Duration: 03 Months
Level: Beginner to Advance
Module 1: Introduction to Embedded Systems
- What is Arduino? Types of Arduino Boards
- Microcontroller vs Arduino
- Understanding digital & analog signals
- Sensors, modules & electronic components
- Installing Arduino IDE & basic setup
Module 2: Arduino Programming Basics
- Structure of Arduino Program (Setup & Loop)
- Variables, Data Types, Operators
- Input/Output, Digital & Analog pins
- Delay & timing functions
- Serial Monitor & debugging
Module 3: Working with Basic Components
Hands-on circuits:
- LED Blink, Traffic Light System
- Buzzer, Switch & Push Buttons
- Potentiometer Controls
Module 4: Sensors & Modules Interface
Practical experiments with:
- Temperature Sensor (LM35/DS18B20)
- PIR Motion Sensor
- Ultrasonic Sensor
- LDR Light Sensor
- Gas Sensor
- DHT11 Humidity & Temp Sensor
Module 5: Motor Control & Robotics
- DC Motor, Relay & Motor driver (L293D)
- Servo Motor control
- Stepper Motor control
- Basic Robot: Line Follower / Obstacle Avoider
Module 6: Displays & Communication
- LCD 16×2 Display interface
- SSD1306 OLED Display
- Seven Segment Display
- Serial Communication (UART)
- Bluetooth module HC-05 communication
Module 7: Internet of Things (IoT)
- What is IoT? Architecture & applications
- ESP8266 / NodeMCU interface with Arduino
- Wi-Fi based IoT projects:
- Home Automation (Smart Lights/Fan)
- IoT Temperature Monitoring
- Cloud platforms: Blynk / ThinkSpeak
Module 8: Advanced Concepts
- EEPROM operations
- RTC (Real Time Clock) sensor
- RFID Access System
- Mobile App Control (MIT App Inventor basics)
Module 9: Project Development
Students will build 1–2 advanced projects:
Examples:
- Smart Dustbin
- Smart Parking System
- Home Security System
- Weather Monitoring System
- Smart Irrigation System
Module 10: Assessment & Certification
Completion Certificate
Final Test: Practical + Theory
Project Presentation & Evaluation