
Developed and integrated a new linter for the mbeddr/mps-qa repository, focusing on enforcing module-scoped project folder organization. The linter, implemented in Java, uses static analysis techniques to identify and report any project folders that exist outside defined modules, thereby reducing misconfigurations and clarifying project structure. This approach supports improved maintainability and accelerates onboarding by codifying module boundaries within the codebase. The work demonstrated skills in code analysis and IDE development, and was closely aligned with existing QA processes to ensure seamless integration. No bugs were addressed during this period, with efforts concentrated on feature delivery and quality gate foundations.
In April 2025, delivered a new linter that enforces module-scoped project folders for the mbeddr/mps-qa repo, improving project organization and maintainability by ensuring folders reside within a module and reporting folders outside modules. The change reduces misconfigurations and lays the groundwork for stronger quality gates. No major bugs fixed this period. Overall impact: improved module boundary enforcement, clearer project structure, and faster onboarding. Technologies demonstrated: linting tooling, static analysis, commit-based traceability, and integration with existing QA processes.
In April 2025, delivered a new linter that enforces module-scoped project folders for the mbeddr/mps-qa repo, improving project organization and maintainability by ensuring folders reside within a module and reporting folders outside modules. The change reduces misconfigurations and lays the groundwork for stronger quality gates. No major bugs fixed this period. Overall impact: improved module boundary enforcement, clearer project structure, and faster onboarding. Technologies demonstrated: linting tooling, static analysis, commit-based traceability, and integration with existing QA processes.

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