Biomechanics Meets Mechanical Engineering
Tiehan Cui
Olympic Athletic Gear Designer | Exoskeleton Engineer | Wearable Systems Architect
MECLAYER Chief Designer
“Wearable design is no longer limited by traditional approaches or manufacturing methods. Through interdisciplinary integration, new possibilities for wearable technology will be created.”
Design Philosophy & Technology
Mechanical Programming
Programming Mechanical Intelligence into Structures
Mechanical responses are designed directly into materials and structures. Through geometry, material properties, and Topology optimization, MecLayer creates wearable systems that adapt naturally to human movement through mechanical intelligence.
3D-Printed Structure
New Possibilities Through Additive Manufacturing
Advanced additive manufacturing enables complex structures and customized mechanical behaviors that traditional manufacturing methods cannot achieve. This allows us to precisely control flexibility, force distribution, and comfort.
Biomechanical Engineering
Design begins with an understanding of human movement. Beyond biomechanical analysis, the experience in exoskeleton development and extensive real-world testing help us optimize how forces are transferred between the body and wearable structures.
Wearable Interface
Engineering the mechanical Human-Wearable Interface
Through the study of stress flow in flexible materials, flexible 3D printing, and composite structures, we engineer wearable interfaces that distribute unnecessary pressure while maintaining efficient, stable, and comfortable interaction with the body.
Interdisciplinary Wearable Architect
Drawing from decades of industrial exoskeleton development experience, our R&D team has developed a new generation of interdisciplinary engineers for advanced wearable systems — combining mechanical engineering, biomechanics, and wearable structure design. We call them Mechanical Tailors.
Mechanical Tailors bridge engineering theory and hands-on fabrication, integrating force analysis, flexible structures, and real-world testing to create wearable technologies that seamlessly connect mechanical performance with human comfort.
Mechanical Tailor
Mechanical Engineer | Biomechanical Engineer | Wearable Structure Designer | Textile & Flexible Fabrication Specialist
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