Document Type
Dissertation
Degree
Doctor of Philosophy (PhD)
Major/Program
Civil Engineering
First Advisor's Name
Wallied Orabi
First Advisor's Committee Title
Committee Co-Chair
Second Advisor's Name
Xia Jin
Second Advisor's Committee Title
Committee Co-Chair
Third Advisor's Name
Arindam G. Chowdhury
Third Advisor's Committee Title
Committee Member
Fourth Advisor's Name
Michael Bienvenu
Fourth Advisor's Committee Title
Committee Member
Fifth Advisor's Name
Berrin Tansel
Fifth Advisor's Committee Title
Committee Member
Keywords
Decision Making, Construction, Resource Management, Optimization, Profitability
Date of Defense
11-10-2016
Abstract
Competitive bidding typically challenges contractors to stay in business by reducing contingency and limiting profit margin, which imposes more prudent resource utilization and allocation decisions during both planning and construction phases of projects. Many of these decisions must be made considering uncertainties that affect resource production and construction performance through several factors such as weather, managerial practices, job-type, and market conditions, etc. Construction decision makers will therefore have varied approaches to deal with these uncertainties based on their risk utility or perception. This research presents the development of a model for investigating the impact of risk-based approaches on construction network outcomes. The current study contributes to development of a model that enables corporate managers to understand the impact of different resource utilization and sharing policies on the overall outcome of their project and to select among optimum planning solutions that satisfy their profit margin and capital limitations. This research also enables corporate decision makers to have more realistic estimates for the profitability of their company, and understand consequences of their decisions in short and long term. Findings of this research provide decision makers with different solutions for profitability of their corporation based on non-dominated optimal time-cost trade-offs, and also broader perspective on how overall time and budget limitations, as well as risk perceptions, can affect the decision-making process. The model is verified and the results are validated through acquiring data from actual large scale construction projects in South Florida.
Identifier
FIDC001258
Recommended Citation
Sheykhi, Reza, "Risk-Based Decision Making Support for Construction Corporate Resource Management" (2016). FIU Electronic Theses and Dissertations. 3039.
https://digitalcommons.fiu.edu/etd/3039
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