Internet of Things (IoT)
Duration: 8 Days
Provider: UTech Digital Education
Learning Objectives
- Understand and set up the ESP8266 WiFi module.
- Configure the Arduino IDE for IoT development.
- Interface sensors and devices with ESP8266.
- Explain the fundamentals of IoT and its architecture.
- Use platforms like Blynk and ThingSpeak for data visualization and control.
- Collect, store, and monitor real-time sensor data.
- Implement threshold-based automation in IoT systems.
- Set up alert and notification systems.
- Integrate IoT systems with Google Assistant for smart automation.
Course Outline
Getting Started with the ESP8266 WiFi Module
- Understanding ESP8266 board (WiFi module)
- Setting-up Arduino IDE for ESP8266 board
- Interfacing sensors and other devices with ESP8286
IoT (Internet of Things)
- Introduction to IoT
- Understanding an IoT System Architecture
- Understanding Communication in IoT
- IoT Platforms and Dashboards: Introduction to IoT platforms such as Blynk App and ThingSpeak.
- Hands-on Projects: Control an LED remotely using the Blynk App.
Course Outline Continued
IoT Data Management and Automation
- Data Collection and Storage: Overview of how data is collected from sensors and sent to cloud platforms.
- Real-Time Monitoring: Display sensor data on real-time dashboards (e.g., ThingSpeak).
- Threshold-Based Automation: Automate actions when data exceeds a predefined threshold (e.g., turn on a fan if temperature > 30°C).
- Alert Systems: Set up alerts and notifications through integrated systems (e.g., email alerts or voice commands via Google Assistant).
- Home Automation: Introduction to Home Automation System using Google Assistant
- Hands-on Projects:
- Log temperature and humidity data to an IoT platform.
- Create a simple weather station and send data to ThingSpeak.
- Trigger notifications or voice-controlled actions (e.g., "Turn on the air purifier when CO2 levels are high") using Google Assistant.
Task and Projects
Students will be assigned with multiple tasks and projects for hands-on learning and practical experience.
- Controlling devices (LED) remotely
- Temperature and Humidity Monitoring System
- Air Quality Monitoring System
- Home Automation System using Google Assistant
Software to be Learned
- Arduino IDE
- Different IoT Platforms
