UI Case Study showcasing the Architecture behind a Design System using Master and Child Components and Atomic Design Principles.

UI Case Study showcasing the Architecture behind a Design System using Master and Child Components and Atomic Design Principles.

UI Case Study showcasing the Architecture behind a Design System using Master and Child Components and Atomic Design Principles.

UI Case Study showcasing the Architecture behind a Design System using Master and Child Components and Atomic Design Principles.

UI Case Study showcasing the Architecture behind a Design System using Master and Child Components and Atomic Design Principles.

Component Library
&
UI Kit

Component Library
&
UI Kit

Component Library & UI Kit

Component Library & UI Kit

Component Library & UI Kit

Goals

Goals

Goals

Goals

Goals

This is a UI Case study on the development of a custom Design System for the client T&T. A Design System includes UI kits, Component Libraries, Styleguides, and Pattern libraries. Featuring the “Slider Master Component”, to showcase how a optimised design, QA and Dev process looks like.

This is a UI Case study on the development of a custom Design System for the client T&T. A Design System includes UI kits, Component Libraries, Styleguides, and Pattern libraries. Featuring the “Slider Master Component”, to showcase how a optimised design, QA and Dev process looks like.

This is a UI Case study on the development of a custom Design System for the client T&T. A Design System includes UI kits, Component Libraries, Styleguides, and Pattern libraries. Featuring the “Slider Master Component”, to showcase how a optimised design, QA and Dev process looks like.

This is a UI Case study on the development of a custom Design System for the client T&T. A Design System includes UI kits, Component Libraries, Styleguides, and Pattern libraries. Featuring the “Slider Master Component”, to showcase how a optimised design, QA and Dev process looks like.

This is a UI Case study on the development of a custom Design System for the client T&T. A Design System includes UI kits, Component Libraries, Styleguides, and Pattern libraries. Featuring the “Slider Master Component”, to showcase how a optimised design, QA and Dev process looks like.

I've crafted this piece to visually articulate the significance of intentional UI Architecture when creating a digital product aiming to scale. In an era increasingly valuing automation, AI and UX, the nuanced role of a UI/UX designer in crafting a Design System is getting obscured.

I've crafted this piece to visually articulate the significance of intentional UI Architecture when creating a digital product aiming to scale. In an era increasingly valuing automation, AI and UX, the nuanced role of a UI/UX designer in crafting a Design System is getting obscured.

I've crafted this piece to visually articulate the significance of intentional UI Architecture when creating a digital product aiming to scale. In an era increasingly valuing automation, AI and UX, the nuanced role of a UI/UX designer in crafting a Design System is getting obscured.

I've crafted this piece to visually articulate the significance of intentional UI Architecture when creating a digital product aiming to scale. In an era increasingly valuing automation, AI and UX, the nuanced role of a UI/UX designer in crafting a Design System is getting obscured.

I've crafted this piece to visually articulate the significance of intentional UI Architecture when creating a digital product aiming to scale. In an era increasingly valuing automation, AI and UX, the nuanced role of a UI/UX designer in crafting a Design System is getting obscured.

I created this architecture through a decade of experience creating design guides for every single client I worked with. Refined by working with various methodologies, teams, and companies, it's my gift to you to showcase the tangible value a dedicated designer with deep knowledge of design systems can bring to your product.

I created this architecture through a decade of experience creating design guides for every single client I worked with. Refined by working with various methodologies, teams, and companies, it's my gift to you to showcase the tangible value a dedicated designer with deep knowledge of design systems can bring to your product.

I created this architecture through a decade of experience creating design guides for every single client I worked with. Refined by working with various methodologies, teams, and companies, it's my gift to you to showcase the tangible value a dedicated designer with deep knowledge of design systems can bring to your product.

I created this architecture through a decade of experience creating design guides for every single client I worked with. Refined by working with various methodologies, teams, and companies, it's my gift to you to showcase the tangible value a dedicated designer with deep knowledge of design systems can bring to your product.

I created this architecture through a decade of experience creating design guides for every single client I worked with. Refined by working with various methodologies, teams, and companies, it's my gift to you to showcase the tangible value a dedicated designer with deep knowledge of design systems can bring to your product.

Refactoring child components into a Global Master Component able to cascade one single QA to all children and dependencies on Figma and on tools such as StoryBook, using modular and atomic design principles.

Refactoring child components into a Global Master Component able to cascade one single QA to all children and dependencies on Figma and on tools such as StoryBook, using modular and atomic design principles.

Refactoring child components into a Global Master Component able to cascade one single QA to all children and dependencies on Figma and on tools such as StoryBook, using modular and atomic design principles.

Refactoring child components into a Global Master Component able to cascade one single QA to all children and dependencies on Figma and on tools such as StoryBook, using modular and atomic design principles.

Refactoring child components into a Global Master Component able to cascade one single QA to all children and dependencies on Figma and on tools such as StoryBook, using modular and atomic design principles.

- UI Architecture
- Design System
- Design refactoring
- QA

- UI Architecture
- Design System
- Design refactoring
- QA

- UI Architecture
- Design System
- Design refactoring
- QA

- UI Architecture
- Design System
- Design refactoring
- QAl

- UI Architecture
- Design System
- Design refactoring
- QA

This UI Case Study is part of the development of a custom Design System for the client Turner & Townsend, during the development of 4 responsive dashboards.

This UI Case Study is part of the development of a custom Design System for the client Turner & Townsend, during the development of 4 responsive dashboards.

This UI Case Study is part of the development of a custom Design System for the client Turner & Townsend, during the development of 4 responsive dashboards.

This UI Case Study is part of the development of a custom Design System for the client Turner & Townsend, during the development of 4 responsive dashboards.

This UI Case Study is part of the development of a custom Design System for the client Turner & Townsend, during the development of 4 responsive dashboards.

Component Anatomy

Component Anatomy

Component Anatomy

Component Anatomy

Component Anatomy

Having sections with nested symbols creates many combinations, resulting in consistency, flexibility and scalability at an early stage

Having sections with nested symbols creates many combinations, resulting in consistency, flexibility and scalability at an early stage

Having sections with nested symbols creates many combinations, resulting in consistency, flexibility and scalability at an early stage

Having sections with nested symbols creates many combinations, resulting in consistency, flexibility and scalability at an early stage

Having sections with nested symbols creates many combinations, resulting in consistency, flexibility and scalability at an early stage

Source of all truth

Source of all truth

Source of all truth

Source of all truth

Source of all truth

A Master Component serves as a source of truth to Developers and Designers. A developer codes components based on signed-off master components. Since all live components are replicas of that, poor pixel perfection is no issue.

A Master Component serves as a source of truth to Developers and Designers. A developer codes components based on signed-off master components. Since all live components are replicas of that, poor pixel perfection is no issue.

Having Sections with Nested Symbols creates many combinations, resulting in consistency, flexibility and scalability for any project at an early stage

Having Sections with Nested Symbols creates many combinations, resulting in consistency, flexibility and scalability for any project at an early stage

Having Sections with Nested Symbols creates many combinations, resulting in consistency, flexibility and scalability for any project at an early stage

A master symbol contains nested. symbols. Instances of the master can be created and changes can be applied across all files with a click. 

Example of an instance: Elevation: 04/00, Shape: 4px corners, Color: Cyan, Tint: 0%, Shade: 0%, State: Disabled

A master symbol contains nested. symbols. Instances of the master can be created and changes can be applied across all files with a click. 

Example of an instance: Elevation: 04/00, Shape: 4px corners, Color: Cyan, Tint: 0%, Shade: 0%, State: Disabled

Every cell is a symbol, characters cells align to the left, values to the right each can have 1 or 2 lines. Every cell has nested symbols, backgrounds, dividers and icons to create cell states.

Every cell is a symbol, characters cells align to the left, values to the right each can have 1 or 2 lines. Every cell has nested symbols, backgrounds, dividers and icons to create cell states.

Every cell is a symbol, characters cells align to the left, values to the right each can have 1 or 2 lines. Every cell has nested symbols, backgrounds, dividers and icons to create cell states.

Forms & Tables

Forms & Tables

Forms & Tables

Forms & Tables

Forms & Tables

Every cell is a symbol, characters cells align to the left, values to the right each can have 1 or 2 lines. Every cell has nested symbols, backgrounds, dividers and icons to create cell states.

Tables can be dense to pack lots of data or standard, they have a defined structure: Header, content and footer cells. 

Every cell is a symbol, characters cells align to the left, values to the right each can have 1 or 2 lines. Every cell has nested symbols, backgrounds, dividers and icons to create cell states.

Tables can be dense to pack lots of data or standard, they have a defined structure: Header, content and footer cells. 

This App assists Cost and Risk Managers track the cost evolution of a project, such as the construction of The Shard.
The goal is to assure the project is accurately managed.

Every cell is a symbol, characters cells align to the left and values to the right each can have 1 or 2 lines. Every cell has nested symbols, backgrounds, dividers and icons to create cell states.

Every cell is a symbol, characters cells align to the left and values to the right each can have 1 or 2 lines. Every cell has nested symbols, backgrounds, dividers and icons to create cell states.