Management Science and Engineering (MS)
Columbia Engineering and Columbia Business School offer a Master of Science in Management Science and Engineering degree, with a three-semester curriculum designed for those who want to focus on management and engineering perspectives in solving problems of complex systems. A key feature of this program is the year-long Operations Consulting where students immediately engage with industry clients to solve their business and operational challenges. Students select from 3-4 consulting projects to gain industry experience while taking courses.
In addition to the core and semi-core requirements, Management Science and Engineering has seven concentrations:
- Operations and Analytics;
- Pricing and Revenue Management;
- Entrepreneurship and Innovation;
- Logistics and Supply Chain Management;
- Financial Technology (Fin Tech);
- Healthcare Management; and
- Product Management
Additional details regarding these concentrations are available on the MS&E website at ieor.columbia.edu/mse-curriculum.
Graduates of this program are expected to assume positions as analysts and associates in consulting firms, business analysts in logistics, supply chain, operations, or revenue management departments of large corporations, and as financial analysts in various functions (e.g., risk management) of investment banks, hedge funds, credit-card companies, and insurance firms.
Management Science and Engineering (36 points) can be completed in a single calendar year, in three semesters. Students enter in the fall term and can either finish their coursework at the end of the following August, or alternatively, have the option to take the summer term off (e.g., for an internship) and complete their coursework by the end of the following fall term. Students are required to take the equivalent of 12 three-point courses (36 points).
Students must take at least six courses (18 points) within the IEOR Department, three to six courses at the Business School, and the remaining courses (if any) within the School of Engineering; the School of International
and Public Affairs; the Law School; or the Departments of Economics, Mathematics, and Statistics. Students in residence during the summer term can take two to four Business School courses in the third (summer) semester in order to complete their program. Additional details regarding these electives are available in the Departmental office and on the MS&E website at mse.ieor.columbia.edu.
Management Science and Engineering (36 points)
Code | Title | Points |
---|---|---|
Required Core Courses | ||
IEOR E4004 | OPTIMIZATION MODELS AND METHODS (first fall semester) | |
IEOR E4101 | PROBABILITY STAT & SIMULATION (first fall semester) | |
IEOR E4102 | STOCHASTIC MODELING FOR MSE (spring semester) | |
IEOR E4111 | OPERATIONS CONSULTING (starts fall semester, year-long course) | |
IEOR E4399 | MSE Quantitative Bootcamp | |
DROM B8000 | OPTIMIZATION & SIMULATION BOOTCAMP | |
Semi-Core Courses | ||
(DRO, Analysis, and Management Electives 18 points) | ||
Decision, Risk, and Operations Electives | ||
For a full list of DROM course schedules visit courses.business.columbia.edu | ||
Choose nine points from the following: | ||
DROM B8101 | Business Analytics II (Full Term) | |
DROM B8102 | ||
DROM B8103 | Business Analytics II Half Term | |
DROM B8105 | ||
DROM B8106 | Operations Strategy | |
DROM B8107 | Service Operations Management | |
DROM B8108 | Supply chain management | |
DROM B8109 | ||
DROM B8110 | Game-Theoretic Business Strategy | |
DROM B8112 | ||
DROM B8114 | ||
DROM B8115 | ||
DROM B8116 | Risk Management | |
DROM B8123 | Demand Analytics | |
DROM B8128 | ||
DROM B8131 | Sports Analytics | |
DROM B8132 | ||
DROM B8143 | ||
DROM B8145 | ||
DROM B8146 | ||
DROM B8153 | People Analytics: Creating Business Value from Data | |
DROM B8159 | ||
DROM B8510 | MANAGERIAL NEGOTIATIONS | |
DROM B8816 | Quantitative Pricing & Revenue | |
DROM B8823 | ||
DROM B9122 | ||
Analysis and Management Electives | ||
Complete nine points minimum | ||
Analysis Group | ||
Choose at least one of the following: | ||
CSOR E4231 | ANALYSIS OF ALGORITHMS I | |
IEOR E4008 | COMPUTATION DISCRETE OPT | |
IEOR E4405 | PRODUCTION SCHEDULING | |
IEOR E4407 | GAME THEOR MODELS OF OPERATION | |
IEOR E4418 | TRANSPORTATION ANALYTICS & LOGISTICS | |
IEOR E4501 | TOOLS FOR ANALYTICS | |
IEOR E4507 | HEALTHCARE OPERATIONS MGT | |
IEOR E4520 | APPLIED SYSTEMS ENGINEERING | |
IEOR E4521 | SYSTEM ENGI TOOLS/METHODS | |
IEOR E4523 | DATA ANALYTICS | |
IEOR E4525 | MACHINE LEARNING FE & OPR | |
IEOR E4526 | ANALYTICS ON THE CLOUD | |
IEOR E4530 | TOPICS IN OPERATIONS RESEARCH | |
IEOR E4532 | Visualization and Storytelling with Data | |
IEOR E4533 | Performance, Objectives, & Results Using Data Analytics | |
IEOR E4534 | Applied Analytics: from Data to Decisions | |
IEOR E4540 | DATA MINING | |
IEOR E4544 | Statistical Methods for Analytics | |
IEOR E4571 | TOPICS IN OPERATIONS RESEARCH | |
IEOR E4575 | TOPICS IN OPERATIONS RESEARCH | |
IEOR E4577 | TOPICS IN OPERATIONS RESEARCH | |
IEOR E4579 | TOPICS IN OR | |
IEOR E4601 | DYNAMIC PRICING/REVENUE MGMT | |
Management Group | ||
Choose at least one of the following: | ||
IEME E4200 | HUMAN-CENTERED DESIGN AND INNOVATION | |
IEOR E4402 | Corporate Finance, Accounting & Investment Banking | |
or IEOR E4403 | QUANTITATIVE CORPORATE FINANCE | |
IEOR E4505 | OPERATION RES IN PUBLIC POLICY | |
IEOR E4506 | DESIGN DIGITAL OPERATING MODELS | |
IEOR E4510 | PROJECT MANAGEMENT | |
IEOR E4570 | TOPICS IN OPERATIONS RESEARCH | |
IEOR E4575 | TOPICS IN OPERATIONS RESEARCH | |
IEOR E4578 | TOPICS IN OPERATION RESEARCH | |
IEOR E4711 | GLOBAL CAPITAL MARKETS | |
IEOR E4998 | MANAG TECH INNOV & ENTREPRENEURSHIP | |
Breadth Electives | ||
The breadth electives can be selected from the Business School, the School of Engineering, the School of International and Public Affairs, the Law School, or the Departments of Economics, Mathematics, and Statistics. | ||
CSOR W4246 | ALGORITHMS FOR DATA SCIENCE | |
IEOR E4207 | HUMAN FACTORS: PERFORMANCE | |
IEOR E4404 | SIMULATION | |
IEOR E4500 | APPLICATIONS PROGRAMMNG FOR FE | |
IEOR E4573 | TOPICS IN OR | |
IEOR E4574 | TOPICS IN OR | |
IEOR E4576 | TOPICS IN OPERATIONS RESEARCH | |
IEOR E4577 | TOPICS IN OPERATIONS RESEARCH | |
IEOR E4578 | TOPICS IN OPERATION RESEARCH | |
IEOR E4602 | QUANTITATIVE RISK MANAGEMENT | |
IEOR E4620 | PRICING MODELS FOR FIN ENGIN | |
IEOR E4630 | ASSET ALLOCATION | |
IEOR E4700 | INTRO TO FINANCIAL ENGINEERING | |
IEOR E4718 | INTRO-IMPLIED VOLATILITY SMILE | |
IEOR E4720 | TOPICS IN QUANT FINANCE | |
IEOR E4721 | TOPICS IN QUANT FINANCE | |
IEOR E4722 | TOPICS IN QUANT FINANCE | |
IEOR E4723 | TOPICS IN QUANTATIVE FINANCE | |
IEOR E4724 | TOPICS IN QUANTATIVE FINANCE | |
IEOR E4725 | Topics in Quantitative Finance: Numerical Solutions of Partial Differential Equation | |
IEOR E4728 | TOPICS IN QUANTITATIVE FINANCE | |
IEOR E4729 | TOPICS IN QUANTATIVE FINANCE | |
IEOR E4731 | CREDIT RISK/CREDIT DERIVATIVES | |
IEOR E4732 | COMPUT METHODS IN FINANCE |