"Calorie-and-Step-Tracker" is a versatile, health-oriented project that utilizes an STM32L476RG microcontroller, MPU-9250 9DOF sensor, MAX30101 heart-rate sensor, and an SSD1306 OLED display to track and calculate steps, heart rate, and estimated calories burned.
Pulse Oximeter project using Arduino: This project involves creating a wireless pulse oximeter using Arduino and various sensors. The goal is to measure oxygen saturation levels and pulse rate, displaying the data on a PC via wireless communication.
Wearable Bluetooth heart rate tracker using the MAX30101WING PPG sensor and the MAX32630FTHR board.
Arduino library for interfacing with the MAX32664
Fingertip PPG-based embedded system for Heart Rate and SpO₂ monitoring using MAX30101 and nRF5340.
Editable four-sheet KiCad schematic for a compact nRF52832 smart ring with optical PPG sensing, motion sensing, battery charging, and a low-noise 1.8 V rail, generated with SpeedUp for engineering review.
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