This study presents an adaptive algorithm for performance assessment of project management with respect to resilience engineering and job security in a large construction site. | An adaptive algorithm for performance assessment of construction project management with respect to resilience engineering and job security Journal of Project Management 3 2018 23 38 Contents lists available at GrowingScience Journal of Project Management homepage An adaptive algorithm for performance assessment of construction project management with respect to resilience engineering and job security P. Hashemi R. Yazdanparast A. Ghavamifar and A. Azadeh School of Industrial Engineering College of Engineering University of Tehran Tehran Iran CHRONICLE ABSTRACT Article history Construction sites are accident-prone locations and therefore safety management plays an im- Received July 5 2017 portant role in these workplaces. This study presents an adaptive algorithm for performance Received in revised format Octo- assessment of project management with respect to resilience engineering and job security in a ber 10 2017 large construction site. The required data are collected using questionnaires in a large construc- Accepted October 10 2017 Available online tion site. The presented algorithm is composed of radial basis function RBF artificial neural October 12 2017 networks multi-layer perceptron ANN-MLP and statistical tests. The results indicate that pre- Keywords paredness fault-tolerance and flexibility are the most effective factors on overall efficiency. Resilience engineering Moreover job security and resilience engineering have similar statistical impacts on overall Construction project management system efficiency. The results are verified and validated by the proposed algorithm. Performance assessment Artificial neural networks Job security 2018 Growing Science 1. Introduction Construction sites are accident-prone locations and therefore safety management plays an important role in these workplaces Sacks et al. 2009 . Resilience engineering RE is a factor that makes senses in a construction site as a high-risk organization Wehbe et .
