Developed end-to-end real-time conductivity monitoring and remote visibility features for the Smart-irrigation-system-Digital-I repository, focusing on robust hardware-software integration. Established initial UART communication between ESP32 and FPGA, enabling analog data acquisition, scaling, and reliable data handoff. Enhanced the conductivity sensor module to support both UART and Bluetooth monitoring, and integrated MQTT for cloud-based remote monitoring with fault-tolerant reconnection. Updated hardware configuration data for simulation and design, while performing comprehensive repository cleanup by removing legacy RISC-V components. Maintained clear documentation and README updates, improving onboarding and maintainability. Utilized C, Verilog, and Shell scripting to deliver scalable, maintainable embedded solutions.
July 2025 delivered end-to-end capability for real-time conductivity monitoring and remote visibility. Implemented the initial UART ESP32–FPGA link, evolved the conductivity sensor module (analog read, scaling, UART transmission to FPGA) with Bluetooth monitoring, and added MQTT-based cloud publishing with fault-tolerant reconnection. Completed hardware configuration data for the p2 module and performed comprehensive repository hygiene by removing legacy RISC-V components. Documentation and README housekeeping were updated to reflect tests, team, and version history, improving onboarding and maintainability. Overall impact: enables real-time, scalable monitoring with reduced maintenance burden and a solid foundation for future deployments.
July 2025 delivered end-to-end capability for real-time conductivity monitoring and remote visibility. Implemented the initial UART ESP32–FPGA link, evolved the conductivity sensor module (analog read, scaling, UART transmission to FPGA) with Bluetooth monitoring, and added MQTT-based cloud publishing with fault-tolerant reconnection. Completed hardware configuration data for the p2 module and performed comprehensive repository hygiene by removing legacy RISC-V components. Documentation and README housekeeping were updated to reflect tests, team, and version history, improving onboarding and maintainability. Overall impact: enables real-time, scalable monitoring with reduced maintenance burden and a solid foundation for future deployments.
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