ESTIMATION AND PLANNING TOOL FOR INDUSTRIAL CONSTRUCTION SCAFFOLDING

ISARC

*C. Kumar, S. M. AbouRizk, and Y. Mohamed

Department of Civil and Environmental Engineering

University of Alberta

Edmonton, AB, Canada, T6G 2R3

(*Corresponding author: chandan1@ualberta.ca)

H. Taghaddos, and U. Hermann

PCL Industrial Management Inc.

Edmonton, AB, Canada, T6E 3P4

Scaffolds are temporary structures built to facilitate construction activities on site. A considerable amount of resources are allocated to scaffolding on industrial projects. Variability in geometrical features and space accessibility of structures on industrial projects, in addition to involvement of different trades that share the use of scaffolds, requires an extensive understanding of scaffolding requirements. Hence, it’s important to plan and estimate scaffolding man-hour requirements for the different construction areas on an industrial site. Contributing factors involved in such estimates include the list of trades that work in a construction area, trade working hours, volume of work, geometry of equipment erected, etc. A simulation template for predicting scaffold erection man-hour values for individual construction areas in an industrial project was developed in Simphony 4.0. The template is based on mapping the geometry of equipment and other factors to man-hours of scaffold work. The template facilitates the use of distributions as inputs and produces a range estimate of scaffold man-hours. The mapping is based on a linear regression model derived from existing project data from PCL Industrial Management Inc. The template is being further developed to incorporate the ability to predict scaffold erection schedule and material requirements based on construction work areas or equipment lists of an industrial construction project.
Keywords: Construction; industrial; Projects; Estimation; Structure; Equipment; Planning; Processes; Process; Requirements;
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