About Me
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
Performance Optimization in Figma

Performance Optimization in Figma

Key Concepts

File Size Management

File Size Management involves reducing the size of Figma files to improve load times. This can be achieved by removing unused layers, components, and assets. Smaller files load faster and are easier to manage.

Think of file size management as decluttering a room. Removing unnecessary items (unused layers) makes the room (file) lighter and easier to navigate.

Layer Organization

Layer Organization involves structuring layers efficiently to enhance performance. This includes grouping related layers, naming layers clearly, and using nested groups. Well-organized layers improve performance and make the design easier to navigate.

Consider layer organization as arranging books on a shelf. Each book (layer) is placed in a specific section (group) based on its category, making it easier to find and manage.

Component Usage

Component Usage involves leveraging components to reduce redundancy and improve efficiency. Components are reusable elements that can be updated in one place and automatically applied across the design. This reduces the number of layers and improves performance.

Think of components as LEGO blocks. Each block (component) can be used multiple times, and updating one block (component) updates all instances, making the design more efficient.

Vector Optimization

Vector Optimization involves simplifying vector paths to improve rendering speed. This includes reducing the number of anchor points and using simpler shapes. Optimized vectors render faster and are easier to manage.

Consider vector optimization as simplifying a drawing. Removing unnecessary details (anchor points) makes the drawing (vector) lighter and easier to render.

Image Optimization

Image Optimization involves compressing images to reduce file size without compromising quality. This includes using appropriate file formats (PNG, JPEG) and adjusting compression settings. Optimized images improve performance and reduce file size.

Think of image optimization as packing a suitcase. You remove unnecessary items (uncompressed data) to make the suitcase (image) lighter and easier to carry.

Smart Selection

Smart Selection tools help manage layers more effectively by selecting similar layers or groups. This reduces the time spent manually selecting and managing layers, improving overall performance.

Consider smart selection as a magic wand. It selects all similar items (layers) with a single click, making layer management faster and more efficient.

Auto Layout

Auto Layout creates responsive designs that are easier to manage. It automatically adjusts the size and position of elements based on content and constraints. This reduces the need for manual adjustments and improves performance.

Think of Auto Layout as a self-organizing LEGO structure. It adjusts itself (elements) based on the available space, making the design more flexible and easier to manage.

Plugin Management

Plugin Management involves optimizing the use of plugins to avoid performance bottlenecks. This includes disabling unused plugins and using lightweight alternatives. Well-managed plugins improve performance and reduce load times.

Consider plugin management as managing a toolbox. You only keep the tools (plugins) you need, making the toolbox (Figma) lighter and easier to use.

Regular Maintenance

Regular Maintenance involves periodically reviewing and optimizing files to maintain performance. This includes removing unused layers, updating components, and optimizing images. Regular maintenance ensures that files remain performant over time.

Think of regular maintenance as cleaning a house. You periodically remove clutter (unused layers) and organize items (components), keeping the house (file) clean and efficient.

© 2024 Ahmed Baheeg Khorshid. All rights reserved.