Intervertebral Disc Implant
Microelectronics and firmware for an artificial disc: embedded diagnostics, real-time motion sensing, MICS telemetry and inductive battery recharge.




What We Built
We designed the microelectronics and embedded firmware for an artificial disc. This implant incorporates embedded diagnostics that continuously monitor device integrity, providing early alerts for potential displacement or subsidence issues. The implant includes an ultra-low-power microcontroller capable of real-time motion sensing, and bi-directional telemetry using the MICS communication standard. The system includes an inductive coupling solution to wirelessly recharge its integrated Lithium-Ion battery.
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Firmware for an acute-care hemodynamic monitor: an oscillometric finger-cuff system reporting systolic and diastolic pressure continuously.
IndustrialVibration Sensor
Electronics and firmware for a MEMS vibration sensor: triaxial sensing, on-board FFT spectral analysis and alarm thresholds for predictive maintenance.
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