Contributed to the Kuper0173/Smart-irrigation-system-Digital-I repository by establishing the foundational architecture for a RISC-V based sensor system, focusing on embedded and FPGA development. Delivered a comprehensive build environment and simulation testbenches using Verilog and Makefiles, enabling reproducible builds and streamlined onboarding. The work included extensive documentation scaffolding across multiple modules, clarifying project structure for future contributors. Legacy hardware design files and artifacts were reorganized or removed to reduce technical debt and simplify maintenance. Placeholder scaffolding for firmware and ModuloTratamientoAgua modules was introduced, supporting future feature expansion without disrupting current functionality or project stability. No bugs were reported.
July 2025 monthly summary for Kuper0173/Smart-irrigation-system-Digital-I: Delivered foundational architecture and documentation scaffolding, introduced a RISC-V based sensor system with a full build environment, and cleaned up legacy hardware design artifacts to reduce maintenance burden. These changes enable faster onboarding, reproducible builds, and pave the way for firmware development and ModuloTratamientoAgua features, with placeholder scaffolding for future work.
July 2025 monthly summary for Kuper0173/Smart-irrigation-system-Digital-I: Delivered foundational architecture and documentation scaffolding, introduced a RISC-V based sensor system with a full build environment, and cleaned up legacy hardware design artifacts to reduce maintenance burden. These changes enable faster onboarding, reproducible builds, and pave the way for firmware development and ModuloTratamientoAgua features, with placeholder scaffolding for future work.
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