Raspberry Pi and Arduino for education

Why Raspberry Pi and Arduino?

Raspberry Pi and Arduino have become cornerstones of STEM education for good reasons:

Affordable and accessible

Both platforms are budget-friendly, making them practical for schools, homeschoolers, and educational programs. Students can afford their own hardware, enabling learning at home and in the classroom.

Hands-on learning

Instead of abstract lessons, students learn by building projects: robots, weather stations, smart devices, games, and automation systems. This project-based approach keeps students engaged and connects concepts to real-world applications.

Cross-disciplinary learning

These platforms naturally integrate multiple subjects:

• Computer science: Programming, algorithms, data structures
• Electronics: Circuits, components, voltage, current
• Engineering: Design thinking, prototyping, iteration
• Math: Logic, problem-solving, measurement
• Art and creativity: Interactive installations, games, digital art

Rich ecosystem of resources

Both Raspberry Pi and Arduino have thriving communities with thousands of tutorials, lesson plans, and project guides. Educators don't need to create curriculum from scratch—proven resources are freely available.

Raspberry Pi in the classroom

Raspberry Pi is a credit card-sized computer that runs a full operating system. It's ideal for teaching programming, networking, multimedia, and general computing concepts.

What Raspberry Pi teaches

• Programming: Scratch for beginners, Python and JavaScript for text-based coding
• Operating systems: Students learn Linux fundamentals, file systems, and command-line tools
• Networking: Set up web servers, file sharing, or Pi-hole DNS filtering
• Multimedia: Video playback, graphics programming, retro gaming
• Physical computing: Use GPIO pins to control LEDs, sensors, and motors

Example classroom projects

• Build a weather station that logs temperature and humidity
• Create a Scratch game or animation
• Set up a home automation system
• Program a Minecraft mod in Python
• Build a network-wide ad blocker with Pi-hole

Educational support from Raspberry Pi Foundation

The Raspberry Pi Foundation offers extensive free resources for educators:

• Picademy: Free two-day teacher training (in-person or online)
• Teach Computing Curriculum: Lesson plans, worksheets, homework, and assessments for ages 5–16
• Online courses: FutureLearn courses on programming, physical computing, and more
• Raspberry Pi Certified Educator program: Recognition for completing training

Arduino for hands-on learning

Arduino is a microcontroller platform designed for electronics, control systems, and physical computing. It's perfect for students who want to make things light up, move, and respond to their environment.

What Arduino teaches

• Electronics: Circuit building, components, breadboards, voltage and current
• Programming: C++ fundamentals, functions, loops, and Arduino-specific code
• Sensors and actuators: Reading temperature, light, motion; controlling LEDs, motors, servos
• Physical computing: Making code interact with the physical world
• Problem-solving: Debugging circuits, troubleshooting hardware and software

Example classroom projects

• Build a stoplight with LEDs that cycles through red, yellow, green
• Create a temperature sensor that displays readings on an LCD
• Make a line-following robot
• Build a motion-activated alarm system
• Design a smart plant watering system

Arduino in education

Arduino offers resources for educators, including the Arduino Starter Kit (designed specifically for teaching), classroom packs, and certification programs. The platform is widely adopted in schools and makerspaces worldwide.

Which platform to choose?

Both platforms are excellent for education. Here's how to decide:

Choose Raspberry Pi if you want to teach:

• Programming fundamentals (Scratch, Python, JavaScript)
• Computer science concepts (operating systems, networking, algorithms)
• Digital making (games, apps, multimedia projects)
• Projects that need internet connectivity or a full OS

Choose Arduino if you want to teach:

• Electronics and circuit design
• Sensors, motors, and physical interaction
• Embedded systems and microcontrollers
• Projects where immediate physical feedback is key

Use both

Many educators use both platforms in their curriculum. Raspberry Pi introduces programming and computing concepts, while Arduino teaches electronics and physical computing. They complement each other and can even work together in combined projects.

Getting started as an educator

Start with a starter kit

Vilros offers starter kits for both Raspberry Pi and Arduino that include the board, components, and setup guides. For classrooms, bulk packs are available with discounts for larger quantities.

Explore free resources

• Raspberry Pi Foundation: raspberrypi.org/teach for lesson plans and training
• Arduino Education: arduino.cc/education for curriculum materials
• Vilros Learn & Build: Step-by-step guides and tutorials at vilros.com/a/learn

Request a bulk quote

If you're equipping a classroom, lab, or program, Vilros can provide bulk pricing and education quotes. Include your class size, preferred platform, and any specific components you need.

Join the community

Connect with other educators through Raspberry Jams, Arduino Day events, or online forums. Sharing ideas and projects with other teachers accelerates your learning and brings fresh perspectives to your classroom.