Arduino Basics Course. For students

Arduino Basics Course. For students

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  Arduino Basics Course
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  Module 1: Introductionto Arduino • What is Arduino? • Overview of Arduino boards and models. • Installing and configuring the Arduino IDE. • Writing and uploading a simple "Hello World" program to blink an LED.
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  Module 2: SettingUp and Exploring the Arduino Environment • Configuring and testing the Arduino IDE. • Overview of basic electronic components. • Introduction to the breadboard and jumper wires.
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  Module 3: DigitalOutput and LEDs • Controlling LEDs using digital output. • Syntax and structure of Arduino sketches. • Variables, data types, and constants.
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  Module 4: DigitalInput and Buttons • Reading the state of a button using digital input. • Understanding denouncing for reliable button input. • Introduction to conditional statements in Arduino.
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  Module 5: AnalogI/O and PWM • Introduction to Pulse Width Modulation (PWM). • Controlling LED brightness using analog input. • Exploring analogWrite() function.
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  Module 6: AnalogInput and Sensors • Reading analog values from sensors using analog input. • Interfacing with common sensors (e.g., light sensor, potentiometer). • Project: Creating a simple sensor-based project.
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  Module 7: Functionsand Libraries • Writing functions to modularize code. • Overview of Arduino libraries. • Using and creating simple libraries.
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  Module 8: SerialCommunication • Introduction to Serial communication. • Using the Serial Monitor for debugging. • Establishing communication between Arduino and a computer.
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  Module 9: Interruptsand Timers • Understanding interrupts for responsive programs. • Working with timers for time-based events. • Implementing timer interrupts.
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  Module 10: AdvancedSensors and Actuators • Exploring more advanced sensors (e.g., temperature sensor, motion sensor). • Introduction to actuators (e.g., motors, servos). • Project: Integrating advanced sensors and actuators into a project.
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  Module 11: Project-BasedLearning – Part 1 • Participants start working on their first project. • Guidance and assistance provided as participants apply learned concepts.
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  Module 12: Project-BasedLearning – Part 2 • Continued work on individual or group projects. • Troubleshooting and debugging common issues. • Project showcase: Participants present and share their projects.
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  Module 13: Introductionto Internet of Things (IoT) • Basics of the Internet of Things (IoT). • Connecting Arduino to the internet. • Project: Building a simple IoT device.
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  Module 14: IoTProject - Part 1 • Participants start working on an IoT project. • Integrating IoT concepts with Arduino.
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  Module 15: IoTProject - Part 2 • Continued work on the IoT project. • Troubleshooting and debugging IoT-related issues. • Project showcase: Participants present and share their IoT projects.
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  Module 16: Review,Q&A, and Next Steps • Reviewing key concepts covered in the course. • Open Q&A session for participants. • Providing resources for further learning and exploration.