Good introduction to the topic. Could have used a few more practical exercises, but it covered the basics well.
Arduino Interfacing for Beginners: Connect Sensors and Actuators
Master the fundamentals of connecting Arduino to real-world hardware, controlling sensors, and writing code to automate physical devices.
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About this course
Course contents
6 modules · 28 lessons · 3h 6m
1
Electronics Fundamentals and Safety
Understand electrical basics and prepare a safe working environment.
- Welcome to the Arduino World
Introduction to interfacing software and hardware.5 min - Voltage, Current, and Resistance
The three pillars of electronics explained simply.8 min - The Breadboard: Designing Circuits
How to connect components without soldering.7 min - Safety: Protecting Yourself and Components
Golden rules to avoid short circuits and hardware damage.6 min - Your First Circuit: Lighting an LED
Wiring and programming your first actuator.7 min
2
Reading the World: Digital and Analog Sensors
Learn to receive data from the external environment.
- Digital Inputs: The Push Button
Reading ON/OFF states and configuring pull-up resistors.7 min - Analog Inputs: The Potentiometer
Understanding Analog-to-Digital Conversion (ADC).7 min - PWM: Simulating Analog Outputs
Controlling LED intensity via software.6 min - Motion Sensors (PIR)
Interfacing a digital sensor to detect presence.6 min - Light Sensors (Photoresistors)
Reading environmental variations via analog signals.6 min - Debouncing: Cleaning the Signal
Software technique to eliminate noise from mechanical contacts.7 min
3
Acting on the World: Motors and Displays
Control movement and display information.
- Advanced LED Management
Using loops and arrays for complex light patterns.6 min - Moving Things: Servomotors
Precisely controlling angular position.8 min - DC Motors and Transistors
Managing power loads that Arduino cannot directly supply.8 min - Displaying Data: The LCD Display
Interfacing a screen to read sensor data.8 min - Sound Feedback with Buzzers
Generating tones and alarms based on inputs.5 min
4
Communication and Libraries
Use standard protocols to communicate with complex hardware.
- Serial Communication (UART)
Sending and receiving data between Arduino and the computer.6 min - I2C Protocol: Two Wires for Everything
Connecting multiple devices using an addressable bus.7 min - SPI Protocol: Extreme Speed
When and how to use synchronous serial communication.7 min - Enhancing Code with Libraries
Finding, installing, and using code written by others.6 min - Debugging: Finding Errors
Tools to solve wiring and logic problems.7 min
5
Optimization and Introduction to IoT
Make projects efficient and ready for networking.
- Energy Efficiency: The Fundamentals
Why and how to reduce power consumption in embedded systems.6 min - Sleep Modes: Deep Saving
Putting Arduino in standby to extend battery life.7 min - Introduction to IoT
What it means to connect a sensor to the network.6 min - Overview of Wireless Modules
Differences between Wi-Fi, Bluetooth, and LoRa for your projects.6 min - Designing for Connectivity
Best practices for systems that need to communicate data.6 min
6
Final Project: Integrated System
Combine all skills into a single functional device.
- Planning the Smart Station
Drawing the schematic and defining the project logic.5 min - Assembly and Final Test
Building the complete prototype and verifying its operation.10 min
Smart Environmental Monitoring Station
Create a device that reads ambient light, displays the value on an LCD, moves a servomotor based on the detected threshold, and uses power-saving techniques between readings.
What you'll get
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Certificate of completion
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Short & focused
3h 6m of practical content
Certificate of completion
Every course you complete on PickAClass issues a credential like this — original, with its own code, verifiable by URL, and detailed about what was actually demonstrated.
Reviews (4)
It's a good course if you have some prior knowledge. For absolute beginners, some concepts might be a bit challenging. The structure is logical, though.
A good introduction. The structure was mostly clear, but I wish there were a few more real-world examples. Still, learned a lot.
This was a good introduction. The structure is logical, and it covers the basics effectively. Might be too introductory for advanced learners.
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