Arduino Training

Course Description:

This Arduino Training course is designed for beginners with little to no experience in programming and electronics. It provides a hands-on introduction to the world of Arduino, an open-source electronics platform that allows you to create interactive projects and prototypes. Through a series of practical lessons and projects, students will learn the fundamentals of programming, circuit design, and interfacing with sensors and actuators using the Arduino platform.

Course Objectives

Understand Arduino Basics: Introduce participants to the fundamentals of Arduino, including the architecture, components, and functionalities of Arduino boards.
Master Arduino Programming: Learn essential programming languages and techniques for Arduino development, focusing on C/C++ and the Arduino Integrated Development Environment (IDE).
Explore Sensor and Actuator Integration: Understand how to interface various sensors and actuators with Arduino, including analog and digital sensors, motors, and other peripheral devices.
Implement Communication Protocols: Gain practical knowledge of communication protocols such as I2C, SPI, and UART, and learn how to implement these protocols in Arduino projects.
Develop Real-Time Projects: Work on real-time projects that involve designing, developing, and testing Arduino-based systems, emphasizing practical applications and problem-solving skills.
Enhance Embedded Systems Security: Learn basic security practices for embedded systems, including secure coding and protecting data in Arduino projects.
Optimize Power Management: Understand power management techniques to optimize the power consumption of Arduino projects, making them suitable for battery-operated and energy-efficient applications.
Create IoT Applications with Arduino: Develop Internet of Things (IoT) applications using Arduino, including connecting Arduino to the internet, working with cloud services, and integrating IoT protocols.

Prerequisites:

No prior programming or electronics experience is required. Students should have a basic understanding of computer operations and be comfortable using a computer.

Course Modules

Module-1: Arduino and Basics of Electronics
Introduction to Arduino: History, applications, and significance.
Understanding electronic components: resistors, LEDs, breadboards, and jumper wires.
Introduction to basic circuits: series, parallel, and combination circuits.
Hands-on: Building and testing simple LED circuits.
Module-2: Programming Fundamentals with Arduino
Setting up the Arduino IDE: installation and configuration.
First Arduino program: structure, setup(), loop(), and the “Blink” project.
Variables and data types: integers, floats, and strings.
Module-3: Working with Sensors
Interfacing with analog sensors: using a potentiometer for analog input.
Interfacing with digital sensors: working with push buttons and switches.
Hands-on project: Building a light-sensitive LED nightlight.
Module-4: Output Control and Actuators
Introduction to actuators: motors, servos, and relays.
Controlling DC motors: motor drivers, PWM, and speed control.
Hands-on project: Creating a temperature-controlled fan.
Module-5: Communication and Protocols
Introduction to I2C and SPI protocols: connecting multiple devices.
Using serial communication for debugging and data visualization.
Hands-on project: Developing a digital thermometer with serial output.
Module-6: Advanced Projects and Final Project
Introduction to advanced concepts: interrupts, timers, and libraries.
Building a simple digital game: reaction time tester.
Integrating multiple sensors and actuators in a single project.
Final project: Students design, build, and present a creative Arduino-based project.
AUTOSAR course overview

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info@piestsystems.com

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