Performance-based management for construction holdings by integration of measurement frameworks

Autor: Amirnojan Naderi, Eghbal Shakeri, Amir Golroo
Rok vydání: 2021
Předmět:
Zdroj: Asian Journal of Civil Engineering. 22:751-758
ISSN: 2522-011X
1563-0854
DOI: 10.1007/s42107-020-00344-x
Popis: Nowadays, management of construction holdings has become more complex. Studies indicate less than one-fifth of holdings are successful in implementing strategies and gaining from evaluation processes. Selecting a suitable method for measuring the performance will enhance management Control capabilities. On the other hand, the weakness of traditional measurement systems and the changing competitive environment has necessitated the use of new performance measurement method. Different frameworks were used for evaluating construction holdings neglecting scientific procedure considering these organizations’ structure. The challenge would be defining a model to tailor a performance-measuring framework for each construction holding. The research method is based on content analysis and statistical computation. The knowledge base provided in this article makes tailoring the best-fitted performance measurement model for each holding possible, considering their characteristics. Therefore, construction holdings management will be based on a result-oriented measurement using performance measurement. Studying the characteristics of construction holdings and investigating on application of each performance measurement framework would be the data gathering part of research. Then, using content analyses and appropriate decision-making techniques, the knowledge base of each framework capability in any different characteristic categories is achieved. Having this tool, the performance-based management solution for a specific case will be studied. Objective of this research is to develop a validated performance measurement model tailorable for each construction holding; enhancing the performance, by the best possible measurement model.
Databáze: OpenAIRE