2009-2010 Bulletin â PDF - SEAS Bulletin - Columbia University
2009-2010 Bulletin â PDF - SEAS Bulletin - Columbia University
2009-2010 Bulletin â PDF - SEAS Bulletin - Columbia University
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INDUSTRIAL ENGINEERING AND OPERATIONS RESEARCH<br />
313 S. W. Mudd, MC 4704, 212-854-2941<br />
www.ieor.columbia.edu<br />
151<br />
CHAIR<br />
Clifford Stein<br />
326 S. W. Mudd<br />
DIRECTOR: ADMINISTRATION,<br />
ACADEMIC AND<br />
PROFESSIONAL<br />
DEVELOPMENT<br />
Jenny S. Mak<br />
324 S. W. Mudd<br />
STUDENT AFFAIRS<br />
MANAGER<br />
Adina Berrios Brooks<br />
DIRECTOR:<br />
UNDERGRADUATE<br />
PROGRAMS<br />
Garud Iyengar<br />
DIRECTOR: M.S. PROGRAMS<br />
IN ENGINEERING<br />
MANAGEMENT SYSTEMS,<br />
INDUSTRIAL ENGINEERING,<br />
AND OPERATIONS<br />
RESEARCH<br />
Soulaymane Kachani<br />
DIRECTOR: MASTER OF<br />
SCIENCE IN FINANCIAL<br />
ENGINEERING<br />
Emanuel Derman<br />
DIRECTOR: DOCTORAL<br />
PROGRAMS<br />
Daniel Bienstock<br />
PROFESSORS<br />
Daniel Bienstock<br />
Mark Broadie<br />
Business School<br />
Edward M. Coffman Jr.<br />
Electrical Engineering<br />
Emanuel Derman<br />
Awi Federgruen<br />
Business School<br />
Guillermo Gallego<br />
Paul Glasserman<br />
Business School<br />
Donald Goldfarb<br />
Iannis Karatzas<br />
Mathematics<br />
Peter J. Kolesar<br />
Business School<br />
S. G. Steven Kou<br />
Karl Sigman<br />
Clifford Stein<br />
M. Suresh Sundaresan<br />
Business School<br />
Garrett van Ryzin<br />
Business School<br />
Ward Whitt<br />
Vlihalis Yannakakis<br />
Computer Science<br />
David D. Yao<br />
ASSOCIATE PROFESSORS<br />
Maria Chudnovsky<br />
Rama Cont<br />
Garud Iyengar<br />
Soulaymane Kachani<br />
Jay Sethuraman<br />
ASSISTANT PROFESSORS<br />
Jose Blanchet<br />
Mariana Olvera-Cravioto<br />
Xuedong He<br />
LECTURER IN DISCIPLINE<br />
Martin Haugh<br />
ADJUNCT FACULTY<br />
Khasha Dehnad<br />
David DeRosa<br />
Alexander Eydeland<br />
Leon S. Gold<br />
Ali Hirsa<br />
Iraj Kani<br />
Alexander Kuznetsov<br />
William J. Latzko<br />
Michael D. Lipkin<br />
Hanan Luss<br />
Allan Malz<br />
Leon M. Metzger<br />
Peter V. Norden<br />
Lucius J. Riccio<br />
David Robbins<br />
Alexander Stanton<br />
Leon Tatevossian<br />
Leo Tilman<br />
Andrew Webster<br />
Sheldon Weinig<br />
Larry Wright<br />
Industrial engineering is the branch of<br />
the engineering profession that is<br />
concerned with the design, analysis,<br />
and control of production and service<br />
systems. Originally, an industrial engineer<br />
worked in a manufacturing plant<br />
and was involved only with the operating<br />
efficiency of workers and machines.<br />
Today, industrial engineers are more<br />
broadly concerned with productivity and<br />
all of the technical problems of production<br />
management and control. They may<br />
be found in every kind of organization:<br />
manufacturing, distribution, transportation,<br />
mercantile, and service. Their<br />
responsibilities range from the design<br />
of unit operations to that of controlling<br />
complete production and service systems.<br />
Their jobs involve the integration<br />
of the physical, financial, economic,<br />
computer, and human components of<br />
such systems to attain specified goals.<br />
Industrial engineering includes activities<br />
such as production planning and control;<br />
quality control; inventory, equipment,<br />
warehouse, and materials management;<br />
plant layout; and workstation design.<br />
Operations research is concerned<br />
with quantitative decision problems,<br />
generally involving the allocation and<br />
control of limited resources. Such problems<br />
arise, for example, in the operations<br />
of industrial firms, financial institutions,<br />
health care organizations, transportation<br />
systems, and government.<br />
The operations research analyst develops<br />
and uses mathematical and statistical<br />
models to help solve these decision<br />
problems. Like engineers, they are problem<br />
formulators and solvers. Their work<br />
requires the formation of a mathematical<br />
model of a system and the analysis and<br />
prediction of the consequences of alternate<br />
modes of operating the system.<br />
The analysis may involve mathematical<br />
optimization techniques, probabilistic<br />
and statistical methods, experiments,<br />
and computer simulations.<br />
Engineering management systems<br />
is a multidisciplinary field in industrial<br />
engineering, operations research, contemporary<br />
technology, business, economics,<br />
and management. It provides<br />
a foundation for decision making and<br />
managing risks in complex systems.<br />
Financial engineering is a multidisciplinary<br />
field integrating financial theory<br />
with economics, methods of engineering,<br />
tools of mathematics, and practice<br />
of programming. The field provides<br />
training in the application of engineering<br />
methodologies and quantitative methods<br />
to finance.<br />
<strong>SEAS</strong> <strong>2009</strong>–<strong>2010</strong>