixedu-oss-dependency-management: qub-foundation-core-api upgraded from 7.11.0 to 7.13.0 and Bennu upgraded from 7.7.0 to 7.8.1, with security patches and performance improvements. Also performed documentation alignment and code cleanup: release-note updates in fenixedu-academic and exception handling simplification in fenixedu-ulisboa-specifications. These changes reduce maintenance overhead, streamline future upgrades, and enhance overall system reliability.