A COMPARATIVE STUDY OF AUGMENTED REALITY APPLICATIONS FOR ENHANCING CONSTRUCTION PROJECT MANAGEMENT EFFICIENCY

Abstract

This research focuses on the application of Augmented Reality (AR) technology in the fields of engineering and architecture. AR technology integrates virtual elements with the real environment, enhancing visualization and communication efficiency. The study examines the usability and compares the capabilities of various AR applications, including Augin, BIM server center, SketchUp, GAMMA AR, Augment, and Trimble Connect AR. The case study is conducted at the Faculty of Engineering, Department of Civil Engineering and Environmental Engineering, Rajamangala University of Technology Lanna, Chiang Mai. The research aims to assess the potential of AR applications in improving and interpreting 2D plans in conjunction with Building Information Modeling (BIM). Results show that AR significantly improves the efficiency of reading 2D plans by reducing errors and delays in construction documentation. However, the performance of different applications depends on the limitations of each platform. The research also examines AR’s application in real construction projects, including the WEKATA project site in Phuket and the Chiang Mai Substation No. 8. These projects utilized AR technology to collaborate with engineers and architects on the WEKATA construction site. Findings indicate that AR offers promising capabilities for increasing efficiency, improving collaboration, and minimizing errors in engineering and architectural processes. Despite some platform-specific constraints, the study highlights AR's growing potential as a practical tool for the construction industry, paving the way for broader adoption in the future.