HCI CHALLENGES IN WEARABLE TECHNOLOGY: DESIGNING USERCENTRIC DEVICES

Abstract

Wearable technology has swiftly emerged as a pervasive
domain within Human-Computer Interaction (HCI), promising
seamless integration into users' daily lives. This paper delves
into the multifaceted challenges faced in designing usercentric
wearable devices within the realm of HCI.
The research explores the complexities involved in balancing
technological innovation with user needs, emphasizing the
criticality of creating devices that merge functionality with
comfort, aesthetics, and user adaptability. It examines the
intricate interplay between form and function, acknowledging
the significance of ergonomic design in enhancing user
experience.
Furthermore, the paper scrutinizes the challenges of collecting
and interpreting user data ethically, ensuring privacy and
security in an interconnected ecosystem. It investigates the
necessity of intuitive interfaces and contextual awareness in
wearable devices to facilitate effortless interaction.
This study synthesizes insights from existing research,
industry trends, and user-centered design methodologies to
propose strategies for mitigating these challenges. By
illuminating the hurdles in creating user-centric wearable
devices, this research aims to foster the development of HCI
practices that prioritize user comfort, usability, and
satisfaction in the evolving landscape of wearable technology.