
Developed a modular unit conversion framework in C, establishing the foundational architecture for the repository Programa-Conversor-de-Unidades-em-Linguagem-C. Focused on a header-driven, scalable design, the project integrated temperature, storage, and mass conversion capabilities, with interfaces prepared for future volume support. The approach emphasized clean separation of concerns, maintainable code structure, and a command-line interface, enabling straightforward expansion of unit domains. Version control practices were applied to streamline the build process and documentation was updated to clarify objectives and features. The work demonstrated proficiency in C programming, software integration, and embedded systems, delivering five new features within the first month.
Month: 2024-12 — Achieved foundational architecture and multi-unit conversion capabilities in a single C project, enabling rapid expansion of unit domains and cleaner build process. Established a modular, header-driven framework with a clear main interface, positioned for scalable UI integration and feature delivery.
Month: 2024-12 — Achieved foundational architecture and multi-unit conversion capabilities in a single C project, enabling rapid expansion of unit domains and cleaner build process. Established a modular, header-driven framework with a clear main interface, positioned for scalable UI integration and feature delivery.

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