Poor oral hygiene increases risk of dental issues and is linked to many systemic disease, and this becomes increasingly evident in low-resource areas.

Through the FBIP, a Smart Toothbrush is being designed; capable of oral cavity localization, evaluating brushing quality and real -time feedback. 

The Smart Toothbrush is intended to improve inclusive healthcare to low resource regions and to individuals of groups susceptible to insufficient oral care. 

The Smart Toothbrush provides users with feedback on which areas of their teeth are being brushed effectively and which areas require improvement. 

This feedback is displayed through an interactive, teeth-model induction charger that visually highlights the areas being brushed well and those needing additional attention.

• Custom PCB centred around an ESP32 for onboard processing, memory, and wireless communication.

• Used accelerometer/gyroscope and magnetometer sensors to provide up to 9 degrees of freedom (9-DoF) motion tracking.

• Used 3.3 V voltage regulation, filtering circuitry, and signal conditioning to ensure stable sensor operation.