Claude Design For Fast Prototypes

End-of-lesson check

15 questions · take it digitally for instant feedback at tendril.neural-forge.io/learn/quiz/end-claude-design-prototype-creators

1. What is the recommended first step when starting a new prototype using Claude Design?

   1. Write the complete code implementation first
   2. Select a color scheme for the interface
   3. Define what the user should be able to do when the feature is finished
   4. Choose which AI model to use for the project

2. What does 'write the smallest useful scope' mean when prototyping with Claude?

   1. Develop the fastest prototype even if it lacks features
   2. Create a focused feature that can be completed and tested in one iteration
   3. Use the minimum amount of code possible regardless of functionality
   4. Build only the cheapest version of the app

3. Why should you run a prototype as a user rather than as someone who admires the tool?

   1. To compare different prototyping tools against each other
   2. To demonstrate the tool's capabilities to stakeholders
   3. To discover real usability problems and ensure the feature actually works for end users
   4. To test how quickly the AI can generate code

4. Before sharing a prototype with others, which three things should you inspect?

   1. The diff (changes made), data access, and failure path
   2. The font choices, color palette, and layout spacing
   3. The project name, file size, and creation date
   4. The marketing copy, pricing, and competitors

5. What question about data should you answer before finalizing a prototype?

   1. What data looks most impressive in a demo?
   2. What data should the app or agent never expose?
   3. What data is the cheapest to store?
   4. What data do competitors collect?

6. What is the primary purpose of defining a rollback path during prototyping?

   1. To undo the entire project and start over
   2. To revert to an older version of the AI model
   3. To have a way to revert changes if the output is incorrect or causes problems
   4. To return the prototype to its original state for comparison

7. In the context of prototype quality, what does 'observable' mean?

   1. The system allows monitoring and understanding of what is happening during use
   2. The prototype includes detailed comments explaining the code
   3. The user interface displays real-time analytics
   4. The prototype can be watched like a video

8. When should you define what test proves the change works?

   1. Only when users report bugs
   2. During the documentation phase
   3. After the prototype is fully built and tested
   4. During planning, before implementation begins

9. What is an 'artifact' in the Claude Design workflow?

   1. A database schema for the application
   2. A file containing the final production code
   3. An interactive prototype or screen created during the design phase before coding
   4. A report documenting all design decisions

10. Why is inspecting the 'diff' important before sharing a prototype?

    1. To count the total number of lines changed
    2. To review exactly what changes were made and ensure they are appropriate
    3. To measure how long the development took
    4. To verify the file was saved correctly

11. What question should guide the scope of your prototype?

    1. What should the user be able to do when this is finished?
    2. Which AI tool should I use for this project?
    3. How many features can I include in this release?
    4. How fast can I complete this prototype?

12. What does it mean for a prototype to be 'reversible'?

    1. There is a clear way to undo or roll back changes if needed
    2. The prototype can be played in reverse like media
    3. The design is symmetrical and balanced
    4. The code runs both forwards and backwards

13. Why is it important to consider failure paths when designing a prototype?

    1. To test how creative the AI can be with failure scenarios
    2. To add more error messages for users to see
    3. To make the prototype more complex and impressive
    4. To understand how the system handles errors and what happens when things go wrong

14. What does it mean for a prototype to be 'safe enough for another person to use'?

    1. The prototype works on any device or browser
    2. The prototype has appropriate security, error handling, and safeguards for real use
    3. The prototype includes terms of service
    4. The prototype is free to use without restrictions

15. The lesson notes that product naming and features can shift. What should you do before relying on specific UI or plan details?

    1. Assume the information in the lesson remains accurate forever
    2. Use only features that existed when the lesson was written
    3. Verify the current documentation to confirm exact UI elements and plan limits
    4. Avoid using the tool since details change