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A New Approach to Assessing and Measuring Project Complexity

A New Approach to Assessing and Measuring Project Complexity

Publication No
RS305-1
Type
Research & Development Product
Publication Date
Feb 01, 2017
Pages
24
Research Team
RT-305
DOCUMENT DETAILS
Abstract
Key Findings
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Abstract
The Construction Industry Institute (CII) established Research Team 305 (RT-305), Measuring Project Complexity and Its Impact, and tasked it with developing a method of measuring project complexity and determining how that complexity drives project-re
Key Findings

RT-305 initially identified 40 complexity attributes and 92 indicators, and then tested them in a survey with indicator questions. The purpose of survey data was to determine which complexity measures were significant in differentiating between low- and high-complexity projects. The team received from 44 projects in all, with 14 responses for low-complexity projects and 30 responses for high-complexity projects. The data analysis resulted in 23 attributes and 37 complexity indicators, grouped into 11 categories that are significant in differentiating low complexity projects from high complexity projects. These complexity indicators are summarized in Table 1 of the research summary (Table 1, RS 305-1). The project complexity attributes and their indicators should be assessed uniquely for those indicators that are considered the most relevant to the specific conditions and influences describing a project’s complexity.

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Best Practice
Research Topic
Measuring Project Complexity and Its Impact
Keywords
Project Complexity, Complexity Indicators, Complexity Attributes, Complexity Levels, Management Strategies, Process, Measurement, Project Phases, rt305