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02 / Design systems · Simply Stakeholders

Simply Stakeholders Design System

A Figma system connecting visual foundations, reusable objects, documented component states, and page patterns for a complex stakeholder-management product.

60-second summary

Problem

A broad interface library needed consistent patterns and a clearer way to find decisions across data-heavy workflows.

System decision

Organize the library in layers, then document variants, interaction states, and the page patterns built from them.

Contribution

Library architecture, visual foundations, reusable object and component specifications, and page-level patterns.

Result

A navigable reference connecting foundational rules and reusable UI to their application across the product.

Product design · Design systems · Figma library · Web application · Library architecture, foundations, components, states, and product application
Simply Stakeholders getting-started page listing foundations, objects, components, and pages
01Library architecture

The entry point defines four layers—Foundations, Objects, Components, and Pages—and gives each kind of design decision a clear home.

01 / Information architecture

Build the map before the catalogue.

The library opens with a model for where decisions live, not a wall of disconnected components.

Foundations hold shared visual rules. Objects capture reusable interface elements. Components combine those objects into larger units, while Pages preserve product-specific references. That separation makes the level of reuse visible before someone enters an individual section.

  • Foundations for color, type, spacing, and icons
  • Objects for reusable interface elements and their variants
  • Components for composed product structures
  • Pages for contextual, product-specific application

02 / Foundation system

Make visual decisions reusable and inspectable.

Color ramps, type styles, spacing values, and iconography establish the constraints beneath the interface.

The foundation reference names recurring decisions instead of leaving them embedded inside individual screens. Typography documents scale, weight, and line height; color separates brand, status, data-visualization, AI, and interface roles; spacing and icon libraries provide consistent building blocks for layout and action.

  • Named color roles and tonal ramps
  • Type styles across display, title, body, and labels
  • A shared spacing scale from fine detail to page layout
  • General and feature-specific icon references
Simply Stakeholders typography foundation showing display, title, body, label, weight, and italic styles
03Typography foundationThe type system records hierarchy, weight, line height, and usage-ready text styles in one reference.

03 / Components and states

Specify behavior, not only the default state.

The component catalogue makes interaction and system feedback visible across sizes, variants, and states.

Inputs show normal, hover, focus, populated, error, and disabled behavior. Buttons, labels, avatars, dropdowns, alerts, modals, navigation, cards, and tables extend that same discipline across the interface, making edge cases part of the component definition rather than an implementation afterthought.

  • Default, hover, focus, error, and disabled states
  • Size and style variants for repeated controls
  • Status patterns for alerts and notifications
  • Composed patterns for cards, modals, tables, and navigation
Simply Stakeholders input and form specifications across interactive states and control types
04Interaction-state coverageInputs, dropdowns, date pickers, text areas, selection controls, and rich text patterns document behavior beyond the happy path.

04 / Product application

Carry the system into data-heavy workflows.

Page references show how the building blocks work together inside navigation, filtering, notification, and record-management surfaces.

The product examples connect library decisions to dense application layouts: persistent navigation, project switching, expandable filter groups, notification states, page tabs, action bars, and reusable table structures. These references make composition and hierarchy inspectable at product scale.

  • Consistent shell and navigation behavior
  • Filter panels built from shared controls and disclosure patterns
  • Notification states carried into a product popover
  • Tabs, actions, tables, and page hierarchy working as one system
Simply Stakeholders product filter panel using shared input, disclosure, navigation, and action patterns
05System in product contextThe filter panel composes navigation, disclosure groups, fields, dates, and actions into a coherent workflow surface.

05 / Foundation evidence

Rules beneath the interface.

These references make the visual language inspectable: semantic color roles, a deliberate spacing scale, and a shared icon vocabulary that can support both product UI and specialized features.

06 / Object and component evidence

Reusable behavior, documented in context.

The catalogue covers primitive controls and composed structures. Variants, sizes, feedback, and edge states are presented together so each pattern can be evaluated as a system rather than an isolated mockup.

07 / Product application evidence

The system assembled into workflows.

Page references demonstrate how the library behaves beyond the component canvas. The same navigation, disclosure, feedback, and action patterns are composed into real product structures.

Outcome and reflection

A system connecting primitives, behavior, and page structure.

Across the supplied artifacts, the library moves from named visual foundations to reusable object and component specifications, then into navigation, filtering, notification, table, and record-management surfaces. That continuity gives product decisions a traceable path from rule to application.

The useful part of a design system is the connective tissue between levels. Clear library architecture helps people find a decision; documented states make the component dependable; page references show how those parts should behave together inside the product.

Next system caseLater Product Design System

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