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Preface (3 rd Edition)
INTRODUCTION
The first and second editions of this text book have enjoyed a good deal of success and
been translated into a number of foreign languages. The third edition builds upon the core
material that was well received in the first two editions.
I hope that this text will give those interested in construction engineering a broad
coverage of some of the many topics which construction engineers deal with on a daily
basis. As I stated in previous editions, a construction manager is like an Olympic decathlon
athlete who must show great competence in a multitude of areas ranging from design of
construction operations to labor relations. The successful construction manager must be “a
jack of many skills and master of all.”
Construction, as an engineering discipline, is well characterized by a former President
of the United States who was a respected engineer in his own right. Herbert Hoover stated:
“It is a great profession. There is the fascination of watching a figment of the
imagination emerge through the aid of science to a plan on paper. Then it moves
to realization in stone or metal or energy. Then it brings jobs and homes to men.
Then it elevates the standards of living and adds to the comforts of life. That is the
engineer’s high privilege.”
As noted in Chapter 6, another U. S. President, Dwight D. Eisenhower, renowned for
his ability to manage, stated a concept that is a good guide to all:
“Plans are nothing. Planning is everything!”
NEW MATERIAL IN THIS EDITION INCLUDES:
Chapter openers added at the beginning of each chapter, describing new technologies
or supplemental materials that are relevant to the topic of the chapter.
Section 1.5, Construction versus Manufacturing Processes , which discusses the dif-
ference between purchasing construction and purchasing manufactured speculative
products.
Expanded coverage of Value Engineering (Chapter 3), including a demonstration
example.
Additional explanations and a discussion of Product Delivery Systems (Chapter
4), illustrating the different systems available. This material helps students see the
benefits/weaknesses of various contract formats and when it is best to use one over
another.
The concept of “scope of work” defining the project and break-down of the project
into “work packages” in the context of a “Work Breakdown Structure” (Chapter 6).
This material is designed to help students break a project into its component parts
and analyze project progress in terms of earned value (Chapter 15). This prepares
the student for topics in the Scheduling Chapter (Chapter 7). One of the problems
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Instructor Resources
students have with scheduling is how to break a project into pieces/activities. This
material helps answer the question, ”Where do I start in developing a schedule?”
In the “Project Scheduling” Chapter 7, the work packaging material is used to develop
the activities in the network schedule. This chapter opens with a discussion of the
precedence notation (Activity on Node or AON) since this is the basis of present
practice.
Earned value analysis is included in Chapter 15.
Chapter 18, covering Construction Operations, is on the book website at
www.wiley.com/college/halpin. This chapter involves the actual placement of con-
struction in the field, using resources such as equipment and labor.
Dated material is cut or moved to an appendix, in order to reflect current practice.
Forexample, arrow notation scheduling has been moved to an appendix.
Web-based resources including Web CYCLONE (permits simulation of construction
operations), and examples showing how to build models, from masonry to bridges,
are included on the book web site.
STUDENT RESOURCES
The following resources are available from the book website at www.wiley.com/college/
halpin. Visit the Student section of the website.
Information about and support materials for the two leading scheduling software
programs, Primavera, and Microsoft Project.
The author’s website “Emerging Construction Technologies”
Chapter 18, covering Construction Operations. This chapter involves the actual place-
ment of construction in the field, using resources such as equipment and labor. This
material covers the business of placing the construction physically in the field, what
is done to actually build the project ( e.g. putting concrete in place with a crane and
bucket and pump) and the sequence of when tasks need to be done. The chapter dis-
cusses the concept of sequence and technical logic. It addresses the questions “How
and in what sequence am I going to build?” and “What resources will I use”
The book web site includes a comprehensive Simulation Homepage. This home-
page includes material regarding construction process simulation and describing
glossary/definition terms specific to CYCLONE modeling format.
A web-based program, Web CYCLONE permits simulation of construction opera-
tions. The web site also includes extensive material regarding the CYCLONE con-
struction modeling system.
Examples showing how to build models (e.g. a masonry model, an asphalt paving
model and a concrete supply model.)
INSTRUCTOR RESOURCES
All instructor resources are available from the book website at www.wiley.com/college/
halpin ,available only to instructors who adopt the text:
Solutions Manual
Image Gallery of Text Figures
Text Figures in PowerPoint format
All resources from Student section of the website.
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Preface (3 rd
Edition)
These resources are password-protected. Visit the Instructor section of the book website
to register for a password to access these materials.
ACKNOWLEDGEMENTS
Iwould like to acknowledge my co-author in previous editions, Ron Woodhead, Emeritus
Professor at the U. of New South Wales, Australia. Without his vision, this book would not
have become a reality.
Iwould also like to thank the many colleagues and numerous students who have
provided valuable feedback regarding various aspects of this text. It is safe to say that well
over 100,000 students have used this text in some fashion since it was originally published.
Iwould like to say “many thanks” to all who have provided comments and constructive
feedback over the years, including the following instructors who reviewed or provided
feedback for this edition:
Irtishad Ahmad, Florida International University
Lansford C. Bell, Clemson University
Paul G. Carr, Cornell University
Kris G. Mattila, Michigan Technological University
Ali Touran, Northeastern University
Marlee Walton, Iowa State University
Trefor P. Williams, Rutgers University
Wesley C. Zech, Auburn University
In particular, I would like to thank the following colleagues for their insights and
contributions regarding the material provided in this book:
Dulcy Abraham, Bob Bowen, Peter Dozzi, Jimmie Hinze, Mike Kenig, Jerry Kerr,
Bolivar Senior and Joe Sinfield.
Finally and most importantly, I would like to acknowledge my wife, Maria, for her
incomparable support. Our many lively discussions, full of questions and insight, have
shaped my thinking over the past 40 years. Her interest and support has been the most
significant force in realizing this and a lifetime of exciting projects.
Daniel W. Halpin
Purdue University
W. Lafayette, IN
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