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Figma Current 2026 workflows • Chapter 54

Code Layers and Advanced Canvas

Every topic includes a plain-language explanation, exact steps, 10 practical examples, a hands-on example, expected output, common mistake, and practice task.

5 topics50 examples5 hands-on tasks10 Q&A
Practical course

54.1 Code Layer Concepts

Code Layer Concepts is a practical Figma skill used to move from rough structure toward a consistent, testable, developer-ready interface. The goal is to understand both the tool action and the design decision behind it.

Step by step

  1. Define the design purpose of Code Layer Concepts.
  2. Create the smallest useful frame, component, token, prototype, or document needed for the task.
  3. Apply consistent naming and structure so another designer can understand the file.
  4. Test the result in the relevant frame size, interaction state, mode, or prototype.
  5. Document the important decision so developers or teammates know how it should behave.

10 practical examples

  1. Apply Code Layer Concepts to a course website and explain the decision you made.
  2. Apply Code Layer Concepts to a online store and explain the decision you made.
  3. Apply Code Layer Concepts to a banking app and explain the decision you made.
  4. Apply Code Layer Concepts to a school portal and explain the decision you made.
  5. Apply Code Layer Concepts to a clinic booking system and explain the decision you made.
  6. Apply Code Layer Concepts to a dashboard and explain the decision you made.
  7. Apply Code Layer Concepts to a restaurant site and explain the decision you made.
  8. Apply Code Layer Concepts to a mobile app and explain the decision you made.
  9. Apply Code Layer Concepts to a creator site and explain the decision you made.
  10. Apply Code Layer Concepts to a business landing page and explain the decision you made.

Hands-on example

FIGMA PRACTICE
1. Create a frame named: Code Layer Concepts
2. Apply a clear layer/component naming system.
3. Build one default state and one alternate state.
4. Test at mobile and desktop sizes when relevant.
5. Add an annotation explaining the design decision.

Expected output

A clean Figma artifact demonstrating Code Layer Concepts, organized well enough for another designer or developer to inspect and understand.

Common mistake: Using Code Layer Concepts visually without consistent naming, reusable structure, realistic content, states, or developer handoff information.

Practice exercise

Create a fresh example for Code Layer Concepts using a different product, screen, component, or content set. Explain what changed and why.

54.2 Interactive Visuals

Interactive Visuals is a practical Figma skill used to move from rough structure toward a consistent, testable, developer-ready interface. The goal is to understand both the tool action and the design decision behind it.

Step by step

  1. Define the design purpose of Interactive Visuals.
  2. Create the smallest useful frame, component, token, prototype, or document needed for the task.
  3. Apply consistent naming and structure so another designer can understand the file.
  4. Test the result in the relevant frame size, interaction state, mode, or prototype.
  5. Document the important decision so developers or teammates know how it should behave.

10 practical examples

  1. Apply Interactive Visuals to a course website and explain the decision you made.
  2. Apply Interactive Visuals to a online store and explain the decision you made.
  3. Apply Interactive Visuals to a banking app and explain the decision you made.
  4. Apply Interactive Visuals to a school portal and explain the decision you made.
  5. Apply Interactive Visuals to a clinic booking system and explain the decision you made.
  6. Apply Interactive Visuals to a dashboard and explain the decision you made.
  7. Apply Interactive Visuals to a restaurant site and explain the decision you made.
  8. Apply Interactive Visuals to a mobile app and explain the decision you made.
  9. Apply Interactive Visuals to a creator site and explain the decision you made.
  10. Apply Interactive Visuals to a business landing page and explain the decision you made.

Hands-on example

FIGMA PRACTICE
1. Create a frame named: Interactive Visuals
2. Apply a clear layer/component naming system.
3. Build one default state and one alternate state.
4. Test at mobile and desktop sizes when relevant.
5. Add an annotation explaining the design decision.

Expected output

A clean Figma artifact demonstrating Interactive Visuals, organized well enough for another designer or developer to inspect and understand.

Common mistake: Using Interactive Visuals visually without consistent naming, reusable structure, realistic content, states, or developer handoff information.

Practice exercise

Create a fresh example for Interactive Visuals using a different product, screen, component, or content set. Explain what changed and why.

54.3 Shaders Concepts

Shaders Concepts is a practical Figma skill used to move from rough structure toward a consistent, testable, developer-ready interface. The goal is to understand both the tool action and the design decision behind it.

Step by step

  1. Define the design purpose of Shaders Concepts.
  2. Create the smallest useful frame, component, token, prototype, or document needed for the task.
  3. Apply consistent naming and structure so another designer can understand the file.
  4. Test the result in the relevant frame size, interaction state, mode, or prototype.
  5. Document the important decision so developers or teammates know how it should behave.

10 practical examples

  1. Apply Shaders Concepts to a course website and explain the decision you made.
  2. Apply Shaders Concepts to a online store and explain the decision you made.
  3. Apply Shaders Concepts to a banking app and explain the decision you made.
  4. Apply Shaders Concepts to a school portal and explain the decision you made.
  5. Apply Shaders Concepts to a clinic booking system and explain the decision you made.
  6. Apply Shaders Concepts to a dashboard and explain the decision you made.
  7. Apply Shaders Concepts to a restaurant site and explain the decision you made.
  8. Apply Shaders Concepts to a mobile app and explain the decision you made.
  9. Apply Shaders Concepts to a creator site and explain the decision you made.
  10. Apply Shaders Concepts to a business landing page and explain the decision you made.

Hands-on example

FIGMA PRACTICE
1. Create a frame named: Shaders Concepts
2. Apply a clear layer/component naming system.
3. Build one default state and one alternate state.
4. Test at mobile and desktop sizes when relevant.
5. Add an annotation explaining the design decision.

Expected output

A clean Figma artifact demonstrating Shaders Concepts, organized well enough for another designer or developer to inspect and understand.

Common mistake: Using Shaders Concepts visually without consistent naming, reusable structure, realistic content, states, or developer handoff information.

Practice exercise

Create a fresh example for Shaders Concepts using a different product, screen, component, or content set. Explain what changed and why.

54.4 Generative Plugins

Generative Plugins is a practical Figma skill used to move from rough structure toward a consistent, testable, developer-ready interface. The goal is to understand both the tool action and the design decision behind it.

Step by step

  1. Define the design purpose of Generative Plugins.
  2. Create the smallest useful frame, component, token, prototype, or document needed for the task.
  3. Apply consistent naming and structure so another designer can understand the file.
  4. Test the result in the relevant frame size, interaction state, mode, or prototype.
  5. Document the important decision so developers or teammates know how it should behave.

10 practical examples

  1. Apply Generative Plugins to a course website and explain the decision you made.
  2. Apply Generative Plugins to a online store and explain the decision you made.
  3. Apply Generative Plugins to a banking app and explain the decision you made.
  4. Apply Generative Plugins to a school portal and explain the decision you made.
  5. Apply Generative Plugins to a clinic booking system and explain the decision you made.
  6. Apply Generative Plugins to a dashboard and explain the decision you made.
  7. Apply Generative Plugins to a restaurant site and explain the decision you made.
  8. Apply Generative Plugins to a mobile app and explain the decision you made.
  9. Apply Generative Plugins to a creator site and explain the decision you made.
  10. Apply Generative Plugins to a business landing page and explain the decision you made.

Hands-on example

FIGMA PRACTICE
1. Create a frame named: Generative Plugins
2. Apply a clear layer/component naming system.
3. Build one default state and one alternate state.
4. Test at mobile and desktop sizes when relevant.
5. Add an annotation explaining the design decision.

Expected output

A clean Figma artifact demonstrating Generative Plugins, organized well enough for another designer or developer to inspect and understand.

Common mistake: Using Generative Plugins visually without consistent naming, reusable structure, realistic content, states, or developer handoff information.

Practice exercise

Create a fresh example for Generative Plugins using a different product, screen, component, or content set. Explain what changed and why.

54.5 Use Cases

Use Cases is a practical Figma skill used to move from rough structure toward a consistent, testable, developer-ready interface. The goal is to understand both the tool action and the design decision behind it.

Step by step

  1. Define the design purpose of Use Cases.
  2. Create the smallest useful frame, component, token, prototype, or document needed for the task.
  3. Apply consistent naming and structure so another designer can understand the file.
  4. Test the result in the relevant frame size, interaction state, mode, or prototype.
  5. Document the important decision so developers or teammates know how it should behave.

10 practical examples

  1. Apply Use Cases to a course website and explain the decision you made.
  2. Apply Use Cases to a online store and explain the decision you made.
  3. Apply Use Cases to a banking app and explain the decision you made.
  4. Apply Use Cases to a school portal and explain the decision you made.
  5. Apply Use Cases to a clinic booking system and explain the decision you made.
  6. Apply Use Cases to a dashboard and explain the decision you made.
  7. Apply Use Cases to a restaurant site and explain the decision you made.
  8. Apply Use Cases to a mobile app and explain the decision you made.
  9. Apply Use Cases to a creator site and explain the decision you made.
  10. Apply Use Cases to a business landing page and explain the decision you made.

Hands-on example

FIGMA PRACTICE
1. Create a frame named: Use Cases
2. Apply a clear layer/component naming system.
3. Build one default state and one alternate state.
4. Test at mobile and desktop sizes when relevant.
5. Add an annotation explaining the design decision.

Expected output

A clean Figma artifact demonstrating Use Cases, organized well enough for another designer or developer to inspect and understand.

Common mistake: Using Use Cases visually without consistent naming, reusable structure, realistic content, states, or developer handoff information.

Practice exercise

Create a fresh example for Use Cases using a different product, screen, component, or content set. Explain what changed and why.

Chapter 54 review — 10 questions and answers

1. What is the main purpose of Code Layer Concepts?

Answer: Code Layer Concepts is a practical Figma skill used to move from rough structure toward a consistent, testable, developer-ready interface. The goal is to understand both the tool action and the design decision behind it.

2. What is a common mistake with Code Layer Concepts?

Answer: Using Code Layer Concepts visually without consistent naming, reusable structure, realistic content, states, or developer handoff information.

3. What is the main purpose of Interactive Visuals?

Answer: Interactive Visuals is a practical Figma skill used to move from rough structure toward a consistent, testable, developer-ready interface. The goal is to understand both the tool action and the design decision behind it.

4. What is a common mistake with Interactive Visuals?

Answer: Using Interactive Visuals visually without consistent naming, reusable structure, realistic content, states, or developer handoff information.

5. What is the main purpose of Shaders Concepts?

Answer: Shaders Concepts is a practical Figma skill used to move from rough structure toward a consistent, testable, developer-ready interface. The goal is to understand both the tool action and the design decision behind it.

6. What is a common mistake with Shaders Concepts?

Answer: Using Shaders Concepts visually without consistent naming, reusable structure, realistic content, states, or developer handoff information.

7. What is the main purpose of Generative Plugins?

Answer: Generative Plugins is a practical Figma skill used to move from rough structure toward a consistent, testable, developer-ready interface. The goal is to understand both the tool action and the design decision behind it.

8. What is a common mistake with Generative Plugins?

Answer: Using Generative Plugins visually without consistent naming, reusable structure, realistic content, states, or developer handoff information.

9. What is the main purpose of Use Cases?

Answer: Use Cases is a practical Figma skill used to move from rough structure toward a consistent, testable, developer-ready interface. The goal is to understand both the tool action and the design decision behind it.

10. What is a common mistake with Use Cases?

Answer: Using Use Cases visually without consistent naming, reusable structure, realistic content, states, or developer handoff information.