UX Design & Architecture
Prototyping Lo-fi, Hi-fi
User Interaction
UI Kit & Component Library
Pattern Library & Style-guide
QA & Handoff
UX Design & Architecture
Prototyping Lo-fi, Hi-fi
User Interaction
UI Kit & Component Library
Pattern Library & Style-guide
QA & Handoff
UX Design & Architecture
Prototyping Lo-fi, Hi-fi
User Interaction
UI Kit & Component Library
Pattern Library & Style-guide
QA & Handoff
UX Design & Architecture
Prototyping Lo-fi, Hi-fi
User Interaction
UI Kit & Component Library
Pattern Library & Style-guide
QA & Handoff
UX Design & Architecture
Prototyping Lo-fi, Hi-fi
User Interaction
UI Kit & Component Library
Pattern Library & Style-guide
QA & Handoff
This is a Component Library UI Case study showcasing how I build modular and atomically. This is a Slider Component created as part of the Turner & Townsend's project aiming to refracture all child components into a Master Component to be used globally across multiple dashboards.
This is a Component Library UI Case study showcasing how I build modular and atomically. This is a Slider Component created as part of the Turner & Townsend's project aiming to refracture all child components into a Master Component to be used globally across multiple dashboards.
This is a Component Library UI Case study showcasing how I build modular and atomically. This is a Slider Component created as part of the Turner & Townsend's project aiming to refracture all child components into a Master Component to be used globally across multiple dashboards.
This is a Component Library UI Case study showcasing how I build modular and atomically. This is a Slider Component created as part of the Turner & Townsend's project aiming to refracture all child components into a Master Component to be used globally across multiple dashboards.
This is a Component Library UI Case study showcasing how I build modular and atomically. This is a Slider Component created as part of the Turner & Townsend's project aiming to refracture all child components into a Master Component to be used globally across multiple dashboards.
Build UI and component structure to increase scalability, use atomic design principles to cascade and apply changes at the design layer feeding seamlessly with development and QA.
My Role
Product UI & UX, QA, Arquitecture
Build UI and component structure to increase scalability, use atomic design principles to cascade and apply changes at the design layer feeding seamlessly with development and QA.
My Role
Product UI & UX, QA, Arquitecture
Build UI and component structure to increase scalability, use atomic design principles to cascade and apply changes at the design layer feeding seamlessly with development and QA.
My Role
Product UI & UX, QA, Arquitecture
Build UI and component structure to increase scalability, use atomic design principles to cascade and apply changes at the design layer feeding seamlessly with development and QA.
My Role
Product UI & UX, QA, Arquitecture
Build UI and component structure to increase scalability, use atomic design principles to cascade and apply changes at the design layer feeding seamlessly with development and QA.
My Role
Product UI & UX, QA, Arquitecture
Each symbol, piece or component is neatly structured and organized.
Each symbol, piece or component is neatly structured and organized.
Override system based on nested symbols, following atomic design principles
Override system based on nested symbols, following atomic design principles
Override system based on nested symbols, following atomic design principles
Override system based on nested symbols, following atomic design principles
Each component is elastic, automatically fitting any breakpoint
Each component is elastic, automatically fitting any breakpoint
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
Here is a Body Section, it can be a chart or a table. We simply select the Section Symbol and override it with other symbols in the library
Here is a Body Section, it can be a chart or a table. We simply select the Section Symbol and override it with other symbols in the library
Here is a Body Section, it can be a chart or a table. We simply select the Section Symbol and override it with other symbols in the library
Here is a Body Section, it can be a chart or a table. We simply select the Section Symbol and override it with other symbols in the library
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
Having Sections with Nested Symbols creates many combinations, resulting in consistency, flexibility and scalability for any project at an early stage
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.
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.
Guides for charts, typography, spacing, colors, etc
Guides for charts, typography, spacing, colors, etc
Guides for charts, typography, spacing, colors, etc
Guides for charts, typography, spacing, colors, etc
Other projects
Thalys - AI-Assisted Train Booking SystemUI UX Design
Ciclo de ConversasBranding, UI Design, Concept
SuperRare - Sneak PeekUI & UX, Concept, Product, QA
Turner and Townsend - Cost Control DashboardCase Study, UI & UX, Product, QA