Bivon Mokua SMART HOME IOT AUTOMATION SYSTEM.pptx

Hobbyist Iot project

1. SMART HOME IOT AUTOMATION SYSTEM BIVON MOKUA ATUTI ECE/B/01-04529/2020 06/02/2024

2. OUTLINE Introduction Main Hardware Components System Architecture Software Expected Outcomes Questions

3. Introduction Smart Home IoT: Inclusive for all NodeMCU ESP8266 & Sensors Transform Traditional Homes to intelligent automated spaces Benefits extend to PWDs and the elderly Seamless IoT Integration for Improved Quality of Life

4. Project overview NodeMCU ESP8266: Central hub. Relay module: Control and Automate lighting. Sensors: DHT11 (Temperature and Humidity): Climate monitoring. Finger Detect Heartbeat Module: Health monitoring . IoT Integration: Blynk App: User-friendly remote control and visualization. Web Application: Real-time data visualization. MySQL Database: Efficient data storage and retrieval. Integrate living spaces with modern, intelligent technology.

5. Main Hardware components NodeMCU ESP8266 DHT 11 Temperature and humidity sensor Finger detect heartbeat module 4-Channel Relay Module

6. System architecture

7. SOFTWARE Software Development: Arduino IDE - User friendly interface and community support Supports NodeMCU ESP8266 platform Language - C++ language for hardware control. Chosen for its efficiency in low-level hardware interactions. Software Role: Software acts as the bridge for hardware communication. Enables real-time data exchange between sensors and NodeMCU . Facilitates a cohesive and responsive IoT ecosystem.

8. EXPECTED OUTCOMES Seamless automation for efficient and convenient living. Climate monitoring with DHT11 sensor Health monitoring through the Finger Detect Heartbeat Module. Lighting control for energy efficiency with the Relay Module. Empowered users with user-friendly remote control via the Blynk app. Real-time data visualization through a web application.

9. Expected outcomes Blynk application Visualisation Website design

10. QUESTIONS