Enhancing Spatial and Temporal Cognitive Ability in Construction Education Through Augmented Reality and Artificial Visualizations
Iván Mutis, Raja R. A. Issa · Computing in Civil and Building Engineering (2014) · 2014
It is essential to provide the future industry workforce the opportunity to fully develop the learning abilities to effectively solve construction problems. The Construction Management (CM) students' ability to solve problems is hindered by the lack of exposure to construction processes on the job-site, which results in the students' lack of understanding of the dynamic complex spatial constraints (e.g., how construction products are related to one another in a particular contextual space) and the temporal constraints (e.g., the dependencies for coordinating subcontractors' processes). As the spatial-temporal-constraint problems pervade projects during the construction phase, their full understating to solve CM problems will significantly enable students to improve productivity levels. This research uses Augmented Reality Technology (ART) and a layer of artificial visualizations to simulate the environmental context and spatial temporal constraints. The superimposition of images serves as an instructional mechanism to virtually incorporate jobsite experiences. The assumption is that the enhancement of spatial-temporal constraints enables learners to visualize context and hidden processes. Therefore, this research expects to demonstrate a significant improvement of the perception of the reality through the combination of two layers (the real environment and the computer-generated information) including the learners' ability to understand the complexity of construction products (e.g., assemblies) and associated process in the jobsite.