master of science in operations...
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Department of Industrial Engineering & Operations Research
500 W. 120th St., Rm 313, NY, NY, 10027212-854-2941/2942 (Admissions)
Master of Science in
Operations Research Industrial Engineering & Operations Research
ieor.columbia.eduieor.columbia.edu/admissions
ApplicationDeadline
February 15
�e Master of Science in Operations Research program is designed to
enable students to concentrate their studies in methodological areas such
as mathematical programming, stochastic models, and simulation. �e department o�ers a variety of
domain speci�c courses in areas including logistics, supply chain
management, revenue management, �nancial engineering, risk
management, entrepreneurship, and general management.
“Our world-class faculty teaches and mentors students in a stimulating academic environment. We are very proud of our graduates, many of
whom become leaders in industry and academia. Operations Research is an applied science, and is concerned with quantitative decision making, generally involving the allocation and control of
limited resources. Such problems arise, for example, in the operations of industrial �rms, �nancial institutions, health care organizations,
transportation systems, energy and resources, and government.”-Professor Cli� Stein, IEOR Department Chair
Fall Admission Info Sessions:10:30am-11:30amMost Mondays in
September, October & NovemberRSVP online
Located in Mudd 303
“�anks to a �rst-rate education and a dedicatedacademic and career team, our MSOR graduates are uniquely positioned to succeed in the competitive global marketplace.”
Donald GoldfarbProfessor & Interim Dean of Columbia Engineering
“Our MSOR program is �exible and rich with electives in engineering, business, economics, and international a�airs. �e Department is also host to numerous academic, alumni, career, and social events throughout the year.”
Maria Chudnovsky Professor
Concentration: Applied Probability
At least three of: Production & Operations Management Game �eoretic Models of Operations Dynamic Pricing & Revenue Management Quantitative Risk Management Introduction to Financial Engineering Supply Chain Management Demand & Supply Analytics
Concentration: Financial and Managerial Applications
Corporate Finance Derivatives Pricing Management Advanced Engineering &
Corporate Economics Introduction to Financial
Engineering At least one of: Project Management Decisions Models & Apps. Entrepreneurial Business
Creation for Engineers Managing Tech. Innovation
& Entrepreneurship Studies in Operations
Research
And at least one of: Global Capital Markets (or
Capital Markets & Investments) Advanced Corporate Finance Corporate Finance (or Corporate
Finance, Economics of Finance)
And at least one of: Quantitative Risk Management Pricing Models Asset Allocation Credit Risk & Credit Derivatives Quantitative Finance: Models and
Computation
Concentration: Optimization
At least three of: Production & Operations Management Production Scheduling Resource Allocation: Models, Algorithms & Apps. Operations Research in Public Policy Healthcare Operations Management Project Management Applied Systems Engineering Applied Integer Programming Decisions Models & Applications Service Engineering Asset Allocation Supply Chain Management
Concentration: Logistics and Supply Chain Management
Technical Management At least three of: Production & Operations Management Advanced Eng. & Corporate Economics Production Scheduling Logistics & Transportation Management Healthcare Operations Management Applied Integer Programming Dynamic Pricing & Revenue Management Quantitative Risk Management Service Engineering Supply Chain Management Demand & Supply Analytics
At least three of: Resource Allocation: Models,
Algorithms & Applications Project Management Applied Systems Engineering Entrepreneurial Business
Creation for Engineers Decisions Models & Apps. Studies in O.R. Managing Tech. Innovation &
Entrepreneurship �e Manufacturing Enterprise