CASE STUDY 9: Brookhaven National Laboratory Hal G. Rainey I am involved in a study under a grant from the U.S. Department of Energy (DOE), a federal agency that, among other duties, supervises the national scientific and weapons laboratories, such as Los Alamos, Scandia, Oak Ridge, and Brookhaven. As part of the team doing this study, I am responsible for Brookhaven National Laboratory (BNL) on Long Island, New York. We are assessing the management of the laboratories, which is always handled by private sector contractors who have contracts from DOE to provide the management of the labs. The labs are called GOCOs, for “government-owned, contractor operated.” We have to assess whether this contracting-out of management is a good idea. Brookhaven is a major scientific activity, on a five-thousand-acre compound. It has a distinguished history, with several Nobel laureates who have won their prizes on the basis of their work at BNL. There is a huge particle accelerator there, called the RHIC, that is the most important facility in the world for research by physicists on the nature of matter and of subatomic particles. The are also some major management and morale issues. Now, switch to the Democratic National Convention of 2000, because something very relevant occurred there. Christy Brinkley, the supermodel, was a convention delegate from New York. She lives on Long Island, and has been part of a prominent outcry over nuclear radiation on Long Island. Interviewed on national television at the convention, she declared to the nation that her primary goal for becoming involved in politics is to shut down the nuclear reactors on Long Island. What does this have to do with BNL? BNL used to have a nuclear reactor for research purposes, and it has already been shut down, due to protests and public criticisms from Ms. Brinkley, other celebrities who live on Long Island such as Alex Baldwin, national environmental protection activists, and citizens from the area. The scientists at BNL feel the reactor was safe. They feel that closing it was a sudden, unjustified response by DOE executives to the political heat from the public controversy. In addition, several years ago, there was a small leak of tritium, a radioactive substance, discovered at BNL. The scientists feel that it was completely harmless, but when the news came out, the public—celebrities, activists, and citizens—reacted with a virtual hysteria. Many of the scientists at the lab were drawn into public meetings and controversies, trying to explain that conditions were safe at BNL. Their efforts were to no avail, and the controversy raged. Abruptly, the Secretary of Energy (the head of DOE) cancelled the contract for management of BNL that the former management group had held, and after some bidding brought in a new management group that currently manages BNL. Again, the scientists were concerned about the suddenness and lack of clear justification for this decision. The new management gr ...

1. CASE STUDY 9: Brookhaven National Laboratory
Hal G. Rainey
I am involved in a study under a grant from the U.S. Department
of Energy (DOE), a federal agency that, among other duties,
supervises the national scientific and weapons laboratories,
such as Los Alamos, Scandia, Oak Ridge, and Brookhaven. As
part of the team doing this study, I am responsible for
Brookhaven National Laboratory (BNL) on Long Island, New
York. We are assessing the management of the laboratories,
which is always handled by private sector contractors who have
contracts from DOE to provide the management of the labs. The
labs are called GOCOs, for “government-owned, contractor
operated.” We have to assess whether this contracting-out of
management is a good idea.
Brookhaven is a major scientific activity, on a five-thousand-
acre compound. It has a distinguished history, with several
Nobel laureates who have won their prizes on the basis of their
work at BNL. There is a huge particle accelerator there, called
the RHIC, that is the most important facility in the world for
research by physicists on the nature of matter and of subatomic
particles. The are also some major management and morale
issues.
Now, switch to the Democratic National Convention of 2000,
because something very relevant occurred there. Christy
Brinkley, the supermodel, was a convention delegate from New
York. She lives on Long Island, and has been part of a
prominent outcry over nuclear radiation on Long Island.
Interviewed on national television at the convention, she
declared to the nation that her primary goal for becoming
involved in politics is to shut down the nuclear reactors on Long
Island.

2. What does this have to do with BNL? BNL used to have a
nuclear reactor for research purposes, and it has already been
shut down, due to protests and public criticisms from Ms.
Brinkley, other celebrities who live on Long Island such as Alex
Baldwin, national environmental protection activists, and
citizens from the area. The scientists at BNL feel the reactor
was safe. They feel that closing it was a sudden, unjustified
response by DOE executives to the political heat from the
public controversy.
In addition, several years ago, there was a small leak of tritium,
a radioactive substance, discovered at BNL. The scientists feel
that it was completely harmless, but when the news came out,
the public—celebrities, activists, and citizens—reacted with a
virtual hysteria. Many of the scientists at the lab were drawn
into public meetings and controversies, trying to explain that
conditions were safe at BNL. Their efforts were to no avail, and
the controversy raged. Abruptly, the Secretary of Energy (the
head of DOE) cancelled the contract for management of BNL
that the former management group had held, and after some
bidding brought in a new management group that currently
manages BNL. Again, the scientists were concerned about the
suddenness and lack of clear justification for this decision.
The new management group came in under pressure from DOE
to do a lot to show the public that conditions at the lab are safe
and will remain so. DOE also wanted the new management
group to do a lot to increase attention to environmental
protection and to health and safety at the lab. Examine the two
attached organization charts. Look at the first major horizontal
level below the director, where the associate and assistant
directors are. Can you see changes from 1996 (Director Samios)
to 1998 (Director Marburger) in the offices and positions, that
reflect the pressures from the DOE (and the public) on the new
management team? As part of these changes, the new
management team put in a lot of rules and procedures about

3. safety and environmental protection with which the scientists
have to comply.
Many of the scientists feel very worried and upset about these
changes and the turmoil that led to them. Some feel that they
were already running a safe, secure, environmentally protective
facility, and while they agree with the new rules, they consider
a lot of them unnecessary red tape. Some also worry that many
people at BNL feel insecure about its future, and good scientists
are either leaving or refusing to accept employment there. Many
BNL employees feel that they cannot really trust the leadership
of DOE to make sound decisions about the lab, and that the
future of the lab may be in jeopardy. A major challenge that the
new management team has been trying to address involves
reassuring the scientists and keeping the operations of the lab
running smoothly.
Source:
This case was written by Hal G. Rainey, Alumni Foundation
Distinguished Professor, Department of Public Administration
and Policy, University of Georgia
Discussion Questions
What changes do you identify on the two organization charts?
Just from what you know from the preceding description, how
would you interpret them—why did the new team make these
changes, and what were they trying to do?
The leaders of BNL face the challenge of organizing the lab.
There is already an organization, but they have to try to better
organize it. Thinking about this example, consider what it
means to be “organized” and “better organized.” Make a list of
at least five important characteristics or dimensions of an
organization that managers need to focus on, when trying to
decide how well they are organized and how to get better

4. organized.
Discussion Questions for Later Chapters
Review the BNL material, and suggest the ways in which
concepts of organizational structure, such as centralization,
formalization, and others, apply to the case. For example, are
formalization, centralization, complexity, and other dimensions
increasing or decreasing, and in what apparent ways? See if you
can find applications for other structural concepts as well, such
as integrating devices, and general organizational forms, such
as functional, divisional, hybrid, and matrix forms.
What concepts of technology and information technology can
you apply?
The background materials that you have been provided do
indicate that structural changes have been occurring at BNL.
Why? How would you explain the influences on the structure
from the environment, the tasks and technology, and other
factors that influence organizational structure? Can you identify
opposing pressures on the structure from some of these sources
that are creating problems?
BNL: Facts and Important Information
The U.S. Department of Energy has authority over Brookhaven
National Laboratory (BNL).
The DOE contracts out the management of BNL.
—BNL is a “GOCO.”
—The DOE contracts with another organization, such as
a university or aerospace firm, to provide management for BNL.

5. There is a public outcry over BNL.
—Celebrities (a supermodel and a popular actor),
environmental groups, and local citizens worry about dangers
from BNL.
—There are concerns over nuclear contamination (for
example, a tritium leak).
The DOE seeks to tighten control over BNL.
—It shuts down the nuclear reactor at BNL.
—It fires management at BNL, then contracts with a
new group for new management.
—It pressures the new contractor to strengthen
procedures for nuclear safety, environmental protection and
safety, public relations, and security of information and access
to the lab.
Looking at the two organization charts, can you see the
influence of the changes?
Why are the scientists concerned? What are the challenges for
the new leadership of the lab?
The two organization charts that follow on the next pages are
the chart for 1996 prior to the reorganization, and the chart for
1998 after the reorganization. How has the structure changed?
Why?