Augmented Reality made easy for E-commerce retailers: Polymuse

Augmented Reality made easy for E-commerce retailers: Polymuse

UX RESEARCH & DESIGN | INDUSTRY COLLABORATION | 2024

Ever wondered how that one sofa or vase would look in your living room? Polymuse makes that possible through 3D Augmented Reality. This case study analyses how users interact with Polymuse AR, roots out pain points and turns them into design opportunities.

Ever wondered how that one sofa or vase would look in your living room? Polymuse makes that possible through 3D Augmented Reality. This case study analyses how users interact with Polymuse AR, roots out pain points and turns them into design opportunities.

My Role

My Role

My Role

UX Research & Design

Communications Lead

Design Team

Design Team

Design Team

Riya Daiya (Me)

Michelle Wang

Tatum Fry

Yumi Kawagoe

Tools

Tools

Tools

Figma

Adobe Photoshop

Skills

Skills

Skills

Stakeholder Collaboration

Interviewing

Journey Mapping

Usability Testing

Workshop hosting

Prototyping

Timeline

4 months

👁️ Overview

This academic project (for IAT 333: Interaction Design Methods at SFU) was a collaboration with Polymuse, a B2B SaaS startup.


Along with carrying out research, presenting and designing deliverables, I led my design team in collaborations with Co-founder / Product Lead and Developer.

🔎 The Problem

Users struggled starting and finishing a 3D scan, due to lack of guidance and vague instructions before and during the scanning process.

🪄 Results

A robust and uniform user flow that breaks down the complex 3D scanning process, making it user-friendly through timely guidance (things to know before or during the scan), positive and negative feedback, and 3D animated instructions.


A new concept with revamped interface design concept that visually and functionally stands out from its AR competitors who use the same API blueprint.

A robust and uniform user flow that breaks down the complex 3D scanning process, making it user-friendly through timely guidance (things to know before or during the scan), positive and negative feedback, and 3D animated instructions.


A new concept with revamped interface design concept that visually and functionally stands out from its AR competitors who use the same API blueprint.

A robust and uniform user flow that breaks down the complex 3D scanning process, making it user-friendly through timely guidance (things to know before or during the scan), positive and negative feedback, and 3D animated instructions.


A new concept with revamped interface design concept that visually and functionally stands out from its AR competitors who use the same API blueprint.

This web page is currently under construction, but you can still view this case study in PDF slides.

Thank you for your curiosity and patience.

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