Course Curriculum
1. Introduction to IoT
- Introduction to IoT
- Features, Benefits, Characteristics, and Challenges of IoT
- Architecture of IoT
- Embedded Systems and Internet Protocol
2. Arduino and Sensors
- Introduction to Arduino 8-bit Microcontroller
- Arduino and Its Programming
- Arduino Programming and Tinkercad
- Using 3 LEDs to Build a Traffic Light
- Proximity Sensors
- Humidity and Temperature Sensors
- Bluetooth Connection and Characters from Arduino
- Connect DHT Sensor
- Ultrasonic Sensor
- LCD 16 x 2
3. Advanced Arduino and IoT Integration
- How to Program ESP8266 Module through Arduino
- NODEMCU – Open Source IoT Platform
- Interface DHT11 with ESP8266 Node MCU Using Web Server
- ESP32 Introduction
4. MQTT and Sensor Integration
- MQTT_Mosquitto
- Integrate DSC Sensor through MQTT
- Integrate Temperature and Humidity Sensor
5. Circuit Design
- Tinkercad and IoT Tasks
- Tinkercad
6. Smart Systems Projects
- Smart Agriculture System
- DIY Soil Moisture Sensor Module
- IoT-Based Smart Agriculture Monitoring System
- Smart Burglar System Using ESP32 and IoT
- Smart Home Security System
- Smart Room and Security System
- Street Light
- Smart Health Monitoring System
- Smart Health Monitoring System Continued
- Controlling Electrical Appliances Using Voice Commands – Smart Home
- Smart Garbage Monitoring System Using IoT
- Security Robot
7. Real-Time Tasks
- Smart Agriculture System – Agriculture Domain
- Street Light Monitoring System – Smart City Domain
- Smart Home Automation – Automation Domain
- Smart Burglar System – Security Domain
- Smart Health Monitoring System – Health Care Domain