
Heitor Rodrigues Savegnago developed foundational onboarding and flight software frameworks for the UFABCRocketDesign/newbie_software repository, focusing on scalable collaboration and maintainability. He established a modular project structure with per-member folders and configuration scaffolding, enabling seamless integration of new contributors and supporting the 2025 cohort’s onboarding. Using C++ and leveraging skills in Arduino programming, embedded systems, and sensor integration, Heitor implemented initial altitude sensing and parachute deployment logic while standardizing naming conventions to prevent build issues. His work emphasized traceable change history, clear separation of concerns, and robust file management, resulting in a maintainable codebase ready for future expansion.
March 2026: Delivered foundational rocket flight software framework with a per-member module structure in the UFABCRocketDesign/newbie_software repo, enabling scalable collaboration and early functionality around altitude sensing and parachute deployment. Also resolved naming inconsistencies to improve code quality and onboarding efficiency.
March 2026: Delivered foundational rocket flight software framework with a per-member module structure in the UFABCRocketDesign/newbie_software repo, enabling scalable collaboration and early functionality around altitude sensing and parachute deployment. Also resolved naming inconsistencies to improve code quality and onboarding efficiency.
September 2025 monthly summary for UFABCRocketDesign/newbie_software focused on onboarding readiness and data integration for the 2025 cohort. Delivered foundational scaffolding, standardized folder structure, and configuration changes to support new member data integration. Established collaboration readiness with a placeholder for external contributions and ensured traceable change history to support future maintainability and scale.
September 2025 monthly summary for UFABCRocketDesign/newbie_software focused on onboarding readiness and data integration for the 2025 cohort. Delivered foundational scaffolding, standardized folder structure, and configuration changes to support new member data integration. Established collaboration readiness with a placeholder for external contributions and ensured traceable change history to support future maintainability and scale.

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