The Impact of User Experience on System Accuracy and Exploring with QR Interfaces for Students Safety in Campus office

Abstract

Quick Response (QR) codes have emerged as versatile technological tools across various domains, including education and safety management. Initially developed for tracking automotive components, these two-dimensional barcodes have evolved to become powerful communication and interaction mechanisms.

In campus safety contexts, QR codes offer potential solutions for rapid information dissemination, access control, and emergency response systems.

This research investigates the critical relationship between user experience and system accuracy in QR code-based safety interfaces within campus environments. As educational institutions increasingly adopt technology-driven safety solutions, understanding the nuanced interactions between users and QR code systems becomes paramount.

By examining how user behavior, interface design, and technological implementation influence system performance, this study aims to provide actionable insights for developing more reliable and user-friendly safety technologies.

Through a comprehensive mixed-methods approach, we analyze the factors that contribute to scanning accuracy, user engagement, and overall system effectiveness.