Publications / CSCE/CRC 2025 - Montreal, Canada
By integrating the use of innovative technologies such as Digital Twin (DT), Building Information Modeling (BIM), and robotics, the lifecycle management of timber construction can be significantly enhanced, which leads to more effective, sustainable, and safer building systems. This paper aims to explore the applications and benefits of three innovative technologies (DT, BIM, and robotics) during the timber construction lifecycle. The data was collected from recent publications indexed in SCOPUS focusing on timber construction, DT, BIM, and robotics. DT presents data collection in real-time and dynamic simulations, supporting improved decision-making and collaboration between humans and robots during processes such as inspection and maintenance. BIM presents effective tools for lifecycle assessment, structural health monitoring, and design optimization, supporting resource-efficient and environmentally sustainable building techniques. Robotics increase the automation of on-site assembly, decreasing the cost of labor and increasing construction accuracy. BIM and DT technologies support robotic applications to improve construction automation, through accurate digital models and real-time feedback in the collaboration between humans and robots during the on-site assembly and processes of timber buildings. This review collects recent findings, identifies challenges and opportunities, provides insights into applying these technologies for sustainable timber construction, and outlines further research and practical applications.