- A complete UI/UX and design system service that turns your product interface into a scalable, consistent, accessible, and production-ready system.
Design That Serves the Product, Not the Portfolio
- A lot of digital products look good in a Figma presentation and feel rough in production. Flows that make sense on a static screen create friction when a real user tries to complete a task. Components that were designed independently start to feel inconsistent as the product grows. Design debt accumulates quietly until it becomes expensive to undo.
- Good UI/UX work prevents that. It requires understanding the user’s context, the technical constraints, and the business goals well enough to make design decisions that hold up under real conditions, not just in a review meeting.
- At MakDev, our design practice is built around engineers and designers working together from the start. The people designing your components understand how they will be built. The people building them understand why they were designed that way. That removes a category of problems that appears in most product teams where design and development operate in separate lanes.
- SaaS platforms, startups, enterprise products, and growing teams that need better user flows, reusable components, stronger brand consistency, and faster design-to-development delivery.
- We audit your current interface, define design tokens, build accessible components, add purposeful motion, structure everything for SEO and performance, then document and hand off the system for your team to use confidently.
- A cleaner, faster, more consistent product experience that reduces design debt, improves usability, supports development speed, and scales without breaking the user experience.
Discovery & Audit: The System Deep-Dive
What We Deliver
Discovery and Audit: The System Deep-Dive
Component inventory, brand alignment, and stakeholder interviews.
- We start by understanding what already exists and what it will need to become. For new products, that means aligning on the user needs, the product roadmap, and the technical architecture before a single component is designed. For existing products, it means auditing the current state honestly: documenting inconsistencies, identifying technical debt in the design layer, and mapping where the current UI creates friction for users.
- We conduct stakeholder interviews to understand how the product is used, what users struggle with, and what the business needs the interface to accomplish. This is not a formality. The findings from this phase shape every design decision that follows.
- We also check alignment between the design direction and the product roadmap. A design system built for where the product is today without accounting for where it is going in twelve months creates expensive rework. We plan for the features you have not built yet.
Atomic Foundation and Design Tokens: The Source of Truth
Colour theory, typography scales, spacing systems, and design tokens synced across design and code.
- Design tokens are the foundation that makes a design system scalable. Rather than hard-coding colour values, spacing units, or type sizes in individual components, we define them as named variables that are shared between the design files and the CSS. When a brand colour changes, it changes everywhere at once. When you want to test a different type scale, you change one value rather than hunting through dozens of components.
- We build this token layer with care. Colour palettes are defined with accessibility in mind, ensuring contrast ratios meet WCAG standards across the combinations that will actually appear in the interface. Typography scales are set up for readability at every size. Spacing systems use consistent scales that make the layouts feel coherent without requiring designers to make spacing decisions from scratch every time.
- The result is a single source of truth that keeps design files and production code in sync as the product evolves.
Component Engineering: Modular and Accessible Architecture
Buttons, inputs, navigation patterns, data tables, modal systems, and the full component library your product requires.
- We build a library of reusable, state-driven components designed to cover the full range of interactions your product needs. Every component is built with its full range of states: default, hover, focus, active, disabled, error, loading. Designing only the default state and leaving the others to be figured out in development is one of the most common sources of UI inconsistency in production products.
- Accessibility is not treated as a checklist item. We build to WAI-ARIA compliance standards because it is the right way to build interfaces, not because a client asked for it. That means correct semantic HTML, keyboard navigability, screen reader compatibility, and focus management in interactive components. It also means not introducing accessibility regressions when components are updated.
- Code is written to DRY (Do Not Repeat Yourself) principles. Components are structured so that logic is not duplicated across the codebase, which keeps the system maintainable as it grows.
Motion and Micro-Interactions: GSAP Integration
Micro-interactions, page transitions, and state-change animations.
- Motion in interfaces serves a purpose: it communicates state changes, guides attention, and provides feedback that helps users understand what is happening. Done well, it makes an interface feel considered and responsive. Done poorly, it slows users down and creates a sense of visual noise.
- We use GSAP (GreenSock Animation Platform) for high-performance animation that does not compromise page speed. Micro-interactions on interactive elements, transitions between states, and page-level animations are all planned and implemented with performance budgets in mind. We do not add motion for aesthetic reasons alone. Every animation has a functional justification.
SEO and Semantic Structure Built Into the Design System
Semantic HTML structure, Core Web Vitals optimisation, and automated metadata patterns.
- Design decisions affect search performance. Heading hierarchy, semantic HTML element choices, image handling, and layout stability all feed into how search engines evaluate and rank your pages. Most design agencies leave these concerns to a separate SEO engagement. We build them into the component layer from the start.
- Every component we build uses the correct semantic HTML for its role. Heading structures are enforced at the component level rather than left to content editors to apply correctly. Image components include optimised loading behaviour and proper alt text handling. Schema markup is structured into the appropriate components so that every page built with the system inherits its SEO foundation automatically.
- Core Web Vitals performance is measured throughout development, not as an audit after the system is built. Layout Cumulative Layout Shift (CLS), Largest Contentful Paint (LCP), and Interaction to Next Paint (INP) are all monitored and addressed as part of the build process.
Documentation and Governance: The Playbook
Usage guidelines, code snippets, contribution workflows, and a Storybook or custom wiki.
- A design system that is not documented is not really a system. It is a library that the team that built it understands and everyone else treats inconsistently.
- We deliver documentation that explains not just what each component does but why it was designed the way it was and when to use it versus a different pattern. Usage guidelines cover the correct contexts for each component, the states that are and are not supported, and the accessibility considerations relevant to that pattern. Code snippets are included so developers can implement correctly without reverse-engineering the Figma files.
- We deliver documentation through Storybook, which serves as a live component library that shows every component in every state with the corresponding code, or through a custom wiki, depending on what fits your team’s workflow. We also establish contribution guidelines so that the system can be extended by your internal team without introducing inconsistencies over time.
Deployment and Handoff: Seamless Integration
Version control via GitHub or Bitbucket, CI/CD integration, and developer training.
- We do not hand over a Figma file and consider the work done. We deliver a production-ready environment that your development team can work with immediately.
- Depending on your stack, that is a custom WordPress block library built with the Full Site Editing framework, a React-based component library published to your package registry, or a headless CSS framework with documented integration patterns. The component library is version-controlled from the start, with a branching and release process that lets the system be updated without breaking the products that depend on it.
- CI/CD integration means that changes to the design system can be tested and deployed through the same pipelines as the rest of your codebase. Developer training ensures your team understands the system well enough to use it correctly and extend it confidently.
Our Process
Discovery and Audit
Stakeholder interviews, user research review, component inventory of any existing UI, and alignment on the product roadmap. We establish what the system needs to support before we design anything.
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Discovery and Audit
Stakeholder interviews, user research review, component inventory of any existing UI, and alignment on the product roadmap. We establish what the system needs to support before we design anything.
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Token and Foundation Design
Design tokens, colour system, typography scale, and spacing system are defined and validated. This is the layer everything else is built on and it needs to be right before component work begins.
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Component Design
Components are designed in Figma with all states, variants, and responsive behaviours documented. Accessibility requirements are mapped at the design stage.
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Component Development
Components are built in code with the same rigour applied in design. Accessibility implementation, state management, performance, and semantic HTML are all addressed here.
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Motion and Interaction
Micro-interactions and transition logic are designed and implemented, tested against performance budgets to ensure they add value without slowing the interface down.
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Documentation
Storybook or wiki documentation is written alongside component development, not as an afterthought. Usage guidelines, code snippets, and governance documentation are delivered with the system.
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Handoff and Training
The production-ready system is delivered with version control set up, CI/CD integrated, and developer training completed. We remain available for questions as your team begins working with the system independently.
Why Work with Us
Design and Engineering Under One Roof
Design systems live at the intersection of design and code. Building one well requires both disciplines to be engaged simultaneously, not sequentially. Our designers and engineers collaborate throughout the process, which means design decisions that cannot be implemented cleanly get resolved before they create problems, and implementation decisions that would compromise the design intent are surfaced early rather than discovered in QA.
Built for Accessibility From the Start
Retrofitting accessibility into an existing component library is expensive and often incomplete. We build to WAI-ARIA compliance standards from the beginning. For clients in regulated industries, this is also a legal requirement, and we document compliance as part of the system deliverables.
Performance as a Design Constraint
Design systems can be a source of performance problems if components are not built with rendering cost in mind. We treat performance as a design constraint rather than a post-build optimisation task. Core Web Vitals performance is measured throughout development.
Systems That Outlast the Engagement
The test of a design system is not how it looks at handoffs. It is whether your team can use it, extend it, and maintain it six months later. We build and document systems with that standard in mind.
ISO Certified, GDPR and HIPAA Compliant
For clients in regulated sectors, design systems often handle or display sensitive data. Our processes are ISO certified and compliant with GDPR and HIPAA requirements. Data handling, access controls, and component behaviour in sensitive contexts are all considered as part of the build.
Technologies
What is a design system and do we actually need one?
A design system is a shared library of reusable components, design tokens, and usage guidelines that teams use to build consistent interfaces. Whether you need one depends on the size and complexity of your product. A simple brochure site does not need a design system. A SaaS product with multiple user roles, a growing feature set, and a development team of more than two or three people almost certainly does. Without one, design and development inconsistencies compound over time and become increasingly expensive to fix.
We already have a Figma file with components. Can you work from that?
es, and we often do. We audit what exists, identify what is working and what is not, and extend or refactor rather than starting from scratch where the existing work is solid. The discovery phase exists precisely to make that assessment.
How long does it take to build a design system?
A focused design system covering the core component set for a product typically takes between eight and sixteen weeks, depending on scope. More complex products with larger component libraries, multiple themes, or extensive documentation requirements take longer. We establish a realistic scope and timeline during the discovery phase.
Do you design for both web and mobile?
Yes. We design with responsive behaviour as a core requirement, not an adaptation. For products that also have native mobile applications, we can align the design system with the mobile platform conventions for iOS and Android while maintaining visual consistency with the web product.
What happens if our product grows and we need new components?
The governance documentation and contribution guidelines we deliver are designed for exactly this situation. Your team should be able to add new components that align with the existing system without needing to come back to us every time. We also offer ongoing retainer engagements for clients who want continued design system support as their product evolves.
How does the design system integrate with our existing codebase?
The integration approach depends on your current stack. We discuss this during discovery and design the handoff accordingly. Whether that is a React component library published to a private npm registry, a WordPress block library, or a standalone CSS framework, we deliver something that fits into your existing development workflow rather than requiring you to change it.
Ready to Build Your Design System?
Building Design System, can save you up to 40% of your developments costs.
If you are starting a new product and want to build the design foundation correctly from the start, or if you have an existing product where design inconsistency is slowing your team down, let’s talk. We will be honest about what the work involves and what it will take to do it properly.
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