What will you in the The Arduino Platform and C Programming Course
The basics of Arduino hardware and its I/O capabilities.
How to write C code to control digital and analog signals.
How to interface sensors and actuators with Arduino.
Key programming concepts such as conditionals, loops, and functions as applied to embedded systems.
Program Overview
1. Introduction to Arduino and Embedded Systems
⏱ Duration: 1 week
Overview of embedded systems and the role of Arduino.
Introduction to Arduino hardware components and IDE.
Uploading your first sketch to the board.
2. C Programming Basics for Arduino
⏱ Duration: 1 week
Writing basic C code for microcontroller environments.
Understanding data types, operators, and control structures.
Using functions and modular programming practices.
3. Digital and Analog I/O
⏱ Duration: 1 week
Controlling LEDs, buttons, and buzzers using digital pins.
Reading analog signals using sensors and the ADC.
Pulse-width modulation (PWM) for dimming LEDs and controlling servos.
4. Sensor and Actuator Integration
⏱ Duration: 1 week
Interfacing common components like temperature sensors and motion detectors.
Capturing input data and acting upon real-world changes.
Mini-project: Create an interactive circuit using Arduino.
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Job Outlook
Embedded systems and IoT roles are in high demand across industries.
Skills in microcontroller programming open doors to hardware engineering and robotics roles.
Great foundation for further study in electrical engineering, hardware prototyping, and product development.
Ideal for hobbyists and engineers seeking to develop hardware-software integration skills.
Specification: The Arduino Platform and C Programming
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