Design System Implementation
Implementation turns system decisions into usable design assets, coded components and guidance accepted through behaviour, correspondence and adoption readiness.
- Design systems
- Figma and code
- Component implementation
One component, several contracts
For each component, Tcules records the decisions needed to make the design asset, coded API, guidance and release evidence correspond.
- purpose and non-purpose;
- semantic properties and variants;
- content and state rules;
- responsive behaviour;
- keyboard and assistive-technology behaviour;
- design asset and code API;
- test and acceptance evidence;
- version, owner and migration effect.
Component implementation contract
- Example
Combobox states
The component contract covers idle, expanded, filtering, no result, selected, invalid, disabled and loading states.
- Relationships
Interaction and validation
The input controls the listbox; option selection updates value; status announces result count; validation follows commitment.
- Responsive behaviour
Device constraints and testing
There is no different mobile component unless device constraints require it. Touch targets and viewport behaviour are tested.
- Text alternative
Semantics before description
Component semantics and interaction are implemented, not described as an image.
Implement through a real product slice
The first release should prove more than isolated components. Tcules applies the system inside one representative product area containing realistic content, responsive behaviour, states, accessibility and composition.
That product slice reveals whether the foundations and component APIs resolve actual work or only look complete in documentation.
The implementation sequence can include:
- semantic foundations and token architecture;
- high-reuse controls and state contracts;
- one representative product pattern;
- Figma and code correspondence;
- documentation, tests and examples;
- package and library release;
- migration of the first consuming product;
- contribution and change path.
Evidence of system implementation practice
Matter establishes a Tcules-created Figma design-system artefact. Auxentios supports components, tokens, guidelines and layout rules for an enterprise product. Benchmark Gensuite adds current evidence of shared-component direction applied through coded product prototypes.
These records support design-system creation and product application. They do not establish coded parity, organisation-wide adoption or measured delivery improvement.
The release boundary
The engagement states which design and code libraries are delivered, which consuming products migrate, who owns future releases and which work remains with the client.
Tcules can configure the project infrastructure required for delivery without implying standalone managed-cloud operations or universal support commitments.
Implementation references
Use these references to understand the standards and implementation visibility points mentioned above.
Define the design and code release boundary
Clarify which libraries, product slices, migration responsibilities and acceptance evidence belong in the first release.