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All workSpecialist practice

Accessibility.

Build accessibility into the product from the start.

Accessibility engineering for clearer interfaces, semantic structure, keyboard support, screen readers, zoom and reflow, and WCAG-aware implementation.

Explore the approach
For
Product and enterprise teams
Practice
Ongoing
Scope
Inclusive engineering

Keyboard / Screen reader / Zoom + reflow

  1. Page structureHeadings · landmarks · order
  2. InteractionKeyboard · focus · target
    Tab
  3. CommunicationName · state · feedback
  4. RecoveryErrors · status · next step
Interface reviewIllustrative interaction model

The engineering brief

Compliance matters. Usability is the test.

Accessibility work often sits between design intent, frontend implementation, content structure, and compliance pressure. The goal is to make the interface more usable and address accessibility during design and development.

The useful question is not only whether an issue appears in an audit. It is whether a person can understand the interface, complete the task, and recover when something goes wrong.

Where barriers hide

Review structure, interaction, communication, and presentation.

A component can look polished and still become difficult to navigate, interpret, or recover from. Review covers how the component looks and behaves.

Semantic structure

Landmarks, headings, elements, and reading order that communicate the shape of the page.

Keyboard and focus

Predictable navigation, visible focus, and interactions that do not depend on a pointer.

Clear communication

Labels, instructions, errors, and status changes that remain understandable without relying on color alone.

Resilient presentation

Interfaces that preserve meaning and function through zoom, reflow, different inputs, and reduced motion.

The review path

Turn a reported issue into a reusable repair.

DontSweat.Tech approaches accessibility as engineering work: review the actual flows, improve semantics and states, tighten component contracts, and document patterns that future features can reuse.

  • Can the next action be found?
  • Can it be reached and operated?
  • Is its purpose understandable?
  • Can the user recover when it fails?

  1. Observe

    Follow the real user flow.

  2. Reproduce

    Make the barrier specific.

  3. Repair

    Fix behavior and meaning.

  4. Verify

    Test the interaction again.

  5. Reuse

    Carry the pattern forward.

Component contracts

Repair shared components so future screens use the fix.

A fix on one screen can leave the same issue elsewhere. Improving the shared component, its states, and its guidance makes the accessible behavior the default.

Meaning
Use the right element and landmark for the job.
Name
Give controls a clear visible label and accessible name.
State
Communicate status with more than color or position.
Keyboard
Keep order and operation predictable without a pointer.
Focus
Make the current location visible and intentional.
Recovery
Explain errors and preserve a useful path forward.

The outcome

Usable flows and reusable component patterns.

  • More predictable keyboard and focus behavior
  • Cleaner semantic structure for assistive technologies
  • Reusable accessibility patterns for product teams

Teams can sustain accessibility work by including semantics, interaction, feedback, and verification in component design.

Technology & practices

  • React
  • TypeScript
  • HTML
  • CSS
  • Tailwind CSS
  • Accessibility
  • Web Performance
  • SEO