January 2026 · Li Kaer / Culver

Many teachers step back as soon as they hear the word “programming.” But the “Vibe Coding” introduced here is not essentially about writing code. It is about describing the effect you want in natural language. Today’s AI tools can turn that description directly into a runnable web game.

But here is the question: why do some teacher-made games engage students, while others are ignored? The answer is not technology. It is educational design thinking. Today, let us unpack how to use Vibe Coding to design educational games that actually work.

🎥 Five-minute overview
If you want a quick understanding of Vibe Coding first, you can watch this overview video automatically generated by Google NotebookLM based on this article. It introduces the core concepts and practice points in an accessible way. For detailed steps, complete prompt templates, and cases, keep reading below.

Unlike technical tutorials that only focus on “how to do it,” this guide focuses more on “why do it this way” and “how to do it better.” We will not only walk through game creation, but also discuss what kind of design truly supports learning. Let us begin with the educational value of Vibe Coding.

1. Why should teachers learn Vibe Coding? 🎯

First, let us be clear: educational games are not about chasing trends. They are about solving real teaching problems. When student attention becomes harder to sustain, when opportunities to apply knowledge are scarce, and when personalized learning needs grow stronger, we need new teaching methods. Vibe Coding lets teachers move from “tool users” to “learning experience designers.”

Traditional educational game development requires professional programmers, takes a long time, and costs a lot. More importantly, programmers often do not understand education. Vibe Coding, built on modern AI tools, allows teachers to focus on what they know best: educational design. AI handles the technical details. This does not replace teachers’ expertise; it amplifies teachers’ educational wisdom.

2. Tool preparation: simpler than you think 🛠️

To begin Vibe Coding, you only need three things:

📝 AI code generation tool

Choose an AI assistant you know:

Claude by Anthropic: strong at understanding complex educational needs and generating clear code
Gemini by Google: good multilingual support, suitable for bilingual educational games
DeepSeek (深度求索): strong understanding of Chinese educational contexts and free to use

✏️ Code editing tool

Windows: Notepad
macOS: TextEdit
Advanced option: VS Code, available across platforms and more powerful

GitHub Pages is a permanently free web hosting service. The first setup takes about ten minutes, but later updates only require dragging and uploading files. Students can open the game through a link without downloading any software.

3. Core skill: the art of precise description 🎨

The core of successful Vibe Coding is giving AI precise descriptions. Many teachers fail not because they lack technical ability, but because their descriptions are too vague. AI needs specific, clear, executable instructions.

🏗️ The three layers of a prompt

Imagine giving a task to an extremely obedient assistant who knows nothing about education. You need to tell it three things:

Layer 1 - Educational goal: what learning purpose the game should achieve

Layer 2 - Interaction mechanism: what students actually do and how they receive feedback

Layer 3 - Visual presentation: what the interface should look like

🎯 Why precision matters: color as an example

Here is a concrete example. When you want a “green” button:

❌ Vague description: “Use green as the main color”

AI’s confusion: dark green, light green, teal, grass green?
Result: a different color every time

✅ Precise description: “Use #4CAF50 as the main color”

AI’s understanding: a clear color value
Result: exactly the expected visual effect

This principle applies to all descriptions. Do not say “make the font bigger”; say “24px.” Do not say “add more spacing”; say “padding: 20px.” Do not say “make the animation faster”; say “complete the rotation in 0.3 seconds.”

📊 Description precision comparison

Dimension	❌ Vague	✅ Precise
Color	“Use blue”	“Use #2196F3, Material Design blue”
Size	“Make the button big”	“Button height 50px, width 200px”
Layout	“Center it”	“Use flexbox to center horizontally and vertically”
Interaction	“Give feedback when clicked”	“Within 0.2 seconds after click, change color and show ✓”
Text	“Make the text clear”	“Use 16px Microsoft YaHei (微软雅黑), line-height 1.5”

4. Practice cases: three projects from simple to advanced 📚

🌟 Level 1: Vocabulary matching game, finished in 30 minutes

This is the best first project. Here is a complete prompt you can use directly:

Please create a seventh-grade English vocabulary matching game with the following requirements:

Educational goal:
Help students memorize food-related English words
Target vocabulary: apple, banana, bread, milk, rice

Game mechanism:
Show 5 English words on the left and 5 Chinese meanings on the right in shuffled order
Students drag each English word to the corresponding Chinese meaning
Correct match: the word turns green (#4CAF50), shows a ✓, and is locked
Incorrect match: show a red (#F44336) ✗ for 1 second, then allow retry
After all matches are completed, show total time and number of attempts

Interface design:
Use a card-style design; each word is an independent card
Card size: 120px × 60px, border radius 8px
Background color: #F5F5F5 light gray
Font: 18px Microsoft YaHei
While dragging, show translucent effect (opacity: 0.7)

⚡ Level 2: Timed quiz game, finished in one hour

Increase difficulty by adding time pressure and a scoring system:

Create an eighth-grade math mental arithmetic challenge game:

Educational goals:
- Improve students' mental calculation speed and accuracy
- Cover addition, subtraction, multiplication, and division

Game mechanism:
- 60-second countdown shown at the top of the page; when under 10 seconds, use red warning style
- Difficulty progression:
  * Questions 1-5: one-digit addition and subtraction
  * Questions 6-10: two-digit addition and subtraction
  * Questions 11-15: multiplication within 10
  * Question 16 onward: mixed operations
- Correct answer gives 10 points; wrong answer shows the correct answer but does not deduct points
- Real-time display of current score and number of answered questions

Interface design:
- Main color: #2196F3 blue
- Countdown uses 48px large font, fixed at top
- Question area: white background, 24px font, centered
- Input box: 40px height, auto-focus
- Submit button: green (#4CAF50), can submit by click or Enter key

Ending screen:
- Show final score in extra-large font
- Show accuracy as a progress bar
- List all incorrect questions and correct answers
- Provide a “play again” button

🎭 Level 3: Story-based learning game, 2-3 hours

Add narrative elements so learning feels more immersive:

Create "Poetry Adventure" - a seventh-grade Chinese poetry learning game:

Game background:
- The player is a "poetry collector" who travels to ancient times to collect lost lines
- Three scenes: Chang'an market, Jiangnan water town, frontier pass
- Each scene corresponds to a different dynasty and poetic style

Game mechanism:
- Scene unlocking: completing 80% of one scene unlocks the next
- Each scene includes fill-in-the-blank questions from 4 poems, 12 poems total
- Question format: show the line, hide key words, provide 4 options
- Correct answer reward: gain a "poetry fragment" shown in the collection book
- Wrong answer penalty: lose one "inspiration star" out of 5; continuous correct answers can restore stars
- Special mechanism: collecting all lines in a scene earns a "scene scroll"

Interface design:
- Chang'an scene: gold theme (#FFC107), market-pattern background
- Jiangnan scene: cyan theme (#00BCD4), water ripple background
- Frontier scene: brown theme (#795548), desert-pattern background
- Progress display: top progress bar + poetry collection icon in the upper-right corner
- Scene switch: fade in and out over 1 second

Data display:
- Collection book: grid layout showing collected lines
- Achievement system: first completion, full collection, zero-error completion
- Statistics panel: total time, accuracy, hardest line

5. AI Debug: let AI become your technical consultant 🔧

🎯 Core idea: when there is a problem, ask AI first

When the game has a problem, do not try to solve the technical issue yourself first. Describe the problem to AI. Once you master this skill, you can solve 99% of technical problems.

📝 Debug conversation template

When you hit a problem, talk to AI like this:

"The game I just generated has a problem:
1. Expected effect: [describe what you wanted]
2. Actual situation: [describe the current problem]
3. Please modify the code to solve this problem"

🔍 Common issues and example AI messages

Issue type	Problem	What to tell AI
Display issue	Chinese characters show as garbled text	“Chinese is showing as garbled text. Please check and revise the code.”
Interaction issue	Drag-and-drop does not work	“The elements cannot be dragged. Please check and fix the drag-related code.”
Logic issue	Score calculation is wrong	“The score calculation is wrong. Correct answers show 20 points but should be 10. Please fix it.”
Style issue	Button is too small	“The button is too small and hard to tap. Please change it to height 50px and width 150px.”
Response issue	Clicking does nothing	“Clicking the submit button has no response. Please add a click event handler.”

💡 Golden rules of debugging

Be specific: do not say “it does not work”; say “nothing appears after clicking.”
Provide context: tell AI your browser and operating system.
Iterate: if the first fix does not work, describe what remains.
Save versions: before major changes, save the current working version.

6. GitHub Pages deployment: set up once, use permanently 🚀

📊 Why GitHub Pages

Advantage	Description
Free forever	No cost and no ads
Stable and reliable	GitHub servers with global access
Version control	Automatically saves historical versions
Professional appearance	Independent URL that looks formal
Easy sharing	One link that all students can open

🔄 Setup process, only once

Step 1: Register a GitHub account at github.com, free.

Step 2: Create a repository.

Click “New”
Repository name: my-edu-games, or any name you like
Choose “Public”
Click “Create repository”

Step 3: Upload the game file.

Click “uploading an existing file”
Drag in your game.html file
Click “Commit changes”

Step 4: Enable GitHub Pages.

Go to Settings → Pages
Source: “Deploy from a branch”
Branch: “main”
Click “Save”

Step 5: Get the game link.

Wait 2-3 minutes
Your game link: https://[your-username].github.io/my-edu-games/game.html
Send this link to students

🔄 Future updates, very simple

When you want to update a game or add a new one:

Open your repository
Drag and upload the new file
Click “Commit changes”
Wait about one minute for the update

7. Design philosophy: what makes a good educational game? 💭

🎯 Clear goals, not flashiness

Many teachers’ first instinct is to make the game “cool,” adding effects and animations. But remember: the core of an educational game is education, not game spectacle. A simple vocabulary exercise with a clear goal is often more effective than a flashy game with vague learning purpose.

⚡ Immediate and specific feedback

A good educational game lets students know their progress at every moment. Not just “right” or “wrong,” but “you remembered 4 out of 5 words; try ‘banana’ again.” Specific feedback truly supports learning.

📈 Moderate and progressive difficulty

Too easy is boring; too hard is frustrating. The ideal design lets students learn at the edge of their comfort zone. Start easier to build confidence, then gradually increase challenge. This is why prompts should explicitly describe difficulty progression rules.

Closing: from tool use to educational innovation ✨

Vibe Coding is not a magical technology. Its essence is combining teachers’ educational experience with AI’s technical ability. When you begin thinking “what kind of learning experience do students need” rather than “what technology do I need,” you have already grasped the core of Vibe Coding.

One final practical suggestion: choose one concept you will teach next week and spend 30 minutes making a simple matching or multiple-choice game. Do not chase perfection. Make it usable first. Try it in class, observe student reactions, then improve it. Three weeks later, you may find that you can design educational games with confidence.

Remember, the best educational game is not the one with the most advanced technology. It is the one that understands students best. And the person who understands students best is always the teacher standing in the classroom. Vibe Coding only gives you a new possibility. The real magic is in your educational wisdom.

💡 Golden prompt: if you run into any problem, remember this sentence: “I want [specific effect], but now [specific problem]. Please help me modify it.” Tell AI this, and most problems can be solved.