MCQs on Building Design Systems | Figma Multiple Choice Questions
Figma is a powerful design tool widely used for UI/UX design and prototyping. This guide offers 30 MCQs on building design systems, covering key concepts like structuring systems, advanced component variants, and scaling best practices. Perfect for beginners and professionals, these Figma MCQ questions and answers will help sharpen your understanding.
1. Building Design Systems
- What is a design system in Figma?
a) A file for storing prototypes
b) A library of reusable design elements and rules
c) A plugin for importing images
d) A guide to coding practices - Why are design systems important?
a) To ensure consistent and scalable designs
b) To replace coding
c) To generate random styles
d) To eliminate the need for collaboration - Which Figma feature allows creating reusable elements for design systems?
a) Plugins
b) Frames
c) Components
d) Prototypes - What is an essential characteristic of a robust design system?
a) Complex structure
b) Inconsistency
c) Scalability and maintainability
d) Minimal collaboration - Which of these is not part of a design system?
a) Components
b) Spacing tokens
c) Typography rules
d) Backend code logic
2. Structuring Design Systems in Figma
- What is the best way to organize components in Figma?
a) Using separate files for each page
b) Grouping components by functionality and type
c) Avoiding categorization altogether
d) Combining all components in a single layer - What is a common practice for naming components in a design system?
a) Use random names
b) Follow a clear naming convention (e.g.,Button/Primary)
c) Only use numeric identifiers
d) Avoid naming components - What Figma feature helps to link multiple design files?
a) Libraries
b) Frames
c) Plugins
d) Templates - Which layer is considered essential for structuring a design system?
a) Background layers
b) Token layers
c) Component layers
d) Prototype layers - How can teams collaborate on a design system in Figma?
a) By exporting designs to PDF
b) Using version history and shared libraries
c) Working in isolated files only
d) Avoiding shared workspaces
3. Advanced Component Variants
- What are component variants in Figma?
a) Different sizes of text styles
b) Variations of the same component grouped together
c) Background images for prototypes
d) Plugins for creating unique designs - Which property is often used to define component variants?
a) Spacing
b) Dimensions
c) Boolean properties (e.g., On/Off)
d) File size - How are component variants accessed in Figma?
a) Through the Prototype tab
b) By switching properties in the Variants panel
c) Using third-party tools
d) They are not accessible in Figma - Which of the following best describes a use case for component variants?
a) Creating single-use designs
b) Representing different states of a button (e.g., active, hover)
c) Avoiding design consistency
d) Storing unused layers - What is the benefit of using advanced component variants?
a) Simplifies updates and reduces duplicate components
b) Increases file complexity
c) Removes the need for tokens
d) Prevents collaboration
4. Tokens for Colors, Spacing, and Typography
- What is a design token?
a) A method to store and reuse design values like colors and typography
b) A random variable in code
c) A plugin for exporting designs
d) A type of user feedback - Which of these is an example of a color token?
a)primaryBlue: #0055FF
b)width: 200px
c)font-weight: bold
d)hover: active - How are spacing tokens defined in a design system?
a) As arbitrary pixel values
b) Using consistent numerical scales (e.g., 4, 8, 16px)
c) Randomly assigned to components
d) By generating them dynamically - Typography tokens typically include:
a) Text colors only
b) Font size, weight, and line height
c) Prototype animations
d) Container dimensions - What is a primary advantage of tokens in a design system?
a) They automate animations
b) They ensure consistency across the system
c) They eliminate the need for version control
d) They are not reusable
5. Best Practices for Scaling and Maintaining Systems
- What is a key practice for maintaining a scalable design system?
a) Avoid documentation
b) Regularly review and update components
c) Keep all designs in a single file
d) Restrict access to the team - Which tool is essential for scaling design systems in Figma?
a) Figma plugins
b) Auto Layout and shared libraries
c) Video conferencing tools
d) Third-party code editors - What is the recommended approach for introducing new components?
a) Directly add them without team review
b) Test and document the component before inclusion
c) Create them without tokens
d) Skip prototype testing - How do shared libraries benefit design systems?
a) By enabling collaboration and resource sharing
b) By restricting updates to the system
c) By preventing cloud backups
d) By storing unused designs - What is a sign of a poorly maintained design system?
a) Consistent components
b) Outdated tokens and broken components
c) Clear naming conventions
d) Shared libraries - How often should design systems be audited?
a) Monthly or quarterly
b) Never
c) Annually only
d) After every project - Which feature in Figma helps maintain alignment and consistency?
a) Auto Layout
b) Frames
c) Export options
d) Layers - What is a challenge when scaling design systems?
a) Maintaining consistency across multiple teams
b) Avoiding collaboration
c) Limiting component variants
d) Using simple naming conventions - Which is a best practice for managing design updates?
a) Update components without testing
b) Communicate updates with the team and document changes
c) Store updates locally only
d) Avoid updating shared libraries - What helps to future-proof a design system?
a) Consistent documentation and regular updates
b) Eliminating collaboration tools
c) Using complex file structures
d) Avoiding new technologies
Answers
| QNo | Answer (Option with the text) |
|---|---|
| 1 | b) A library of reusable design elements and rules |
| 2 | a) To ensure consistent and scalable designs |
| 3 | c) Components |
| 4 | c) Scalability and maintainability |
| 5 | d) Backend code logic |
| 6 | b) Grouping components by functionality and type |
| 7 | b) Follow a clear naming convention (e.g., Button/Primary) |
| 8 | a) Libraries |
| 9 | c) Component layers |
| 10 | b) Using version history and shared libraries |
| 11 | b) Variations of the same component grouped together |
| 12 | c) Boolean properties (e.g., On/Off) |
| 13 | b) By switching properties in the Variants panel |
| 14 | b) Representing different states of a button (e.g., active, hover) |
| 15 | a) Simplifies updates and reduces duplicate components |
| 16 | a) A method to store and reuse design values like colors and typography |
| 17 | a) primaryBlue: #0055FF |
| 18 | b) Using consistent numerical scales (e.g., 4, 8, 16px) |
| 19 | b) Font size, weight, and line height |
| 20 | b) They ensure consistency across the system |
| 21 | b) Regularly review and update components |
| 22 | b) Auto Layout and shared libraries |
| 23 | b) Test and document the component before inclusion |
| 24 | a) By enabling collaboration and resource sharing |
| 25 | b) Outdated tokens and broken components |
| 26 | a) Monthly or quarterly |
| 27 | a) Auto Layout |
| 28 | a) Maintaining consistency across multiple teams |
| 29 | b) Communicate updates with the team and document changes |
| 30 | a) Consistent documentation and regular updates |