While it’s gotten easier to engage in “vibe coding,” many wonder at whether educators should take advantage of it. After all, vibe coding is the popular term for creating code without knowing how to code. Students can learn valuable skills designing and assessing the flaws of their design. This happens even if they don’t know how to write a line of code.
Vibe coding may kindle interest in other aspects of game design or programming projects often denied to those who can’t write a line of code. “Can my students really build their own apps?” The answer may surprise you. Vibes DIY, a collaborative app builder now available, may shift your thinking on what is possible with student creation in the digital space. Let’s take a look at this app development studio.
What is Vibes DIY?
An AI-powered app builder that lets you create custom applications with your preferred style and functionality. No extensive coding knowledge required. (source). Learn more about it from a developer, J. Chris Anderson, via this podcast.
What Makes Vibes DIY Different?
Vibes DIY is an AI-powered platform that makes app development simpler. In straightforward fashion, students can:
- Build functional apps without coding knowledge
- Collaborate with classmates in real-time
- Share their creations with a simple link
- Remix existing apps to create something entirely new
Some may see this collaboration at the same level as Google Docs in regard to app development.
The Features That Matter Most
Let’s take a look at the Vibes DIY features. They include real-time collaboration, a template library, and allow for remixing content from others. There are also many other aspects of Vibes DIY that may catch your attention.
- Real-Time Collaboration. Vibes DIY eliminates the bottleneck of group projects where only one student can work on the project at a time (reminds me of the old days, having to share the mouse or keyboard in the one computer classroom). Students are able to work together at the same time, and see the information appear on screen.
- Template Library. Vibes DIY’s template library offers pre-built structures for games, utilities, and interactive experiences. Students select a foundation and customize from there.
- The Remix Revolution. Students can take any existing app on the platform and make it their own. Students can remix games, quizzes, and remix those with their content.
- One-Click Sharing. Students generate a link and their app is live. This can enable rapid feedback from others.
Now that you know about the features, what are some ways you could support students engaging in vibe coding with Vibes DIY?
Practical Applications by Grade Level and Content Area
Below, you will find some suggestions for various types of vibe coding ideas. Even if you don’t use Vibes DIY, you might find these ideas helpful with other tools that are incorporating vibe coding.
Elementary Adventures (K-5)
Young learners enjoy visual creation. They might construct:
- Interactive alphabet games with custom illustrations
- Simple calculators for practicing math facts
- Digital storybooks with branching paths
- Virtual pet apps that teach responsibility
Give It a Try: Start with an “All About Me” app where students make interactive profiles to share with the class.
Middle School Momentum (6-8)
Pre-teens ready for more complexity can tackle:
- Study guide apps for upcoming tests
- School event countdown timers
- Peer tutoring matching systems
- Interactive science simulations
Give It a Try: Challenge students to create apps that solve real problems in your school community. Tie it into a high-effect size instructional strategy like Service Learning (d=0.53).
High School Innovation (9-12)
Teenagers can design tools such as:
- College planning tools
- Mental health check-in apps
- Community service hour trackers
- Interactive portfolio showcases
Give It a Try: Connect app creation to career exploration. This makes it easier for students to engineer prototype solutions for fields they’re considering.
Content Area Connections
Here are some content areas applications you may useful. These ideas may work with other solutions aside from Vibes DIY (such as Claude Artifacts).
English Language Arts
- Interactive book reports with character profiles
- Grammar practice games with immediate feedback
- Poetry generators that follow specific forms
- Vocabulary builders with context clues
Mathematics
- Graphing calculators for visualizing equations
- Probability simulators for statistics lessons
- Geometry shape manipulators
- Real-world problem solvers
Science
- Periodic table explorers with element details
- Ecosystem simulators showing food chains
- Weather tracking apps with data visualization
- Lab safety quiz apps
Social Studies
- Historical timeline navigators
- Geography map quizzes
- Government structure explorers
- Current events aggregators
Getting Started
To get started, try these four steps. Remember, you want to start exploring then move up to sharing creations.
1- Exploration. Start simple. Have everyone create the same basic app following your lead. Maybe it’s a classroom birthday tracker or a homework reminder.
2- Collaboration. Pair students up. Assign each team a different app type from the templates. Scaffold feature design, task selection and completion, and collaborative problem-solving.
- Innovation. Turn them loose. Set parameters (must be school-appropriate, should solve a problem, needs three interactive features) but let creativity lead.
- Showcase. Host an “App Fair” where students demonstrate their creations. Invite other classes, administrators, even parents. Celebrate the journey, not just the destination.
To get going, try making your own app at vibes.diy. Plan a project with your students and share your class collaboration with others.
Then, encourage students to work in small groups to do the same. Encourage students to create a process portfolio, engage in peer review circles, or discuss features or track version progress. Some specific details include:
- Process Portfolio. Students document their journey with screenshots and reflections. What worked? What didn’t? What would they do differently?
- Peer Review Circles. Groups test each other’s apps and provide structured feedback. Teach constructive criticism through authentic practice.
- Feature Justification. Students explain why they included specific elements. This shows thinking processes more than the final product ever could. What’s more, you are showing them how to document the process they are following a la make thinking visible.
- Version Tracking. Compare version 1.0 to version 2.0. What improvements did students make based on feedback?
Bonus: The SIFT Check for Student Apps
You can also mix in a bit of critical thinking with a twist. Use Mike Caufield‘s The SIFT Method to get students thinking in a critical way.
- Stop – What’s the app’s purpose? Who’s the intended user? Any emotional engagement?
- Investigate – Does it work as advertised? Are there bugs or broken features?
- Find – What similar apps exist? How does this one compare?
- Trace – Can you follow the creator’s thought process? Is the flow logical?
Learn more about the SIFT Method online.
A Creativity Amplifier
Vibes DIY is only the beginning of the types of tools all of us will have access to. Some may see it as a “creativity amplifier.” As a non-coder myself, I find these tools exciting. I am unlikely to learn how to code in the future. But these tools allow me to leverage other skills and knowledge to guide content creation. And, that is, literally empowering. I’ll be sharing some specific examples of how I have relied on vibe coding in future blog entries.