Technology
Remote Talk: Design Systems Mastery: From Patterns & Principles to Product Excellence - Shambhavi S.
Added by Humza Hasan
What You'll Learn
- How to identify and extract UI patterns beyond basic UI elements to create more reusable components.
- The importance of considering accessibility, interactions, and visual design when building a design system.
- Strategies for architecting components to facilitate product growth and scalability, especially for small and medium businesses.
Video Breakdown
This video explores design systems mastery, focusing on how patterns and principles can be applied to build better components and ultimately improve product excellence. It covers a rebranding journey, the importance of UI patterns, and how to think beyond basic UI patterns to create more reusable and scalable components.
Key Topics
Design System Mastery
UI Patterns
Component Reusability
Accessibility Considerations
Theming Support
Software Principles
Video Index
Introduction to Design Systems
This module introduces the concept of design systems, their importance, and the agenda for the talk.
This module introduces the concept of design systems, their importance, and the agenda for the talk.
Talk Introduction
0:00 - 0:11
Brief introduction of the speaker and the topic of design systems mastery.
Speaker Introduction
Talk Overview
Design Systems Overview
0:11 - 0:37
Explanation of the talk's agenda, focusing on design systems, rebranding, and patterns & principles.
Agenda
Design System Introduction
Importance of Design Systems
0:37 - 1:07
Discussion on the increasing popularity of design systems and their benefits in achieving design consistency and reducing development effort.
Design Consistency
Reduced Effort
UI Solutions
Evolution and Rebranding Journey
This module details the evolution of the design system and the rebranding process, highlighting succ...
This module details the evolution of the design system and the rebranding process, highlighting successes and areas for improvement.
Initial Pattern Library
1:08 - 2:07
Explanation of the initial simple pattern library and its limitations in terms of reusability.
Pattern Library
Component Enhancement
Reusability
Component Library Enhancement
2:07 - 2:49
Improvement of components and the realization of the need for a shared design language.
Refined Components
Shared Language
UI Standards
Full-fledged Design System
2:49 - 4:16
Development of a full-fledged design system with detailed documentation and brand standards.
Detailed Documentation
Brand Standards
Visual Attributes
Rebranding Initiative
4:16 - 4:36
Introduction to the rebranding initiative from Sendinblue to Brevo and the role of the design system.
Rebranding
Company Name Change
Design System Support
Rebranding Successes and Challenges
This module discusses the successes of the rebranding process, including theming support and partial...
This module discusses the successes of the rebranding process, including theming support and partial rollbacks, as well as the challenges faced with the new marketing vertical.
Theming and Rollback
4:37 - 6:24
Successes of the rebranding, including theming support, partial rollbacks, and support for different themes.
Theming Support
Partial Rollback
Design Tokens
New Marketing Vertical
6:24 - 7:27
Introduction of a new marketing vertical and the need for components with a different look and feel.
Marketing Vertical
Component Styling
Cumbersome Code
Rethinking Component Development
7:27 - 8:01
Realization of the need to rethink component development to avoid redeveloping components for different verticals.
Component Redevelopment
Styling Differences
Pattern Consideration
Deep Dive into UI Patterns
This module explores the concept of UI patterns, including interaction patterns, visual design patte...
This module explores the concept of UI patterns, including interaction patterns, visual design patterns, and abstract roles, with examples and solutions.
Understanding UI Patterns
8:01 - 9:13
Definition of UI patterns and the challenges faced when scaling products with existing component solutions.
UI Patterns Definition
Scaling Challenges
Solution Reconsideration
Interaction Patterns
9:13 - 12:54
Detailed examples of interaction patterns using the button component, including touch events and accessibility considerations.
Button Example
Touch Events
Accessibility
Keyboard Navigation
Visual Design Patterns
12:54 - 17:08
Exploration of visual design patterns with examples of action menus, combo boxes, and date pickers, focusing on common features like auto-placement and animations.
Action Menu
Combo Box
Overlay Features
Animations
Keyboard Support
Abstract Roles and Collections
17:08 - 21:59
Discussion on abstract roles and collections, using examples of tabs, tree components, and data grids, focusing on common features like static/dynamic lists and focus management.
Abstract Roles
Collections
Static Lists
Dynamic Lists
Focus Management
Action-Based Patterns and Selection
21:59 - 25:30
Exploration of action-based patterns with a focus on selection, including single and multi-selection, and data model management.
Action Patterns
Selection
Multi-Selection
Data Model
Solutioning and Implementation
This module provides a solutioning approach for a combo box, emphasizing the separation of view and ...
This module provides a solutioning approach for a combo box, emphasizing the separation of view and behavior, and suggests implementation details using React features.
Combo Box Solutioning
25:30 - 27:59
Step-by-step solutioning of a combo box, extracting UI elements and behaviors into reusable patterns.
Combo Box
UI Elements
Behavior Extraction
Reusable Patterns
Component Approach
27:59 - 28:45
Overview of how to approach component development by breaking it down into view and behavior, and identifying common patterns.
Component Requirement
View and Behavior
Common Patterns
Specific Use Case
Implementation Details
28:45 - 29:53
Suggestions for implementation using React features like hooks and abstract components, emphasizing the importance of deriving patterns.
React Hooks
Abstract Components
Pattern Derivation
Architecture
Inferences and Summary
This module summarizes the key inferences from the talk, emphasizing the importance of questioning s...
This module summarizes the key inferences from the talk, emphasizing the importance of questioning solutions, designer-developer alignment, and the impact on product excellence.
Key Inferences
29:53 - 32:02
Summary of key inferences, including looking at components as patterns, questioning reusability, and designer-developer alignment.
Component Patterns
Reusability
Designer Alignment
Scalable Solutions
Importance for SMBs
32:02 - 32:46
Emphasis on the importance of a well-architected design system for small and medium businesses.
Smbs
Design System Importance
Strategic Solutioning
Impact on Product
32:46 - 33:41
Discussion on how a scalable and reusable design system impacts product development, robustness, and performance.
Product Impact
Scalability
Reusability
Performance
Leveraging Existing Libraries
33:41 - 35:08
Suggestions for leveraging existing libraries and looking for recurrences in various aspects of component development.
Existing Libraries
Recurrence
Separation of Concerns
Summary and Conclusion
35:08 - 38:24
Final summary connecting patterns, principles, and product excellence, emphasizing the importance of design and development alignment, and ensuring the design system facilitates product growth.
Patterns and Principles
Design Alignment
Product Growth
Thank You
Questions This Video Answers
What are UI patterns in the context of design systems?
UI patterns are recurring solutions for common challenges in user interface design. They represent reusable solutions that can be applied across different components and applications.
How can a design system help with rebranding?
A well-structured design system with theming support allows for quick and seamless rebranding by storing visual attributes as tokens that can be easily switched based on the desired theme.
Why is it important to consider accessibility when building components?
Considering accessibility ensures that components are usable by everyone, including those with disabilities, by supporting various input methods like keyboard navigation and screen readers.
What is the benefit of extracting common features into patterns?
Extracting common features into patterns avoids reimplementing the same functionalities across multiple components, leading to more reusable, scalable, and maintainable code.
How can small and medium businesses benefit from a well-architected design system?
A well-architected design system allows SMBs to develop products faster, reduce rewriting and reimplementing functionalities, and deliver robust and performant products.
What are some examples of advanced button handling?
Examples include handling touch events correctly on mobile devices (canceling active state on scroll), managing keyboard focus (preventing event repetition), and ensuring accessibility for screen readers.