Figma for Design Systems
1 Introduction to Design Systems
1-1 Definition and Purpose of Design Systems
1-2 Benefits of Using Design Systems
1-3 Overview of Design System Components
1-4 Role of Figma in Building Design Systems
2 Setting Up Your Figma Environment
2-1 Creating a New Figma Project
2-2 Organizing Files and Folders
2-3 Understanding Figma Workspaces
2-4 Collaborating with Team Members
3 Building a Design System in Figma
3-1 Creating a Design System File
3-2 Establishing a Design System Framework
3-3 Defining Brand Colors and Typography
3-4 Designing Icons and Illustrations
3-5 Creating Reusable Components
4 Managing Design Tokens
4-1 Introduction to Design Tokens
4-2 Creating and Organizing Design Tokens
4-3 Syncing Design Tokens Across Projects
4-4 Exporting Design Tokens for Development
5 Creating and Managing Components
5-1 Introduction to Figma Components
5-2 Creating Atomic Components
5-3 Building Molecules and Organisms
5-4 Managing Component Variants
5-5 Updating Components Across Projects
6 Designing Responsive Layouts
6-1 Introduction to Responsive Design
6-2 Creating Flexible Grid Systems
6-3 Designing for Multiple Screen Sizes
6-4 Testing Responsiveness in Figma
7 Prototyping and Interaction Design
7-1 Introduction to Prototyping in Figma
7-2 Creating Interactive Components
7-3 Linking Components for User Flows
7-4 Testing and Iterating Prototypes
8 Documentation and Handoff
8-1 Creating Design System Documentation
8-2 Using Figma for Handoff to Developers
8-3 Generating Code Snippets
8-4 Reviewing and Updating Documentation
9 Best Practices and Tips
9-1 Maintaining Consistency in Design Systems
9-2 Version Control and Collaboration Tips
9-3 Performance Optimization in Figma
9-4 Future Trends in Design Systems
10 Final Project and Certification
10-1 Building a Complete Design System in Figma
10-2 Presenting Your Design System
10-3 Review and Feedback Process
10-4 Certification Requirements and Process
Managing Component Variants in Figma

Managing Component Variants in Figma

Key Concepts

Component Variants

Component Variants represent different states or variations of a master component. For example, a button component might have variants for different sizes (small, medium, large) and states (default, hover, pressed). Each variant retains a connection to the master component, allowing for updates to be propagated across all variants.

Think of component variants as different outfits for the same character. Each outfit (variant) has its own unique style, but they all share the same basic character (master component).

Variant Groups

Variant Groups help organize variants into logical categories. For instance, you might group button variants by size (small, medium, large) and state (default, hover, pressed). This organization makes it easier to manage and apply variants within your design system.

Consider variant groups as drawers in a wardrobe. Each drawer contains outfits (variants) of a similar type, making it easy to find and select the right outfit for any occasion.

Overrides

Overrides allow you to customize specific properties of a variant without affecting the master component. For example, you can override the text color of a button variant to match a specific design requirement. This flexibility ensures that your design system remains adaptable while maintaining consistency.

Think of overrides as accessories that you can add to an outfit (variant) to customize it for a specific event. The accessories change the look without altering the basic outfit (master component).

Dynamic Switching

Dynamic Switching enables you to easily switch between different variants within your design. This feature is particularly useful for prototyping and testing different states or variations of a component. For example, you can quickly switch between a default button and a hover state button to see how they interact.

Consider dynamic switching as changing outfits on a mannequin. You can easily swap between different outfits (variants) to see how they look and function in different scenarios.

Consistency

Consistency is crucial when managing component variants. All variants should maintain a consistent design language to ensure a cohesive user experience. This includes consistent typography, color schemes, and spacing across all variants.

Think of consistency as maintaining a uniform theme across all outfits (variants). Each outfit might have different styles, but they all adhere to the same overall theme, ensuring a cohesive look.

Examples and Analogies

Imagine you are designing a website with multiple buttons. You create a master button component with default styles. Then, you create variants for different sizes (small, medium, large) and states (default, hover, pressed). Each variant can have its own unique properties, but they all share the same basic button design.

Another analogy is a clothing brand that designs a basic t-shirt. The master component is the basic t-shirt design. Variants of this t-shirt can be customized with different colors, logos, and sizes, but they all retain the same basic t-shirt structure. Overrides allow for these customizations without altering the original t-shirt design.