Styku — 3D Body Scanning Platform
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3D Body Scanning Platform

Styku

Transforming complex body data into experiences people actually understand.

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Styku combines hardware and software to create highly accurate 3D body scans that generate health and body composition insights.

The challenge wasn't simply designing screens. It meant translating large amounts of technical information — measurements, body metrics, progress tracking and health data — into experiences that felt understandable and useful for everyday users.

Over several years, I worked across nearly every part of the product ecosystem.

Styku scanning hardware

Body scanning creates a huge amount of information.

How can we make complex health data feel simple and approachable?

01Too much information competing for attention
02Technical terminology that overwhelmed users
03Workflows requiring step-by-step guidance
04Multiple products requiring visual and UX consistency
Mobile appDesktop softwareWebsiteDesign systemMarketing assetsApp Store assetsData visualizationUX strategy
Mobile App

Designed from zero — dashboards, health metrics, progress tracking and body composition insights.

Styku mobile app — Dashboard with Health Score and action plan
Styku mobile app — Body composition metrics with sparklines
Styku mobile app — Body fat percentage detail with trend chart
Styku mobile app — Health screen with metabolic disease risk indicators
My Role

I didn't just design interfaces — I created the entire design language, brand direction, and product experience from the ground up. My work spanned everything from hardware product visualization to mobile apps, desktop software, and marketing.

Design language & brand direction|Mobile app design (0 to launch)|Desktop software redesign|Marketing pages & presentations|Design system & components|Data visualization design|App Store assets & presence|Hardware product visualization
Styku desktop software — Welcome screen with scanning hardware setup
Styku desktop software — 3D body scan dashboard with health and shape scores
01

Understanding complexity before simplifying

Rather than jumping directly into interfaces, I spent time understanding the full landscape.

  • User goals and pain points
  • Technical constraints of the scanning hardware
  • Workflows around the scanning experience
  • How users interpreted health information
02

Reducing cognitive load

Several design decisions focused on reducing friction across the experience.

  • Simplifying navigation patterns
  • Grouping related information logically
  • Improving hierarchy and readability
  • Reducing unnecessary steps in workflows
  • Making health insights easier to scan at a glance
03

Building scalable systems

As the platform evolved, consistency became increasingly important across products.

  • Reusable component library
  • Scalable design decisions
  • Design system foundations
  • Cross-platform consistency
Styku turntable close-up
Styku turntable side view
Styku full scanning setup
Health Insights

Turning complex health data into visual clarity — risk indicators, trend charts and actionable insights.

Styku — Chronic health risks analysis feature with device mockup
Styku — Body fat trend chart with historical data visualization

Styku evolved into a product used globally by fitness and health professionals. My contribution helped create a more approachable experience around highly technical workflows while maintaining scalability as the ecosystem expanded.

+40%Engagement
+35%Adoption
+60%Task Completion
+25%Retention

Complex products do not need to feel complex.

Good UX is often less about adding features and more about helping people understand what matters.

Simplify complexity without reducing capability.