Identification
Academic Project
Overview
The Smart Oximeter with Autonomous Data Saving is an advanced healthcare device designed to monitor blood oxygen levels (SpO2) and heart rate in real-time, while automatically storing data for further analysis. This project integrates IoT-based sensors with microcontroller technology to deliver accurate health metrics and store them autonomously without manual intervention.
Key Features
Current pulse oximeters provide real-time blood oxygen saturation (SpO2) readings but often lack advanced data storage and retrieval capabilities, hindering effective respiratory health monitoring, particularly in remote or home-care settings. Additionally, manual data logging can lead to inaccuracies and potential loss of vital information. This project aims to develop a Smart Oximeter that not only delivers accurate SpO2 measurements but also features autonomous data-saving capabilities. By integrating wireless communication and cloud storage, the device will enable seamless tracking of patient data over time, enhancing usability for both healthcare professionals and patients and providing a comprehensive tool for effective respiratory health management.
Print Applications
To address the limitations of traditional pulse oximeters, the proposed Smart Oximeter will integrate advanced sensors and microcontrollers to provide accurate real-time SpO2 measurements. The device will feature a user-friendly interface for immediate feedback, while built-in wireless communication (such as Bluetooth or Wi-Fi) will enable automatic data transmission to a secure cloud platform. This autonomous data-saving feature will allow patients and healthcare providers to access historical data remotely, facilitating continuous monitoring and analysis of respiratory health trends. Additionally, the system will incorporate data encryption to ensure patient privacy and security. By offering a comprehensive solution that combines accurate monitoring with seamless data management, the Smart Oximeter will enhance respiratory health management and empower users with valuable insights.
