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2008-2009 Bulletin – PDF - SEAS Bulletin - Columbia University

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152<br />

Operations Research<br />

The operations research program is one<br />

of several applied science programs<br />

offered at the School. At the undergraduate<br />

level, it offers basic courses in<br />

probability, statistics, applied mathematics,<br />

simulation, and optimization as well<br />

as more professionally oriented operations<br />

research courses. The curriculum<br />

is well suited for students with an aptitude<br />

for mathematics applications.<br />

It prepares graduates for professional<br />

employment as operations research<br />

analysts, e.g., with management consultant<br />

and financial service organizations,<br />

as well as for graduate studies in<br />

operations research or business. It is<br />

flexible enough to be adapted to the<br />

needs of future medical and law students.<br />

Operations Research: Engineering<br />

Management Systems<br />

This operations research option is<br />

designed to provide students with an<br />

understanding of contemporary technology<br />

and management. It is for students<br />

who are interested in a technical-management<br />

background rather than one in<br />

a traditional engineering field. It consists<br />

of required courses in industrial engineering<br />

and operations research, economics,<br />

business, and computer science,<br />

intended to provide a foundation for<br />

dealing with engineering and management<br />

systems problems. Elective courses<br />

are generally intended to provide a substantive<br />

core in at least one technology<br />

area and at least one management area.<br />

Due to the flexibility of this option, it<br />

can incorporate the varied educational<br />

needs of preprofessional students interested<br />

in law, medicine, business, and<br />

finance. In addition, most students are<br />

encouraged to add a minor in economics<br />

or computer science to their standard<br />

course schedules.<br />

Operations Research: Financial<br />

Engineering<br />

In the fall of 2006, the Industrial Engineering<br />

and Operations Research<br />

Department launched a new concentration<br />

in financial engineering. Financial<br />

engineering is a multidisciplinary field<br />

integrating financial theory with economics,<br />

methods of engineering, tools of<br />

mathematics, and practice of programming.<br />

The concentration is designed to<br />

provide training in the application of<br />

engineering methodologies and quantitative<br />

methods to finance.<br />

Students graduating with this concentration<br />

are prepared to enter careers<br />

in securities, banking, financial management,<br />

and consulting industries, and fill<br />

quantitative roles in corporate treasury<br />

and finance departments of general<br />

manufacturing and service firms.<br />

Students who are interested in<br />

pursuing the rigorous concentration in<br />

financial engineering must demonstrate<br />

proficiency in calculus, computer programming,<br />

linear algebra, ordinary<br />

differential equations, probability, and<br />

statistics. This option is available to the<br />

class of <strong>2008</strong> and later. Applications to<br />

the concentration will be accepted during<br />

the fall semester of the sophomore<br />

year, and students will be notified of the<br />

departmental decision by the end of that<br />

spring semester. The department is seeking<br />

students who demonstrate strength<br />

and consistency in all the above-mentioned<br />

areas. Application to this concentration<br />

is available online: www.ieor.columbia.<br />

edu/bsfe_application.html.<br />

Undergraduate Advanced Track<br />

The undergraduate advanced track is<br />

designed for advanced undergraduate<br />

students with the desire to pursue further<br />

higher education after graduation.<br />

Students with a minimum cumulative<br />

GPA of 3.4 and faculty approval have<br />

the opportunity to participate. Students<br />

are invited to apply to the track upon<br />

the completion of their sophomore year.<br />

Advanced track students are required to<br />

take higher-level IEOR courses, including<br />

the following:<br />

IEOR E4004 instead of IEOR E3608<br />

IEOR E4106 instead of IEOR E3106<br />

IEOR E4403 instead of IEOR E4003<br />

and MATH V2500.<br />

Students successfully completing<br />

the requirements of the undergraduate<br />

advanced track will receive recognition<br />

on their academic record.<br />

Minors<br />

A number of minors are available for<br />

students wishing to add them to their<br />

programs. These minors are described<br />

starting on page 186 of this bulletin.<br />

IEOR program students may want<br />

to consider minors in economics or<br />

computer science. In addition, operations<br />

research and engineering and<br />

management systems majors may elect<br />

to minor in industrial engineering, and<br />

industrial engineering majors may elect<br />

to minor in operations research.<br />

The department does not offer a<br />

minor in engineering management<br />

systems or financial engineering.<br />

Major in Economics—<br />

Operations Research<br />

Students in <strong>Columbia</strong> College and the<br />

School of General Studies may register<br />

for a major in economics and operations<br />

research. This degree provides a student<br />

with a foundation in economic theory<br />

comparable to that provided by the general<br />

economics major while at the same<br />

time introducing the student to the field<br />

of operations research. The program is<br />

recommended for students with strong<br />

quantitative skills who are contemplating<br />

graduate studies in economics, operations<br />

research, or business.<br />

For more information on the major<br />

in economics and operations research,<br />

students should contact the departmental<br />

advisers: In Economics, Professor<br />

Susan Elmes, 1018 International Affairs<br />

Building, 212-854-3680, and in IEOR,<br />

Professor Donald Goldfarb, 313 S. W.<br />

Mudd, 212-854-8011.<br />

Required courses<br />

This program requires a total of 50.5<br />

points: 23 points in economics, 11<br />

points in mathematics, 13.5 points in<br />

industrial engineering and operations<br />

research, and 3 points in computer<br />

science.<br />

ECONOMICS<br />

W1105: Principles of economics<br />

W3211: Intermediate microeconomics<br />

W3213: Intermediate macroeconomics<br />

W3412: Introduction to econometrics<br />

one seminar and two electives (one must<br />

be above the 2000 level). At least one of the<br />

electives must have W3211 or W3213 as a<br />

prerequisite.<br />

IEOR<br />

E3106: Introduction to operations research:<br />

stochastic models<br />

E3600: Introduction to probability and statistics<br />

E3608: Introduction to mathematical programming<br />

and<br />

<strong>SEAS</strong> <strong>2008</strong>–<strong>2009</strong>

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