As a digital technology expert and educator, I‘ve seen firsthand the incredible impact that DIY computer kits can have on kids‘ technology skills and confidence. In a world where coding literacy is becoming as fundamental as traditional reading and writing, giving children early, hands-on experience with computing is one of the greatest gifts we can offer.
Why DIY Computer Kits are Powerful Learning Tools
Unlike pre-assembled computers or coding apps, DIY computer kits offer an immersive, multifaceted learning experience. The process of building the computer from scratch gives kids insight into the physical components that make digital devices work. Writing code and seeing it spring to life on the machine they built cements an intuitive understanding of the relationship between hardware and software.
Research shows that this kind of active, project-based learning is remarkably effective for teaching STEM concepts. A 2019 review of educational robotics kits found that students who used them showed significant gains in computational thinking, coding abilities, and engineering design skills compared to control groups.
The tangible nature of DIY kits also makes abstract ideas accessible and engaging for young learners. As Mitch Resnick, director of the Lifelong Kindergarten group at the MIT Media Lab, explains: "When kids are making something with their hands, they‘re more likely to get engaged and excited about the ideas they‘re exploring."
It‘s no surprise, then, that the market for DIY computer and robotics kits is booming. The educational robot market alone is expected to reach $1.5 billion by 2027, fueled by growing recognition of the power of hands-on STEM learning.
Top DIY Computer Kits for 2023
So what are the best options on the market for budding technologists? Here are my top picks, based on educational value, ease of use, and potential for creative exploration:
1. Piper Computer Kit
The award-winning Piper Computer Kit is one of the most engaging options for kids aged 7-12. The kit‘s Minecraft-themed storyline transforms the building process into an adventure, with kids completing engineering challenges to progress through the game.
What‘s inside:
- 9" LCD display
- Raspberry Pi 3 microcomputer
- Programmable buttons and LED lights
- Breadboard, wires, and 15+ electronic components
- Laser-cut wood case pieces
- Battery pack and speaker
- Bluetooth module
- 8GB microSD card with PiperCode learning system
Once the computer is built, kids can explore coding through a special Piper edition of Minecraft and 10+ included projects. The PiperCode learning system does an excellent job of introducing coding concepts intuitively through block-based and text-based languages.
2. Kano Computer Kit
The Kano Computer Kit is another fantastic all-in-one option that focuses on making the building and coding process welcoming for all. The storybook-style assembly instructions are perfect for kids who may not think of themselves as typical "techie" types.
What‘s inside:
- Raspberry Pi 3 board
- Kano OS with 100+ hours of coding challenges
- Programmable LED lights and buttons
- Wireless keyboard with trackpad
- Clear case with modular design
- USB power supply
- HDMI and USB cables
- 16GB microSD card
- Stickers and colorful build guides
In addition to step-by-step coding challenges, Kano includes creative tools for making art, music, games, and more. The kit has everything needed for a functioning computer except a display, giving you flexibility to choose your own.
3. Elecrow CrowPi2 Raspberry Pi Laptop Kit
For kids who want the experience of building their own laptop, the CrowPi2 is hard to beat. This sleek kit packs an incredible amount of functionality into a portable, all-in-one design.
What‘s inside:
- 11.6" 1080P IPS touchscreen display
- Raspberry Pi 4B 4GB motherboard
- Rechargeable battery pack
- 2MP webcam
- Stereo speakers and microphone
- Full-size keyboard and trackpad
- 8GB+ SD card with system image
- GPIO breakout board, breadboard, and 22+ sensors/modules
- Crowtail and Grove connectors for add-ons
- 3D-printed laptop shell
With the CrowPi2, kids get a powerful Raspberry Pi laptop for schoolwork and entertainment, plus a suite of programmable accessories to explore coding and electronics. The kit also includes an integrated learning system with step-by-step lessons for Python, Scratch, Minecraft, and more.
4. Boolean Box
Created by the nonprofit Boolean Girl, the Boolean Box is specifically designed to get girls and underrepresented youth excited about coding. The kit centers around a build-your-own programmable computer and a subscription to the excellent Boolean University online learning platform.
What‘s inside:
- Raspberry Pi 3B+ motherboard
- Breadboard and jumper wires
- 17 programmable buttons, switches, and sensors
- 8GB microSD card with Raspbian OS
- HDMI cable
- Power supply
- 1-year membership to Boolean University
Boolean University offers a wealth of coding projects in Scratch and Python, with new challenges added monthly. The curriculum also focuses on highlighting diverse creators and technologists, helping all kids see themselves in STEM careers.
5. Piper Computer Kit 2
The follow-up to the original Piper Computer Kit, the Piper Computer Kit 2 offers even more possibilities for hands-on coding and engineering. With a larger 11.6" display, a more powerful Raspberry Pi 4 processor, and an expanded library of projects, this kit will keep kids engaged for years.
What‘s inside:
- 11.6" LCD display
- Raspberry Pi 4 (4GB RAM)
- PiperCode 2.0 learning system with 200+ hours of projects
- Controller board with programmable buttons, switches, and LED module
- USB mouse
- 7800mAh rechargeable battery
- 32GB microSD card
- Wooden carrying case
One of the standout features of the Piper 2 is the new PiperCode 2.0 learning system. Kids can progress from block-based coding in Scratch to text-based Python, with tutorials and challenges for every level. Advanced coders can even dive into programming languages like Java, C++, and HTML.
How to Get the Most Out of a DIY Computer Kit
Whichever kit you choose, there are a few things you can do to support your child‘s learning process:
-
Build together: Offer to be a collaborator, not a solver. Let your child take the lead, but be available to talk through snags or questions.
-
Encourage experimentation: Emphasize that coding is all about creativity and trial-and-error. There‘s no one right way to solve a problem.
-
Connect to real-world examples: Point out how the skills they‘re developing relate to everyday technologies like video games, smartphones, and websites.
-
Celebrate achievements: Show your excitement as they master new challenges. Consider having them demonstrate their working project to friends or family.
-
Seek out additional resources: Many kits have online communities or forums where kids can get help, share projects, and connect with other young coders.
By approaching a DIY computer kit as a fun, exploratory process, you set the stage for a lifelong love of technology and problem-solving.
The Future of DIY Tech for Kids
As someone who‘s spent decades teaching technology, I‘m continually amazed by the learning tools available to today‘s young people. Compared to the clunky computer labs of the past, modern DIY kits are infinitely more engaging, affordable, and packed with creative potential.
I expect we‘ll continue to see the market for STEM-focused toys and kits grow in the coming years. The rise of the maker movement and the increasing recognition of coding as an essential 21st century skill are powerful drivers. We‘re also seeing a shift towards kits that emphasize creativity and self-expression, not just technical skills.
Some exciting trends to watch:
- More diverse characters and storylines that appeal to a wider range of kids
- Kits that blend coding with arts/music to encourage cross-disciplinary thinking
- Advanced AI and machine learning capabilities thanks to more powerful processors
- Internet of Things (IoT) projects that let kids build and program connected devices
- Augmented and virtual reality integrations for immersive digital experiences
No matter what the future holds, one thing is clear: DIY computer kits have the power to unlock a lifelong passion for technology and innovation. By putting real computing tools in the hands of kids, we‘re not just teaching them to code—we‘re empowering them to be the creators, problem-solvers, and entrepreneurs our world needs.
Frequently Asked Questions
Q: What‘s the best age to introduce a child to a DIY computer kit?
A: Most kits are designed for ages 7 and up, but the sweet spot is usually around 8-12 years old. This is when kids are developing strong problem-solving and logical thinking skills, but aren‘t yet self-conscious about learning something new. Of course, every child is different, so consider your child‘s unique interests and abilities.
Q: Do these kits require any prior knowledge of computers or coding?
A: Nope! One of the great things about DIY computer kits is that they‘re designed for total beginners. The best kits offer step-by-step instructions and tutorials that gently introduce coding basics. Many also have different difficulty levels, so kids can keep learning and growing their skills over time.
Q: What kind of parental involvement is needed for these kits?
A: With the well-designed instructions that most kits include, kids can usually build and code independently. However, they‘ll likely need some initial help with things like finding the right tools, troubleshooting errors, or understanding abstract concepts. Plan to be available for questions and collaboration, especially in the beginning.
Q: How long does it take to complete a typical DIY computer kit?
A: Building time varies depending on the complexity of the kit and the age/experience of the child. Most kits can be assembled in a few hours or less, often broken up over a couple of sessions. The coding projects and challenges can provide months or even years of continuing engagement.
Q: Are these kits compatible with school curricula or educational standards?
A: Many DIY computer kits are intentionally aligned with NGSS, CSTA, and Common Core standards for STEM education in K-12 classrooms. Even for kits that don‘t specifically mention educational standards, the skills developed—like computational thinking, problem decomposition, and debugging—are fundamental to computer science learning at all levels.
Q: Can I buy individual replacement parts for these kits?
A: Most companies sell replacement or expansion packs for the electronic components in their kits. Wooden or plastic structural elements may be harder to replace individually, but can often be substituted with household materials in a pinch. Because these kits are built on standard platforms like Raspberry Pi, there‘s also a huge ecosystem of compatible accessories available from other vendors.
Further Resources
Looking for more guidance on choosing and using a DIY computer kit with your child? These articles and organizations are great places to start:
- Raspberry Pi Foundation: The official site for the popular DIY computing platform, with tons of project ideas and learning resources.
- ‘Raspberry Pi: A Guide for Beginners‘: A free ebook from the Raspberry Pi Foundation that covers setup, coding basics, and easy projects.
- ‘The Official ScratchJr Book‘: A kid-friendly introduction to coding fundamentals using the ScratchJr programming language.
- Code.org: A nonprofit offering free coding courses, tutorials, and activities for students of all ages.
- ‘Kids, Code, and Computer Science‘ by Camille McCue: An engaging guide for parents on how to support children‘s STEM learning, with hands-on coding activities.
- ‘How to Choose a Robotics Kit for Your Kids‘ from Popular Mechanics: Tips for picking an educational robotics kit based on your child‘s age and interests.
By introducing kids to the wonders of building and coding with a DIY computer kit, we‘re sparking a passion that will serve them well no matter what path they choose. Who knows—the next tech breakthrough could start with the project your child builds this weekend!
