The Innovative Human Workspace Lab

Comfort, Backed by Science

Innovative Human Workspace Lab

Comfort, Backed by Science

Innovative Human Workspace Lab

Our Mission: Making Everyday Comfort Measurable

Long hours at a desk and extended use of computer peripherals often lead to stiff shoulders and aching wrists—discomfort many people have simply learned to accept. At our lab, we believe comfort shouldn't be a luxury. It should be designed. The everyday discomfort people often overlook is where our research begins. Through scientific research, we measure movement patterns and muscle load during product use, turning subjective experiences into objective data that can guide better design. The goal is simple: create products that balance comfort, health, and design.

Start by Observing Real Behavior. Let the Data Speak.

We begin by observing how people interact with their devices during everyday work. These observations are translated into measurable test scenarios, helping ensure that what we evaluate in the lab reflects how people actually work in the real world.Our research follows three guiding principles:

Observe & Define

We observe real-world device use at work, using task analysis and recorded observations to identify frequent movements, strain-building actions, and unnatural postures.
Experimental Measurement

After identifying key behaviors, we turn them into repeatable test conditions and measure them with scientific instruments, translating sensation into data.
Validation & Feedback

We compare measurement results with real user experience. Through feedback, long-term observation, and repeated testing, we verify that the data reflects how users actually feel.

Stage 1 ｜ Real Behavior Mapping

Study real work environments (office workers, creators, and Mac users) → Identify high-frequency actions such as scrolling, clicking, switching, and multitasking

Stage 2｜Ergo Form Exploration

Explore different forms, angles, and support structures → Identify the most natural posture and contact points

Stage 3｜Human Data Capture

Use motion capture, EMG, and pressure analysis → Quantify load on the hand, wrist, and forearm muscles

Stage 4｜Validation in Real Use

Return to real usage to validate → Ensure comfort and stability over long periods

How We Quantify Experience

Motion Capture System

Millimeter-precision 3D motion tracking, reconstructing changes in hand and full-body posture.
Electromyography (EMG)

Real-time monitoring of muscle activity, quantifying load accumulation and fatigue.

Contact Area and Pressure Analysis

Visualizing how the hand meets the product, identifying where pressure concentrates during grip.
Qualitative Interviews

Beyond the data, we listen to how people feel. Through surveys and interviews, we verify that the numbers align with real experience.

Want to see how M Mouse came together? Explore our case study.

How Is an Ergonomic Mouse Designed? Inside the Science Behind INFTYLAB M Mouse