Skip to Content (custom)

Potential for Construction Industry Improvement, Volume II - Assessment Results, Conclusions, and Re

Publication No
SD-62
Type
Academic Document
Publication Date
Nov 01, 1990
Pages
218
Research Team
RT-017a
DOCUMENT DETAILS
Abstract
Key Findings
Filters & Tags
Abstract

The mission of the Construction Industry Institute (CII) is to improve construction cost effectiveness. Through its research the industry has been exposed to key management principles and concepts which could have a great influence (in achieving successful project performance. CII research has also confirmed many recommendations suggested in The Business Roundtable’s Construction Industry Cost Effectiveness (CICE) Study.

These two volumes discuss an attempt to quantitatively measure the current level of utilization on projects of key principles and recommendations endorsed by CII/CICE. Current project performance is also evaluated. Key project characteristics influencing both utilization and performance are explored.

The results reflect the perceptions of respondents from various owner, architect/engineer, and contractor companies involved in the design and construction of facilities. The database for the study consists of 1902 respondents representing 428 owner, A/E, and contractor companies. Each respondent completed an in-depth questionnaire reflecting their on recent projects. The questionnaires were tailored to capture the unique perspective of each participant group Data was collected during the last half of 1988.

Responses indicate that the average level of perceived utilization on projects of CII/CICE principles and recommended practices is about 66% to 70%. About two-thirds of all projects meet or perform better than cost or schedule targets. Eighty percent achieve the technical/quality performance required. Approximately two thirds to three quarters of the A/E and contractor project respectively meet project profit objectives.

An analysis of both respondent and non-respondent data characteristics suggest a bias in favor of the industry’s best and most knowledgeable companies. Therefore, current utilization and performance levels presented may be better than for the industry as a whole.

Other major findings of the study are:

  • Higher levels of utilization improve project performance.
  • Higher levels of utilization increase project profits for A/Es and construction contractors.
  • Maximum utilization could save up to $15 billion annually in project cost.
  • Level of utilization is strongly determined by project size, managerial qualities of project managers, and the project responsibility level of project managers.
  • Project managers lack strong management skills and experience.
  • One of every three projects is over budget or schedule.
  • Many economically attractive and proven practices are receiving only very moderate utilization.
  • Small projects may benefit most from increased utilization.

Part I of Volume I develops the research concept. It identifies the key objectives and goals of the study. Basic characteristics of the study target areas in the construction industry are highlighted. Improving project management practice is suggested as one means of achieving cost effectiveness in construction. A cost benefit analysis supports this premise and concludes that the monetary payoff is substantial for maximum implementation.

Part II of Volume I describes the research design. It identifies the key research hypotheses including the theoretical basis in support of these hypotheses. The specific study variables are defined and their measurement levels are presented for all project situational characteristics, project management practices, and project performance. The statistical analysis method, multiple regression, is discussed in terms of its application for this study. The survey instrument is described specifically for owners, architect/engineers, and contractors. Finally, the survey sample and characteristics for the sample data for each of the three participating groups is presented.

Part III contained in Volume II describes the survey results. It presents the results of a detailed statistical analysis of the data separately for owners, architects/engineers, and contractors. The hypotheses corresponding to the project management practice and performance assessments are confirmed or refuted. Interpretations, conclusions, and specific recommendations are offered for each participating group.

Part IV contained in Volume II discusses a general industry analysis and overall conclusions. It summarizes the results for the industry as a whole. Significant conclusions drawn from comparisons of owner, A/E, and contractor data analysis are identified. The potential savings for maximum utilization is presented. The limitations of the study are addressed. Summarizing conclusions, industry recommendations, and future research topics are offered for industry consideration.

The two volume Source Document approach was chosen to aid the reader in selectively using the report. Volume I focuses primarily on methodology and, therefore, describes the research approach. Survey data characteristics are described for owners, A/Es and contractors (Chapter 8). Volume II discusses results. However, to make Volume II stand alone, Chapter 8 of Volume I is repeated at the beginning of Volume II. Thus, the reader can study Volume II with the benefit of having all the survey data characteristics in the same volume. The reader does not necessarily need to read Volume I in its entirety to understand the results.

The layout of both Volumes, together with the format of each chapter, further enables the reader to read selectively. This approach provides the reader with the option to select those subjects within the text which most closely correspond to his or her area of interest, background, and professional experience.

The reader should carefully peruse Chapter 1, Volume I, in order to gain an understanding of the study’s background, goals, objectives, and purpose. Chapter 3, Volume 1, describes the cost benefits from implementing project management practices. This should be of interest to most readers. If, for example, the reader is from the architect/engineer community, he or she may be interested in the results pertinent to that group only. In this instance, the reader could study Chapter 8, Section 8.1.2 and then Chapter 10. These portions of Volume II focus only on results as presented in Volume II.

Finally, if a reader is interested in comparative analysis between owners, A/Es and contractors, this reader could review Section 8.6 and Chapters 12 and 13, Volume II. These parts of the report consider data and results based on the composite of all three groups. The reader is encouraged to review the Table of Contents in order to select the entry viewpoint of interest.

Key Findings

Industry utilization of key principles and recommendations on projects range from 66% to 70% across architect/engineer, contractor, and owner groups.

The utilization of the key principles and recommendations provided by the CII and CICE varies from project to project. RT-17 determined that the current level of utilization of these key principles and recommendations ranged from high 50 percent to low 80 percent on the construction projects investigated in this study. Tables showing a summary of the results from the study for the Owner, Architect / Engineer, and Contractor are presented in the research:

  • Owner results 
  • Architect/Engineer
  • Contractor
Human Resource Management was a key management category that scored very low in Average Percent Utilization. Human Resource Management will be a key area that the Construction Industry can improve on. (SD-62, p. 241)

The level of utilization of CII and CICE principles and recommendations were found to increase with project size. The levels of utilization of CII and CICE principles and recommendations were investigated based on different project variables (i.e., project size, project type, contract approach, funding source, etc.). Higher Project Cost showed higher levels of utilization by Owner, Architect/Engineer, and Contractor. Examples of the effect of project cost on the level of utilization of CII and CICE principles and recommendations:

  • Owner results (SD-62, p. 248)
  • Architect/Engineer
  • Contractor results 

More highly-rated Project Managers were found to have higher utilization of CII and CICE principles and recommendations on projects.

The effectiveness of the Project Manager was shown to have a large affect on the levels of utilization of CII and CICE principles and recommendations. Project Managers with above average skills in Human Relations, Leadership, Technical Experience, and Administrative Experience corresponded to a higher level of utilization of CII/CICE principles for Owner, as shown in Table 9.5. (SD-62, p. 248)

Similar results for Architect/Engineer and Contractor are also detailed in the research:

  • Architect/Engineer 
  • Contractor 

Higher levels of utilization of CII and CICE principles relate to better performance on all project sizes.

For all project sizes, as the levels of utilization of CII and CICE principles and recommendations are increased, the performance of the project also increases. The level of utilization has a very large influence on the performance of the project as shown in Table 12.1 (SD-62, p. 328).

Maximum utilization of CII and CICE principles and recommendations was found to have a potential cost savings of 25% with a benefit to cost ratio of 15 to 1.

It was determined that a maximum utilization of CII and CICE principles and recommendations would lead to a net cost savings of 25 percent or $18 billion annually, based on a combined industry cost of $240 billion. In order to implement the process necessary to achieve the 25 percent net cost savings, an implementation cost was estimated to be $1.2 billion. The potential net cost savings for maximum utilization of CII and CICE principles and recommendations was determined to be $16.8 billion. (SD-62, p. 334)

Emphasize implementation on projects by management categories in the following order of priority:

  1. Strategic Project Organization
  2. Design Effectiveness, Human Resource Management, and Project Controls
  3. Management of Quality
  4. Contracting, Materials Management, and Safety
RT-17 determined that there were many areas where improvement could be made in reference to the utilization of the CII and CICE principles and recommendations in the Construction Industry. These areas should all be addressed in implementation efforts to fully realize the benefits of the CII and CICE recommendations. After initial focus on Project Strategic Organization the implementation should move through other categories including Human Resource Management, Management of Quality, and Materials Management.
Filters & Tags
Research Topic
Construction
Keywords
Levels of Utilization, Design Effectiveness, Human Resource Management, Project Controls Management, Management of Quality, Contracting Materials Management, Strategic Project Organizing, Safety Management, Schedule Performance, Principles and Recommendations, rt17