GitHub Copilot Prompt for Creating an Interactive Tutorial
GitHub Copilot has become an essential assistant for developers looking to create engaging learning experiences. When it comes to designing an interactive tutorial, Copilot excels at generating structured educational components: practical exercises with real-time validation, integrated quizzes, embedded code editors, and step-by-step progression systems. By formulating a precise prompt, you can obtain a complete tutorial architecture including navigation between sections, persistence of learner progress, and instant feedback mechanisms. Whether you are developing a tutorial to teach a programming language, a JavaScript library, or a complex technical concept, GitHub Copilot allows you to go from idea to functional prototype in minutes. The main challenge lies in the quality of the prompt: a too vague prompt will produce a simple static document, while a well-structured prompt will generate a true interactive learning environment with auto-corrected exercises, progressive hints, and an adaptive path. Discover how to fully leverage Copilot to transform your educational content into immersive experiences.
Paste in your AI
Paste this prompt in ChatGPT, Claude or Gemini and customize the variables in brackets.
Create a comprehensive interactive tutorial to teach [TOPIC] to [LEVEL: beginners/intermediate/advanced]. The tutorial must include: 1) A homepage with learning objectives and prerequisites. 2) A step-by-step navigation system (stepper) with visual progress. 3) For each step: a concise theoretical explanation, a commented code example, a practical exercise with an integrated code editor and a 'Check my answer' button that validates the solution. 4) A progressive hint system (3 levels of help) for each exercise. 5) A recap quiz at the end of each section with displayed score. 6) Saving progress in localStorage. 7) A final dashboard showing results by section. Use React with TypeScript, Tailwind CSS for styling, and Monaco Editor for editable code blocks. Implement client-side exercise validation with integrated unit tests. Add transition animations between steps and contextual encouragement messages.
Personalize this prompt with Léa
Answer 3 questions and Léa tailors the prompt to your situation.
Why this prompt works
This prompt works because it breaks down the interactive tutorial into precise functional components that Copilot can generate independently and then assemble. The specification of technologies (React, TypeScript, Monaco Editor) eliminates technical ambiguity and guides Copilot toward proven code patterns. Finally, the explicit mention of interactivity mechanisms (validation, hints, progression) forces the generation of a true educational experience rather than a simple static document.
Use Cases
Variants
Expected Output
You will get a complete React application with a multi-step navigation system, interactive code editors allowing learners to test their solutions in real-time, and an automatic correction mechanism. The tutorial will include reusable components for quizzes, progressive hints, and progress tracking, all styled with Tailwind CSS and ready to be deployed.
Frequently Asked Questions
How does GitHub Copilot handle exercise validation in an interactive tutorial?
GitHub Copilot generates validation functions that compare the learner's code output with the expected result. It can create simple unit tests (string comparison, checking return values) or more sophisticated validations using AST parsers to verify the code structure. For the best results, specify the type of validation you want in your prompt: exact comparison, regex, or execution with a test suite. Copilot can also generate contextual, educational error messages that guide the learner toward the solution.
Can you create a multilingual interactive tutorial with GitHub Copilot?
Yes, by including a mention of an internationalization (i18n) system in your prompt. Ask Copilot to structure all text in separate translation files (JSON or using next-intl for Next.js) and create a language selector. Copilot will generate the complete i18n architecture with translation files for each specified language. Specify the target languages in your prompt to get direct translations of the educational content.
How can I optimize the generated tutorial for mobile accessibility?
Add specific instructions for responsive design in your prompt: single-column layout on mobile, a code editor with an adapted font size and horizontal scrolling, buttons large enough for touch (minimum 44x44px), and swipe navigation between steps. If you use Tailwind CSS, Copilot will automatically apply responsive breakpoints. Also consider requesting an alternative to Monaco Editor on mobile (like a simple textarea with syntax highlighting via Prism.js), as Monaco can be heavy on low-resource devices.
Learn more
Check the full skill on Prompt Guide to master this technique from A to Z.
View on Prompt Guide📬 Get new prompts every week
Join our newsletter and never miss a prompt.
Similar Prompts
Engineer a Blended Learning Program
Designs a complete blended learning program with pedagogical architecture, communication plan, and logistics.
Create Personalized Interactive Quizzes with AI
Generates complete interactive quizzes with MCQ, true/false, open-ended questions, detailed answer keys and interpretation rubric, adapted to your students' level.
Analyze a Historical Document in Depth with AI
A structured prompt to guide methodical analysis of a historical document: presentation, context, content, critique, significance and reflection questions.
Gemini Prompt for Creating a Course Plan
Creating a structured and pedagogically consistent course plan takes time, a clear vision of learning objectives, and a good knowledge of teaching methods. Gemini, Google's artificial intelligence model, excels at generating educational content thanks to its ability to organize information hierarchically and adapt complexity to the target audience. Whether you are an elementary school teacher, a university professor, or a corporate trainer, using Gemini to design your course plans saves hours of preparation while ensuring a rigorous structure aligned with pedagogical standards. AI can incorporate SMART objectives, differentiated activities, varied assessment methods, and even supplementary resources tailored to your discipline. In this guide, you will find optimized prompts for Gemini that will help you generate comprehensive, modifiable course plans ready for immediate use in the classroom or training.