| Title |
A Decision Support Model for Optimal Delivery of Public Constrcution Projects |
| Authors |
Park Heetaek ; Park Chansik |
| DOI |
http://dx.doi.org/10.6106/KJCEM.2016.17.5.022 |
| Keywords |
Public Construction Project ; Project Delivery System ; Bidding System ; Contract System ; Decision Making Model |
| Abstract |
The Project Delivery System (PDS) is used in mixed way without clear classification from tendering system and the standard itself that can be selected is set with project budget or estimated cost only. Essentially, the PDS should consider and reflect project characteristics and types, internal and external factors for the purpose of improving the lives of citizens and their welfare. However, the current status is not operated flexibly due to the given budget, period and uniform laws and regulations. In order to solve this problem, this study suggests a Decision Support Model to select the optimal PDS for public construction projects. The current problem of the PDS for public construction projects were identified and the application of a decision support model was proposed. Subsequently a decision-making model was suggested for each PDS using the identified factors and linear discriminant function of discriminant analysis. An additional questionnaire survey and actual practical case analysis were carried out to verify the effectiveness and applicability of the model to actual work. It can be used by adjusting the decision support model and detailed factors according to the specific characteristics of public organization, ability of person in charge and project type. |