Machine Learning Process Improvement Digitalization Industry 4.0 Offsite Construction Modular Construction Shop Floor Radio Frequency Identification (rfid) Building Information Modeling (bim) Exploratory Data Analysis (eda) Production Flexibility

External authors:

• Pablo Martinez ( Northumbria University )
• Ahmed Bouferguene ( University of Alberta )
• Farook Hamzeh ( University of Alberta )
• Mohamed Al -Hussein ( University of Alberta )

Abstract:

The evaluation of process improvements measures in offsite construction shop floors often relies on experts' opinion, with limited use of empirical data gathered by sensors in real-time. To address this issue, there is a need for methods that integrate expert's tacit knowledge with robust data analysis techniques. This paper describes the application of exploratory data analysis techniques to evaluate improvement suggestions proposed by expert's, supported by data collected by sensors on the shop floor and building information models. The presented method involves a quantitative and qualitative digitalization-based approach where improvement suggestions are modelled and validated though machine learning algorithms and hypothesis testing. The contribution of this study is a method that combines real-time data, building information models, and knowledge modeling from experts to evaluate process improvement on offsite construction shop floors.