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
Creating Flexible Grid Systems

Creating Flexible Grid Systems

Key Concepts

Grid Layouts

Grid Layouts provide a structured framework for arranging elements on a webpage. They help in creating a consistent and organized design that is easy to navigate. A grid layout typically consists of columns and rows that intersect to form cells where content is placed.

Think of a grid layout as a chessboard. Each square on the board represents a cell in the grid, and the arrangement of pieces (content) follows a predefined pattern.

Columns and Rows

Columns and Rows are the basic units of a grid system. Columns run vertically, while rows run horizontally. Together, they create a matrix of cells that can hold various types of content. For example, a 12-column grid system divides the page into 12 equal-width columns, allowing for flexible content placement.

Imagine columns as the shelves in a library and rows as the aisles. Each book (content) is placed on a specific shelf and aisle, making it easy to find and organize.

Gutters

Gutters are the spaces between columns and rows that provide visual separation and improve readability. They prevent content from appearing too crowded and help in creating a balanced layout. Gutters can be fixed or flexible, depending on the design requirements.

Consider gutters as the walkways between shelves in a library. They ensure that each book is easily accessible and that the overall layout is visually appealing.

Responsive Design

Responsive Design ensures that the grid system adapts to different screen sizes and devices. This involves using flexible units like percentages instead of fixed units like pixels. Responsive grids allow content to reflow and resize gracefully, providing an optimal viewing experience on any device.

Think of responsive design as a flexible bookshelf that can expand or contract based on the number of books it needs to hold. This ensures that the books are always neatly organized, regardless of the shelf's size.

Alignment and Distribution

Alignment and Distribution refer to how elements are positioned within the grid. Alignment ensures that content is visually balanced, while distribution controls how space is allocated between elements. Common alignment options include left, right, center, and justified, while distribution options include equal spacing and custom spacing.

Consider alignment and distribution as arranging books on a shelf. You can align them to the left, right, or center, and distribute the space between them evenly or based on specific needs.

Grid Variants

Grid Variants are different grid configurations that can be used to meet various design needs. For example, a 12-column grid might be suitable for a complex layout, while a 4-column grid might be better for a simpler design. Grid variants allow designers to choose the most appropriate grid system for each project.

Think of grid variants as different types of bookshelves. Some shelves are designed to hold many small books (12-column grid), while others are better suited for a few large books (4-column grid). The choice depends on the type of content you need to organize.