
Over a two-month period, contributed to the ISPC-PI-II-2024/Proyecto_hidroponico repository by developing core features for hydroponic flow measurement and control. Delivered a reusable C++ library for Hall effect flow meter calculations, including a simulation that models sensor input via button presses and comprehensive unit tests to ensure calculation accuracy. Subsequently, integrated YF-S401 flow meter support with interrupt-driven pulse counting, real-time flow rate computation, total volume tracking, and robust debounce logic. Enhanced documentation and maintained clear version control throughout. Leveraged skills in Arduino, embedded systems, and sensor integration to improve dosing accuracy, monitoring, and operational reliability for IoT applications.
May 2025 monthly summary for ISPC-PI-II-2024/Proyecto_hidroponico. Delivered YF-S401 flow meter support with documentation and sensor integration, enhancing real-time flow measurement for the hydroponics system. Implemented interrupt-driven pulse counting, flow rate in L/min, total volume tracking, and a robust debounce mechanism to ensure accuracy. Updated technical documentation and maintained clear traceability in version control. All changes align with project goals of improved dosing accuracy, monitoring, and operational reliability.
May 2025 monthly summary for ISPC-PI-II-2024/Proyecto_hidroponico. Delivered YF-S401 flow meter support with documentation and sensor integration, enhancing real-time flow measurement for the hydroponics system. Implemented interrupt-driven pulse counting, flow rate in L/min, total volume tracking, and a robust debounce mechanism to ensure accuracy. Updated technical documentation and maintained clear traceability in version control. All changes align with project goals of improved dosing accuracy, monitoring, and operational reliability.
April 2025 — ISPC-PI-II-2024/Proyecto_hidroponico: Hall Effect Flow Meter: Calculation Library and Simulation delivered. Implemented a reusable library for flow rate and volume calculations, plus a main sketch that simulates the sensor behavior by counting button presses. Added unit tests to verify calculation accuracy (commit: f4e215f0d814a93e9f506430e0dc936026b18ae2). No major bugs fixed this month. Impact: provides foundational measurement and testing capabilities for hydroponics flow control, enabling faster feature iteration and more reliable sensor-based decisions. Technologies/skills demonstrated: embedded systems development, library design, simulation, unit testing, version control.
April 2025 — ISPC-PI-II-2024/Proyecto_hidroponico: Hall Effect Flow Meter: Calculation Library and Simulation delivered. Implemented a reusable library for flow rate and volume calculations, plus a main sketch that simulates the sensor behavior by counting button presses. Added unit tests to verify calculation accuracy (commit: f4e215f0d814a93e9f506430e0dc936026b18ae2). No major bugs fixed this month. Impact: provides foundational measurement and testing capabilities for hydroponics flow control, enabling faster feature iteration and more reliable sensor-based decisions. Technologies/skills demonstrated: embedded systems development, library design, simulation, unit testing, version control.

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