Author(s): Somil Nishar
The efficient maintenance and servicing of industrial equipment are crucial for the smooth operation of manufacturing facilities. However, maintenance personnel often encounter challenges in locating and addressing specific issues, such as equipment jams, within complex systems. Despite the presence of SCADA or HMI systems that can indicate the existence of a fault, identifying the exact location of the issue within the system remains a significant hurdle. This research aims to explore the development and implementation of smart glasses integrated with augmented reality (AR) technology to provide maintenance personnel with real-time, location-based navigation assistance within industrial environments. By leveraging AR, the proposed smart glass software will function as a navigational tool, guiding users directly to the precise location of equipment faults, resembling "Google Maps" for industrial maintenance. This research seeks to investigate the potential impact of AR-assisted navigation on the efficiency and effectiveness of maintenance activities,
particularly in complex industrial settings. Furthermore, the study will address the usability, user acceptance, and technical feasibility of integrating AR technology into maintenance processes, ultimately contributing to the advancement of smart maintenance solutions in industrial settings.
