1. The document describes a smart patient monitoring system that uses sensors to collect patient health data like blood oxygen levels, heart rate, temperature, and sound to detect movement. 2. The system sends data to the Ubidots IoT platform for visualization and alerts, and uses protocols like MQTT for messaging between devices. 3. Sensors are connected to an ESP8266 or Arduino board to transmit data via email, SMS, or LED to monitors for notifications if measurements go outside normal ranges or movement is detected, with the goal of remote patient monitoring.

1. WOC7020 ADVANCED
INTERNET OF THINGS (IoT)
Group 2
Date: 20/01/2023

2. Group Members
Name Matric Number
Mohamed Aref Jalaludin S2035783
Meor Zaharin Meor Ibrahim S2110412
Muhamad Adham Hambali S2151623
Ruey Ying Chuah S2114655

3. IoT Health: Smart Patient Monitor
Ubidots is an Internet of Things (IoT)
platform that allows users to collect,
store, and analyze data from devices
and sensors. It provides tools for
visualizing and creating alerts for
data, and allows for integration with
other platforms and applications
through its API.
MQTT (Message
Queue Telemetry
Transport) is a
lightweight
messaging
protocol for use on
top of the TCP/IP
protocol.
Sensor:
1. SpO2 Sensor
2. Heart Rate Sensor
3. Temperature
Sensor
4. Sound Sensor
Output/Notification:
1. Email Notification
2. SMS Notification
3. LED Alert

4. Circuit Diagram:Smart Patient Blood
Oxygen monitor
1. ESP8266 Module
2. MAX30100 Pulse Oximeter
Sensor
3. Breadboard
4. 4.7k ohm resistor
5. Connecting Wires
6. Arduino IDE
7. Ubidot System Account
Required components:
The MAX30100 is complete pulse oximetry and heart-rate
sensor system solution designed for the demanding
requirements of wearable devices.
Sensor:
1. SpO2 Sensor
2. Heart Rate Sensor
3. Temperature Sensor

5. Sound Sensor for detecting the patient
movement
1. Arduino Uno
2. 4 pin sound-sensor
3. Ledpin
4. Jumper Wires
1. Arduino IDE
Hardware Requirement:
IDE (Software):
Digital output sensor KY-038 will detect the surrounding movement,
When there was detected, Led light will turn on.

6. When microphone/sound sensor detect the movement, led light is on.

7. Project Challenge
5. Bluetooth
connection to
Phone
1. Sensor is too
sensitive
4. Upload data
to cloud
(Ubidots)
3. Difficult to
catch the actual
timestamp of
the movement
1. Sensor is too
sensitive
2. Soldering
sensor board

8. IoT Project Demo

9. Q&A
Thank You