Design & Development of Incontinence Monitoring & Detection System for a Leading Technology-Enabled Healthcare Service Provider
Development of a system that can monitor and detect the ammonia (NH3) gas produced by human incontinence excreta and notify healthcare providers of any discrepancies.
Executed end-to-end product design and development based on the NXP i.MX processor and RT MCU, focusing on low power consumption and a small form factor device.
Developed an incontinence detection algorithm based on the First Order Derivative (FOD).
Achieved a 20% reduction in the Total Cost of Ownership (TCO).
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