We’re looking for a highly skilled Web Designer (Figma) & Webflow Developer to bring our premium interior design brand WallFit to life online.

WallFit is our concept that is offering fully integrated wall-fitted solutions — including hidden doors, built-in closets, TV units, and cladding — all in matching finishes and premium design. We combine functionality, architectural integration, and style into seamless, modular systems tailored for luxury residential spaces.

Our website needs to reflect the elegance, clarity, and innovation of the brand. Think clean layouts, elevated typography, high-end visuals, and an intuitive structure that turns visitors into clients.

✏️ Scope of Work:

Phase 1: Website Design (Figma)

Create responsive page layouts (desktop + mobile)

Match brand guidelines and visual language (provided)

Use content wireframes we’ve already developed

Emphasize clarity, premium aesthetics, and strong storytelling

Key pages:

Homepage

About Us

Careers

Book an appointment

Phase 2: Webflow Development

Build the approved designs into Webflow

Ensure clean animations, smooth interactions, and optimal responsiveness

Basic SEO setup + fast loading

✅ Who We’re Looking For:

Strong portfolio of design-led websites (architecture, design, or luxury brands a plus)

Expertise in both Figma (for design) and Webflow (for build)

Detail-obsessed but fast-moving

Confident in UI/UX decisions and communicating clearly

• Basic SEO setup + fast loading
• Expertise in both Figma (for design) and Webflow (for build)
• Detail-obsessed but fast-moving
• Confident in UI/UX decisions and communicating clearly

• Think clean layouts, elevated typography, high-end visuals, and an intuitive structure that turns visitors into clients
• Create responsive page layouts (desktop + mobile)
• Match brand guidelines and visual language (provided)
• Use content wireframes we’ve already developed
• Emphasize clarity, premium aesthetics, and strong storytelling
• Build the approved designs into Webflow
• Ensure clean animations, smooth interactions, and optimal responsiveness