Wireless Patient Health Monitoring System
SKU: WPMS-IOT-001
KSh 1,950.00
KSh 2,600.00
25% OFF
Prices in Kenyan Shillings (KSh)
Product Description
Wireless Patient Health Monitoring System - Complete Project Package Overview The Wireless Patient Health Monitoring System is an IoT-based healthcare solution designed to continuously monitor and report important patient health parameters, including heart rate, body temperature, and blood oxygen saturation (SpO2). The complete project package provides the resources needed to understand, develop, simulate, and implement a real-time remote patient monitoring system. System Capabilities The system integrates biomedical sensors with wireless communication technologies to provide: • Real-Time Health Monitoring: Continuous monitoring of heart rate (BPM), body temperature, and blood oxygen saturation (SpO2). • Automated SMS Alerts: GSM-based notifications sent to designated healthcare personnel when critical health thresholds are detected. • Live Display: An OLED display provides real-time visualization of the patient's vital signs for immediate assessment. • Remote Web Monitoring: WiFi connectivity enables health data to be viewed remotely through a web-based dashboard. • Comprehensive Alert System: Automatic detection of abnormal conditions such as low or high heart rate, low oxygen saturation, and elevated body temperature. Technical Architecture The system is built around an ATmega328P microcontroller (Arduino Uno) and integrates the following key components: • MAX30102 Sensor: Measures heart rate and blood oxygen saturation using photoplethysmography. • DS18B20 Temperature Sensor: Provides digital temperature measurement for patient monitoring. • SIM800L GSM Module: Provides cellular communication for sending SMS alerts. • ESP8266 WiFi Module: Provides wireless connectivity for remote monitoring and dashboard access. • 1.3-inch OLED Display: Provides a clear, real-time display of patient vital signs. What You Will Learn This project provides practical experience in: • Biomedical sensor integration and calibration • IoT system architecture and implementation • GSM and WiFi wireless communication • Real-time health data processing • Data visualization and dashboard development • Embedded systems programming • Healthcare technology and monitoring applications Perfect For • Electrical and Electronic Engineering students • Biomedical Engineering students • Computer and Software Engineering students • IoT enthusiasts and hobbyists • Healthcare technology researchers • Final-year and postgraduate project students • Anyone interested in embedded systems and medical technology Complete Package Includes The complete project package includes source code, technical documentation, circuit and simulation files, system design information, and presentation materials to support project development, testing, customization, and final presentation.
Product Images
Product Features
- Complete IoT-based health monitoring solution
- Real-time heart rate monitoring (BPM)
- Blood oxygen saturation (SpO2) measurement
- Body temperature tracking
- GSM-based SMS alert system for emergencies
- WiFi-enabled remote web dashboard
- 1.3" OLED display for on-site monitoring
- ATmega328P microcontroller-based design
- MAX30102 pulse oximeter sensor integration
- SIM800L quad-band GSM module
- ESP8266 WiFi connectivity
- Automatic threshold detection and alerts
- Comprehensive documentation included
- Proteus simulation files provided
- Complete Arduino and NodeMCU source code
- Editable presentation slides
- Conference-ready poster template
- Detailed component pricing and budget
- Step-by-step construction guide
Product Demo
Technical Specifications
Windows
Mac
Linux
Arduino IDE
Proteus 8+
NodeMCU Flasher
Any PDF Reader
Microsoft PowerPoint
Requirements
- Minimum System Requirements:
- - Windows 7/8/10/11, macOS 10.12+, or Linux Ubuntu 18.04+
- - 4GB RAM (8GB recommended)
- - 2GB free disk space
- - Arduino IDE 1.8.x or later
- - Proteus 8 Professional (for simulation files)
- - Microsoft Office or LibreOffice (for documentation)
- - USB port for Arduino programming
- Hardware Requirements (for physical implementation):
- - Arduino Uno R3
- - MAX30102 Heart Rate/Oximeter Sensor
- - DS18B20 Temperature Sensor
- - SIM800L GSM Module
- - ESP8266 NodeMCU
- - 1.3" IIC OLED Display (128x64)
- - 2G Micro SIM Card (for SMS functionality)
- - 12V Power Adapter
- - Connecting wires, resistors, capacitors
What's Included
- Concept Paper (Word/PDF): Project overview, background, problem statement, proposed solution, objectives, significance, scope, and brief methodology.
- Project Proposal (Word/PDF): Introduction, background, problem statement, objectives, scope, literature review, methodology overview, and expected outcomes.
- Technical Report (Word/PDF – 43 Pages): Comprehensive system documentation, component descriptions, circuit diagrams, schematics, block diagrams, testing procedures and results, challenges, recommendations, and references.
- Scientific Paper (Word/PDF): Abstract, introduction, literature review, research gaps, methodology, results and discussion, conclusion, and IEEE-formatted references.
- Presentation Slides (Editable PowerPoint): 20+ professionally designed slides covering system overview, architecture, components, results, demonstrations, conclusion, and future work.
- Project Poster (Editable PowerPoint): Conference-ready poster featuring system diagrams, images, key findings, results, and professional layout.
- Arduino Source Code: Complete, well-commented code covering sensor readings, display control, serial communication, threshold detection, and alert triggering.
- NodeMCU Source Code: Complete code for WiFi connectivity, web server, dashboard HTML/CSS/JavaScript, real-time data updates, and remote monitoring.
- Proteus Simulation Circuit: Complete simulation-ready schematic with component models, virtual terminal, and included test scenarios.
- Component Prices and Budget: Detailed bill of materials, KES/USD price breakdown, supplier information, and total project cost analysis.
- Wiring Diagrams: Component connection guide, pin mapping documentation, and power distribution diagram.
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KSh 1,950.00
KSh 2,600.00
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Technical Specifications
Please refer to the technical specifications displayed above in the product information section.
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