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DEVELOPING
PROJECT MANAGEMENT SKILLS BY
ROLE PLAYING
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Much
of technical education is involved in solving relatively simple problems
and providing a numerical answer. With this approach, students are not
expected to know 1) how to develop the scope of a problem, 2) how to
organize a solution, nor 3) how to present the solution in a
non-technical format. The
Construction Department at Southern Illinois University at Edwardsville
has developed a course with particular attention to role playing with
the students. The professor assumes the role of a supervisor and the
student assumes the role of the project manager. The student (project
manager) is faced with typical problems that he/she must scope out,
solve, and present written and oral solutions to the professor (supervisor).This
role playing gives a flavor of project management and helps educate the
student in an environment less critical than an actual project. |
INTRODUCTION
As
their first job, many graduates become project managers on construction
projects. In this role, they are often called upon to evaluate problems and
report to upper management. These evaluations are both written and oral and can
cover a variety of topics.
Southern
Illinois University at Edwardsville has developed a course that puts the
students in typical situations that they will face on construction projects. The
professor assumes the role of top management and the students assume the role of
the project manager. The students (project manager) are faced with typical
project management problems that they must scope out, evaluate, and present
recommendations in both written and oral form to the professor (top management).
The students are given three separate types of assignments that model
circumstances that are likely to occur on his/her first job.
COURSE
DETAILS
The
course entitled Construction Quality Control is a senior elective class taught
every other year. The course is team taught by the authors to allow the students
to have at least two opinions on how to handle assignments.
Both
of the authors are active as consultants, thus several of the assignments come
from problems they have worked on. The authors also have found that the area
contractors and consulting engineers are willing to share reports, plans and
specifications, provided the names and locations are removed. In our opinions,
using real case histories (or as close as possible) provides the necessary
realism to the class.
TYPICAL
ASSIGNMENTS
The
first assignment is to introduce the students to typical quality control
problems. The students are presented with the plans and specifications for a
small construction project and are asked to assume that the work is being
subcontracted. As project managers, they are asked what inspection and quality
control programs they should conduct so there is assurance that the
subcontractor has done the work correctly. Each student is given a different
part of the project (i.e., plumbing, concrete flatwork, roofing or painting).
This
assignment exposes the students to several realities. They come to realize that
several standards are available to test and document the quality of materials;
workmanship is much harder to define and evaluate. Usually workmanship is
considered acceptable if it meets industry standards. Unfortunately, few agree
to what the industry standards are, thus conflicts occur. The students will also
realize that several areas of construction are scheduled concurrently, and as
project managers, they cannot witness every aspect of the construction nor can
they test every element.
The
students orally present to their fellow project managers (other students in the
class) how they plan to establish their quality control procedures and how much
time they plan to invest in these procedures. Spirited discussions result as the
students wrestle with the ideas of how much inspection and quality control is
needed and how to use test procedures to control quality and workmanship. The
students complete their assignments with written memos to their supervisor
(professor) identifying their recommendations.
The
second assignment addresses a complex legal issue involving a construction
failure. The students are given several conflicting evaluations and depositions.
The project managers (the students) are to serve as advisors to upper management
and to recommend what additional experts may be needed to complete the
investigation. The students also have to recommend how to resolve the
conflicting evaluations, and what legal defense is available for each company.
Ideally, the students realize how to complete an evaluation, develop ways of
resolving technical conflicts, and discover that the legal profession does not
evaluate a technical problem in the same way as does the contractor. It is also
surprising to the students that experts can evaluate the facts differently and
that technical conflicts do exist. On this assignment, the students present to
their supervisor (professor) a written and an oral report describing their
findings.
The
third assignment involves trouble shooting a problem on a project site. The
students are given the following information:
1. A consultant has been retained to investigate a problem on your job site and his/her report is enclosed.
a)
Exactly what is the problem?
b)
What caused the problem?
c)
Who or what is responsible?
d) What should the company do about the problem?
e) Does the company need to change procedures so that this problem will not happen on other projects?
The
students find that most consultants' reports do not answer all the questions.
Many times the consultant does not have all the facts, or is asked to answer
very specific problems; thus their reports are not complete nor do they
evaluate all of the options. (When using these reports, the faculty have to be
creative in supplementing details of the problem so that the students will have
enough information to evaluate the project.) The students discover that not all
problems are a result of bad construction. In many instances, a problem results
from poor design, lack of maintenance by the owner, unrealistic expectations of
the owner or designer, subcontractors' errors, and/or acts of God. The project
manager must therefore analyze the problem and determine responsibility. Only
then can the company correctly respond and develop a plan of how to resolve the
problem.
The
students orally present their findings at a project manager meeting (the class).
The written memo to the supervisor (professor) will include the students'
recommendations from their research and oral presentations/discussions.
CONCLUSION
This is senior elective course and has followed the theme of several other courses in requiring written reports. The written reports skills were generally satisfactory because of the students' experience in writing. The students' verbal skills have not been required in as many courses, thus the verbal skills needed considerable improvement. The professors did notice a definite improvement in the students' verbal skills by the end of the course.
Probably
the most important element of the course is forcing the students into real-world
situations where they learn techniques of recognizing a problem, evaluating
potential solutions, and making recommendations of how to solve the problem. It
is our opinion that this type of course can be beneficial to the students by
showing them the real world in a learning situation where the consequence of a
mistake is less critical and inexpensive to correct than on an actual jobsite.
REFERENCES Buchert,
K. P., "Claims and Disputes - You Can Help Yourself," AGC of
Illinois, The Builder, July, 1987. Buchert, K. P., "Remember the Good Old Days?--What About the Future?" ASCE Specialty Conference, "Managing the Client-Consultant Relationship," San Francisco, November, 18-19, 1982 Hoadley and Snell, "Some
Experiences with Practicing Engineers in the Classroom," ASCE
Conference on Civil Engineering Education, 1979. Schultz, Alan H., and Westmore,
Richard A., "Water Resources Education Requirements of Engineering
Firm," Proceedings, ASCE, V. 105, WR2, September 1979,
pp. 377-384. Snell, Luke M., "Innovative
Approaches in Concrete Education," Concrete International, June,
1987. Snell, Luke M., "Teaching
Memo and Letter Writing Techniques in the Classroom," Engineering
Education, May/June,
1990. Snell,
Luke M., "The Engineering Community's Participation in
Education," American Concrete Institute Journal, June,
1978. |