Modular Industrial IoT Datalogger and Geotechnical Sensor Interface PCB Design
Pain Points (Public)
Industrial and geotechnical monitoring installations (such as dams, tunnels, and mining sites) require logging both standard RS-485 transmitters and specialized resonant sensors like vibrating-wire gauges. Off-the-shelf industrial dataloggers are often bulky, costly, and proprietary, while in-house custom designs struggle with high-voltage excitation, ultra-low power consumption for remote solar deployments, wear-resistant non-volatile storage, and multi-bearer telemetry.
Suggested Approach (Public)
Architect a modular multi-board data-acquisition platform that separates core processing and communications from specialized sensor front-ends. The host board employs an ultra-low-power STM32 microcontroller, high-endurance FRAM for high-frequency logging without flash wear-out, and hybrid LoRa and cellular LTE telemetry, while swappable expansion boards provide tuned excitation and frequency detection circuits tailored for geotechnical instrumentation.
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