Design and Product Development

Sustainable Smart Adaptive Health-Sync Apparel for Diabetics with Mobility Disability

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Abstract

People with mobility impairments and diabetic nephropathy complications face difficulty dressing traditionally. Recognizing the significant gap in adaptive clothing for this demographic, the study proposes Sustainable Smart Adaptive Health-Sync Apparel (AHA) that integrates modular design, wearable technology, and sustainable materials. The AHA’s Velcro seams allow easy wearability and conversion from full-length to short pants.  A detachable urine bag embedded with an urinayzer to detect kidney condition is the key innovation of this study. The AHA is made from 100% cotton and TPU (thermoplastic polyurethane)-coated waterproof cotton fabric, promoting comfort, durability, and sustainability. A digital prototype was created using CLO 3D software, followed by a physical sample, and future enhancements include integrating additional sensors (e.g., glucose and pH) and using printed electronics to improve sensor flexibility. The research lays the groundwork for real-world application and broader impact by enhancing healthcare monitoring and garment accessibility for diabetics with limited mobility.

Keywords: Adaptive design, Smart health-sync apparel, Urinalyzer, Wearable sensor

How to Cite:

Alam, S., MOMOTAZ, F. & Lee, J., (2025) “Sustainable Smart Adaptive Health-Sync Apparel for Diabetics with Mobility Disability”, International Textile and Apparel Association Annual Conference Proceedings 82(1). doi: https://doi.org/10.31274/itaa.21588