Senior Design System Engineer — Scale & Web Components

WeDoTech; Windsor; Hybrid; GBP 92,000 - 166,000; Full time

Job summary

WeDoTech is seeking a Senior Design System Engineer to lead the architecture and evolution of reusable components inside a large-scale digital product ecosystem. You’ll shape how design and engineering collaborate to create consistent experiences across products.

You’ll build and maintain Web Components using JavaScript, HTML and CSS, ensure accessibility and semantic practices, and work closely with UX, design and engineering to translate requirements into robust solutions.

Qualifications

• Experience designing and implementing design systems at scale.
• Strong knowledge of Web Components and modern frontend technologies.
• Proven ability to translate design into robust technical solutions.

Responsibilities

• Build and evolve reusable Web Components.
• Develop components using JavaScript, HTML and CSS.
• Address complex frontend/UI problems with scalable solutions.
• Create components reusable across products and contexts.
• Prioritize accessibility, semantics and usability.
• Collaborate with UX, design and engineering teams.
• Translate design requirements into robust technical solutions.
• Maintain consistency and quality across the design system.
• Communicate technical decisions to stakeholders.
• Contribute to long-term design system direction.

Skills

JavaScript

Web Components

HTML & CSS

Design systems

Reusable components

Accessibility

Frontend engineering

UX collaboration

Cross-functional

Stakeholder management

Job description

WeDoTech is seeking a Senior Design System Engineer to lead the architecture and evolution of reusable components inside a large-scale digital product ecosystem. You’ll shape how design and engineering collaborate to create consistent experiences across products.

You’ll build and maintain Web Components using JavaScript, HTML and CSS, ensure accessibility and semantic practices, and work closely with UX, design and engineering to translate requirements into robust solutions.