User Experience of Wearable Compressive Tactile Stimulation

 
Three sets of images showing a 3D body model with color-coded pressure maps from different angles.
Five-step demonstration of wearing a cream-colored vest, showing various movements.
Various garment prototypes shown from different angles, highlighting areas in orange.
Project Lead:

Wearlab

This project investigates how wearable compressive stimulation applied to different upper-body locations shapes comfort, emotional response, and overall user experience. We developed a series of soft compression vests equipped with inflatable sections that deliver controlled, localized pressure, allowing us to examine which body areas most closely approximate a comforting, calming embrace.

Through a randomized, dynamic user study with ten female participants, we evaluated the experience of compression across multiple upper-body locations using a combination of think-aloud protocols and post-use surveys. To further inform design decisions, we created virtual garment prototypes in CLO 7.1 to study stress distribution, strain patterns, and pressure points. Together, these methods demonstrate the feasibility and promise of integrating compressive tactile stimulation into wearable systems designed to support emotional well-being.

Publications:

Ha, S. Y., & Goncu-Berk, G. (2025). A Study on User Experience of Wearable Compressive Tactile Stimulation. Clothing and Textiles Research Journal, 0887302X251370632.

Goncu-Berk, G., & Ha, S. Y. (2024, January). An Investigation on the User Experience of Compressive Tactile Stimulation Clothing. In International Textile and Apparel Association Annual Conference Proceedings (Vol. 80, No. 1). Iowa State University Digital Press.