Description
Arduino – 30 Days – Course Curriculum
Week 1: Basic Arduino Concepts and Projects
Day 1-3: Introduction to Arduino
Day 1:
Overview of Arduino and its components.
Setting up the Arduino IDE.
Writing and uploading your first “Hello, World!” program.
Day 2:
Understanding the basics of Arduino programming (syntax, variables, data types).
Exploring the Serial Monitor for debugging.
Day 3:
Introduction to digital and analog signals.
Blinking an LED: Your first physical project.
Day 4-7: Sensors and Input Devices
Day 4:
Introduction to sensors.
Reading data from a push button.
Day 5:
Working with potentiometers for analog input.
Adjusting LED brightness using a potentiometer.
Day 6:
Understanding and using photoresistors (LDRs).
Building a simple light-sensitive project.
Day 7:
Introduction to temperature sensors (e.g., LM35).
Displaying temperature readings on the Serial Monitor.
Week 2: Intermediate Arduino Concepts and Projects
Day 8-10: Display Technologies
Day 8:
Introduction to character LCDs.
Displaying custom messages on an LCD.
Day 9:
Working with 7-segment displays.
Creating a simple countdown timer.
Day 10:
Introduction to OLED displays.
Displaying sensor data on an OLED.
Day 11-14: Communication Protocols
Day 11:
Basics of serial communication.
Creating a simple data logger.
Day 12:
Introduction to I2C communication.
Connecting and working with I2C devices.
Day 13:
Basics of SPI communication.
Connecting and controlling SPI devices.
Day 14:
Wireless communication with Bluetooth.
Building a basic Bluetooth-controlled project.
Week 3: Advanced Arduino Concepts and Projects
Day 15-17: Advanced Sensors and Actuators
Day 15:
Introduction to ultrasonic sensors.
Building a distance measuring device.
Day 16:
Exploring accelerometers and gyroscopes.
Creating a simple motion-controlled project.
Day 17:
Using RFID modules for identification.
Building an RFID door lock system.
Day 18-21: Internet of Things (IoT) with Arduino
Day 18:
Introduction to IoT and Wi-Fi modules.
Connecting Arduino to the internet.
Day 19:
Sending sensor data to a cloud platform (e.g., ThingSpeak).
Building a simple IoT weather station.
Day 20:
Controlling Arduino remotely via Blynk app.
Building a mobile-controlled project.
Day 21:
Building a simple MQTT-based home automation system.
Week 4: Capstone Projects and Advanced Topics
Day 22-25: Robotics with Arduino
Day 22:
Introduction to servo motors.
Building a basic robotic arm.
Day 23:
Basics of motor control with DC motors.
Building a line-following robot.
Day 24:
Introduction to stepper motors.
Building a simple CNC machine.
Day 25:
Capstone Project: Designing and programming a multi-sensor robot.
Day 26-28: Advanced Programming Techniques
Day 26:
Introduction to interrupts.
Using interrupts for precise timing.
Day 27:
Exploring PROGMEM and PROGMEM techniques for memory optimization.
Building a data-logging project with optimized memory usage.
Day 28:
Understanding and implementing finite state machines.
Building a complex project using state machines.
Day 29-30: Open-ended Project and Review
Day 29:
Choose an open-ended project based on your interests.
Apply the skills and knowledge gained throughout the course.
Day 30:
Review and reflection on the course.
Discuss potential areas for further exploration and advanced projects.
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