Design System in Morocco: Guide

A design system in Morocco becomes valuable when several products, teams, or channels must evolve without recreating the same decisions on every screen. It is not merely a button library: it is a shared agreement between design, engineering, and business teams that makes the experience consistent, accessible, and maintainable.

A design system in Morocco beyond a UI kit

A UI kit mainly collects visual assets in a design tool. A design system connects those assets to rules, coded components, documented usage, and governance. It must support the journeys of a web or mobile application, not just produce consistent mockups.

This distinction matters. A button color cannot guarantee keyboard behavior, loading states, an Arabic label, or compatibility with a brand change. The value lies in continuity between intent, code, and actual use.

Start with a product inventory

The first step is to examine existing interfaces: screens, components, variants, errors, forms, and frequent journeys. The goal is not to standardize everything at once, but to identify costly repetition and inconsistencies that affect users.

list the components in production and their variants;
identify duplicates that solve the same problem;
prioritize frequent or sensitive business journeys;
document exceptions before deciding whether to keep them;
assign every component an owner and a usage context.

In a business application or a B2B client portal, this inventory often shows that the same status, table, or field exists in several forms. The design system turns those gaps into explicit decisions.

Define semantic foundations

Foundations cover color, typography, spacing, grids, iconography, and motion. They are more durable when described by role rather than raw value. A token called “secondary text” survives change better than a name tied to one particular shade.

Shared tokens make synchronization between Figma and code easier. They do not replace judgment; they make decisions visible, versionable, and reusable. Teams can then update a theme or contrast rule without manually correcting every screen.

Separate components from patterns

A component is a reusable unit that encapsulates structure, behavior, and states. A pattern describes how several components solve a task: requesting an address, filtering a list, confirming an action, or handling an error. The GOV.UK Design System separates these levels to help teams build consistent services.

Each component should document its purpose, approved variants, states, content rules, limitations, and examples. For reliable integration, its contract should also specify expected properties and emitted events, just like a dependable API integration.

Keep Figma and code aligned

Parity does not mean both environments match every second. It requires a clear flow: shared naming, versions, change logs, acceptance criteria, and cross-review. When a new variant appears in a mockup, the team decides whether it belongs in the system or remains product-specific.

Storybook helps teams build, test, and document components in isolated states. Connected to design files, that documentation reduces ambiguity because everyone can review appearance, behavior, and edge cases before integration into a full page.

Build accessibility into the component

Accessibility should not be a late review. Shared components must include keyboard navigation, visible focus, understandable labels, sufficient contrast, error messages associated with fields, and structures compatible with assistive technology.

The W3C Web Content Accessibility Guidelines 2.2 provide the reference for defining and testing these requirements. A correction in a shared component benefits every consuming product, provided that teams adopt the updated version.

Design for French, English, and Arabic

In Morocco, a multilingual interface cannot be treated as a translation layer. Arabic requires right-to-left reading, appropriate typography, directional icon handling, and tests for numbers, dates, tables, and longer text.

allow components to switch direction;
test longer labels without critical truncation;
separate meaning from visual alignment;
validate forms and error messages in every language;
test journeys on narrow screens and offline.

This approach complements an offline-first mobile application: a component should remain understandable in real conditions, regardless of language or connection quality.

Set up lightweight governance

A design system without governance eventually becomes an archive. A small cross-functional group can define contribution rules, review proposals, publish versions, and announce deprecations. Product teams must also be able to surface needs without waiting for a heavy cycle.

named product and technical owners;
a contribution template backed by an actual need;
quality criteria for design, code, content, and accessibility;
clear versioning and migration guidance;
a review cadence based on real usage.

Component publishing can join established DevSecOps practices: code review, automated testing, dependency controls, and traceable deployment.

Roll out gradually and measure adoption

A big-bang replacement often creates more risk than value. Start with a representative pilot journey, measure gaps, then extend the system to new screens and frequently changed areas. Legacy components can be deprecated with an explicit migration path.

Useful indicators depend on context: component adoption, duplicated variants, open accessibility issues, version spread, and time to resolve shared defects. They guide the work rather than promise a universal outcome.

Common mistakes to avoid

building an ideal library without learning from existing products;
confusing consistency with absolute uniformity;
documenting appearance but not content rules or behavior;
leaving Arabic and RTL support until the end;
adding components without versioning or retirement rules;
measuring output volume instead of actual use.

A practical roadmap

A pilot can focus on foundations, forms, and one representative business journey. The next step is to connect design assets to coded components, add accessibility tests, document decisions, and define the contribution process.

A design system in Morocco succeeds when it helps teams decide faster while allowing the product to evolve. Talk to Kanteek to frame an inventory, pilot, and governance model for your web and mobile products.