Course Overview
This course covers complete Arduino UNO programming from basics to advanced level. You will learn programming, sensor interfacing, display modules, motor control, communication and IoT applications through practical projects.
Simple & practical
Examples
Simple & practical
Examples
Simple & practical
Examples
Simple & practical
Examples
Simple & practical
Examples
What you will learn
Arduino UNO Introduction and Pin Configuration LCD (16x2, 20x4) Interfacing
Arduino IDE Setup and Programming 7-Segment Display Interfacing
Digital Input / Output (GPIO) Sensors (Temperature, LDR, Ultrasonic, etc.
Analog Input (ADC) Comunication (UART, I2C, SPI)
PWM and Motor Control IoT with ESP8266 / ESP32 (Optional)
Timers and Interrupts Real-Time Mini and Major Projects
Project Information
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What's Included?
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Course Syllabus
Beginner Level - Fundamentals (30+Topics)
DAY - 1: Introduction to Arduino, embedded systems and Arduino board overview
DAY - 2: Arduino IDE installation, board selection and first program upload
DAY - 3: Arduino program structure - setup(), loop(), pinMode(), digitalWrite()
DAY - 4: Digital output - LED ON/OFF and LED blinking
DAY - 5: Digital input - push button, pull-up and pull-down concepts
DAY - 6: Switch-controlled LED and buzzer interfacing
DAY - 7: Serial Monitor introduction and Serial communication basics
DAY - 8: Analog input - ADC concept and potentiometer reading
DAY - 9: PWM output - LED brightness control
DAY - 10: LDR sensor interfacing and automatic light control
DAY - 11: IR sensor interfacing and obstacle detection
DAY - 12: Ultrasonic sensor interfacing and distance measurement
DAY - 13: Temperature sensor interfacing
DAY - 14: Relay module interfacing and appliance control
DAY - 15: 16x2 LCD interfacing and text display
DAY - 16: I2C LCD interfacing and sensor value display
DAY - 17: Servo motor interfacing and angle control
DAY - 18: DC motor control using motor driver
DAY - 19: Mini Project - Automatic Street Light / Obstacle Alarm
DAY - 20: Mini Project - Sensor Based Home Appliance Control
Intermediate Level - Interfacing & Communication (30+Topics)
DAY - 1: Arduino fundamentals review and project planning
DAY - 2: Advanced digital I/O and button debouncing
DAY - 3: ADC advanced reading, mapping and sensor calibration
DAY - 4: PWM applications - LED, servo and motor speed control
DAY - 5: External interrupt using attachInterrupt()
DAY - 6: Timer concepts and non-blocking programming using millis()
DAY - 7: UART communication and serial data parsing
DAY - 8: SoftwareSerial and communication with external modules
DAY - 9: I2C protocol basics and I2C device scanning
DAY - 10: I2C RTC / EEPROM / sensor interfacing
DAY - 11: SPI protocol basics and SPI device interfacing
DAY - 12: SD card interfacing and data logging
DAY - 13: EEPROM read/write and parameter storage
DAY - 14: Keypad interfacing and password system
DAY - 15: LCD/OLED display based menu system
DAY - 16: DC motor direction and speed control
DAY - 17: Stepper motor interfacing and control
DAY - 18: Sensor filtering and averaging techniques
DAY - 19: Bluetooth module interfacing and mobile control
DAY - 20: Wi-Fi module interfacing basics
DAY - 21: GSM module interfacing for SMS alert
DAY - 22: GPS module interfacing and location reading
DAY - 23: RTC based scheduling and automation
DAY - 24: Multiple sensor integration
DAY - 25: State machine concept for Arduino applications
DAY - 26: Watchdog and basic fault-recovery concepts
DAY - 27: Mini Project - Bluetooth Home Automation
DAY - 28: Mini Project - GPS/GSM Tracking or Alert System
DAY - 29: Mini Project - SD Card Sensor Data Logger
DAY - 30: Final Intermediate Project - Multi-Sensor Automation System
Advanced Level - Interfacing & Communication (30+Topics)
DAY - 1: Arduino architecture review, ATmega328P architecture and memory organization
DAY - 2: Arduino pin mapping and direct register access introduction
DAY - 3: GPIO register programming using DDR, PORT and PIN registers
DAY - 4: Bit manipulation for hardware register control
DAY - 5: ADC registers, reference selection and advanced ADC concepts
DAY - 6: Timer0, Timer1 and Timer2 architecture
DAY - 7: Timer interrupt configuration and periodic event generation
DAY - 8: Advanced PWM, frequency and duty-cycle control
DAY - 9: Input capture and frequency / pulse measurement concepts
DAY - 10: External and pin-change interrupts
DAY - 11: UART register-level communication fundamentals
DAY - 12: UART interrupt-driven receive and circular buffer concept
DAY - 13: I2C / TWI register-level communication concepts
DAY - 14: SPI register-level communication concepts
DAY - 15: EEPROM advanced storage and configuration management
DAY - 16: Flash / PROGMEM memory usage and memory optimization
DAY - 17: Interrupt Service Routine design and ISR best practices
DAY - 18: Non-blocking firmware architecture without delay()
DAY - 19: Finite State Machine design for embedded applications
DAY - 20: Event-driven application architecture
DAY - 21: Ring buffer implementation for serial communication
DAY - 22: Communication packet design and command parser
DAY - 23: Checksum and CRC fundamentals
DAY - 24: Sensor calibration, filtering and fault detection
DAY - 25: Advanced motor control - PWM, direction and feedback concepts
DAY - 26: Encoder interfacing and speed / position measurement
DAY - 27: PID control fundamentals and practical Arduino implementation
DAY - 28: CAN communication using external CAN controller module
DAY - 29: RS485 communication and Modbus RTU introduction
DAY - 30: Wireless communication architecture - Bluetooth / Wi-Fi module integration
Tools & Software Used
This course covers complete Arduino UNO programming from basics to advanced level. You will learn programming, sensor interfacing, display modules, motor control, communication and IoT applications through practical projects.
Simple & practical
Examples
Simple & practical
Examples
Simple & practical
Examples
Simple & practical
Examples
Simple & practical
Examples
Need Help?
Have questions about this project? Join our WhatsApp community and get support from our team.
Course Overview
This course covers complete Arduino UNO programming from basics to advanced level. You will learn programming, sensor interfacing, display modules, motor control, communication and IoT applications through practical projects.
Simple & practical
Examples
Simple & practical
Examples
Simple & practical
Examples
Simple & practical
Examples
Simple & practical
Examples