UI Design
Look good with intuitive, accessible interfaces that align with engineering requirements.
Services
Design Systems
A design system is the single source of truth for your product's visual language and interaction patterns. Without one, design decisions get made inconsistently across teams, components get rebuilt from scratch, and the gap between what design produces and what engineering ships widens with every sprint. For enterprise software and B2B SaaS products with complex interfaces and multiple user types, a well-maintained design system is one of the highest leverage investments a product team can make.
Design Tokens
Design tokens are the foundational layer of any scalable design system. These are named variables that store the visual decisions your product is built on. Color values, typography scales, spacing units, border radii, shadow definitions, and animation timing are all captured as tokens rather than hardcoded values. When a brand color changes or a spacing scale needs adjustment, tokens mean that change propagates consistently across every component and every screen rather than requiring a manual update across hundreds of design files and lines of code.
Reusable Components
A component library turns your design tokens into the building blocks your team uses to assemble every screen in your product. Buttons, form fields, navigation patterns, data tables, modals, cards, and every other recurring UI element are designed once, documented thoroughly, and reused consistently. This eliminates redundant design work, reduces engineering overhead, and ensures visual and behavioral consistency across your entire product surface.
Patterns & Guidelines
Patterns and guidelines tell the team how and when to use components. Usage documentation covers interaction patterns, layout principles, content guidelines, accessibility requirements, and the reasoning behind key design decisions. This gives designers and engineers the context they need to apply the system correctly without pulling a senior designer into every decision. For distributed product teams and IT consultancies managing multiple workstreams, clear guidelines are what make a design system scale beyond a single designer's knowledge.
Adopting or Building Design Systems
Not every team needs a design system built from scratch. Some products are better served by adopting and customizing an established system such as Material Design, Carbon, or Atlassian's Design System. Other teams require a bespoke system built to the specific needs of their product and brand. Ursa Design works with your team to assess what you have, what you need, and the most efficient path to a system that serves your product today and scales with it tomorrow.
Final UI Delivery
Every deliverable at this stage is designed for accuracy, clarity, and implementation efficiency to minimize the interpretation gap between what was designed and what gets built. This also includes giving your development team the documentation they need to ship with confidence.
Figma Designs
Final UI designs are delivered in Figma, organized, named, and structured for handoff from the first frame. Screens are built using components from your design system, ensuring consistency across every state, variant, and breakpoint. Every interactive element, edge case, error state, and empty state is accounted for and documented because the details engineering discovers in development should already be solved in design.
Figma Code Connect
Figma Code Connect bridges the gap between design components and their code counterparts by mapping design tokens, properties, and component behaviors directly to your codebase so developers see real, production-ready code snippets alongside design specs rather than manually translating visual representations into implementation. For engineering teams working in React, Swift, or Kotlin, Code Connect eliminates the most common source of design-to-development drift and keeps your design system and codebase in sync as both evolve.
AI Prototypes
Real content generation, dynamic responses, and intelligent behaviors that static Figma prototypes cannot replicate are incorporated into AI prototypes. For products with AI-driven features, conversational interfaces, or adaptive content, AI prototypes give stakeholders and usability testing participants a realistic representation of the intended experience before a line of production code is written.
Design.md Files
Design.md files accompany every final UI delivery as a structured, developer-friendly reference document. Component usage, interaction logic, animation specifications, accessibility requirements, and edge case handling are documented in a format engineering teams can reference throughout the build. This reduces clarification cycles, protects design intent through implementation, and gives your team a living document that stays useful long after the initial handoff is complete.
Design QA
Verifying that what engineering built matches what was designed through catching drift, inconsistencies, and implementation gaps before they reach your users. For enterprise software teams managing complex interfaces across multiple environments, design QA is the step that protects the investment made in every earlier stage of the design process.
Story Grooming
Design and engineering are brought together to review upcoming work, clarify acceptance criteria, surface implementation questions, resolve ambiguities in the design specs, and ensure developers have everything they need before a story moves into active development. Addressing questions at the grooming stage is significantly less expensive than discovering them mid-sprint or during QA.
Testing & Reporting
Once development is complete, UI designs are tested against the built product — comparing implemented screens against Figma specs across states, variants, breakpoints, and interaction behaviors. Discrepancies are documented with annotated screenshots that show the designed intent alongside the implemented result, giving engineering a precise reference for what needs to change and eliminating ambiguity about whether a difference is intentional or an oversight.
UAT
User Acceptance Testing validates that the delivered product meets the requirements agreed upon at the start of the engagement and confirms that real users can complete key workflows as intended before the product goes live. UAT sits at the intersection of design QA and usability testing, providing a final quality gate that catches issues missed in earlier testing rounds and gives stakeholders documented confidence that the product is ready to ship.
Contact
Reach out today and you’ll get a clear plan, honest advice, and a design expert that cares about the outcome as much as you do. Whether you prefer a quick call or a simple email, getting started is easy.