Developed the Electrical Conductivity Measurement System module for the Smart-irrigation-system-Digital-I repository, delivering a robust data acquisition foundation for hardware–software co-design. Leveraged Verilog for FPGA design and C and Assembly for RISC-V firmware, integrating embedded systems expertise to enable precise electrical conductivity measurements. Enhanced project maintainability by implementing comprehensive documentation updates and reorganizing the Conductividad_eléctrica module, including directory renaming and file path corrections to standardize naming conventions. Focused on code organization, technical writing, and version control, the work improved onboarding and future feature integration while reducing maintenance risk, with no major bugs reported during the development period.
July 2025: Delivered the Electrical Conductivity Measurement System module (FPGA/firmware) with Verilog for FPGA design and C/Assembly firmware for a RISC-V processor, establishing a robust data-acquisition foundation for hardware–software co-design. Implemented comprehensive documentation and project organization improvements for Conductividad_eléctrica, plus a structural cleanup renaming Conductividad_electrica to Conductividad_eléctrica with corrected file paths to improve naming consistency and reduce maintenance risk. No major bugs reported this month; the work significantly increases measurement capability, accelerates future feature integration, and improves onboarding and maintenance efficiency. Technologies demonstrated include FPGA design (Verilog), embedded firmware (C/Assembly for RISC-V), data acquisition, and documentation practices.
July 2025: Delivered the Electrical Conductivity Measurement System module (FPGA/firmware) with Verilog for FPGA design and C/Assembly firmware for a RISC-V processor, establishing a robust data-acquisition foundation for hardware–software co-design. Implemented comprehensive documentation and project organization improvements for Conductividad_eléctrica, plus a structural cleanup renaming Conductividad_electrica to Conductividad_eléctrica with corrected file paths to improve naming consistency and reduce maintenance risk. No major bugs reported this month; the work significantly increases measurement capability, accelerates future feature integration, and improves onboarding and maintenance efficiency. Technologies demonstrated include FPGA design (Verilog), embedded firmware (C/Assembly for RISC-V), data acquisition, and documentation practices.
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