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| Decision Science/Operations Research |
O. Alagoz,
3242 Mechanical Engineering Building, 608/890-0399
V. Bier,
3234 Mechanical Engineering Building, 608/262-2064
A. Krishnamurthy,
3258 Mechanical Engineering Building, 608/890-2236
J. Linderoth,
3226 Mechanical Engineering Building, 608/890-1931
J. Luedtke,
3236 Mechanical Engineering Building, 608/890-2560
L. Shi,
3250 Engineering Centers Building, 608/265-5969
D. Zimmerman,
1163 WARF Office Building, 608/263-4875
Before you register for classes, you must meet with your advisor to develop a study plan listing the specific courses that you plan to take to earn your MSIE. This plan must satisfy the curriculum requirement listed below, and it must be approved by your advisor. You can deviate from this plan only if the changes are approved by your advisor in advance.
Graduate students should use the curriculum planning grid for help with their MS program planning and then complete and submit a finalized curriculum form during their final semester of study to the Student Services Office in 3182 Mechanical Engineering Building for confirmation of their graduation requirements.
Computer Programming (CS 302)
Calculus-Based Probability (Stat 311)
Calculus-Based Statistics (Stat 312)
Deterministic Operations Research (ISyE 323)
NOTE: In some cases, these requirements may increase the number of credits needed for master's degree.
The program in DS/OR aims to improve the quality of decisions about the management of scarce resources. Such resources include not only capital, but also the quality of human life (e.g., health status), the quality of the environment, and many other important issues.
Problem solving in industrial and systems engineering entails recognizing and identifying decision problems, as well as generating, evaluating, choosing, and implementing solutions to them. Much of industrial engineering involves making and implementing decisions as efficiently and effectively as possible.
The MS degree in DS/OR seeks to train students in the methodology used in decision science and operations research, in order to prepare them for careers in government and industry.
The curriculum is designed to provide both balance and breadth in the student's understanding of decision science and operations research techniques and applications. To accomplish this, students must take a specified number of classes in each of several core areas. Flexibility is built into the curriculum to accommodate a wide range of interests and applications.
OPTIMIZATION (6 cr min)
| CS/ISyE 525 | Linear Programming Methods |
| CS/ISyE 635 | Tools and Environments for Optimization |
| CS/ISyE 719 | Network Flows |
| ISyE/CS 720 | Integer Programming |
| Dynamic Programming and Associated Topics | |
| CS/ISyE 726 | Nonlinear Programming Theory and Applications |
| Nonsmooth Optimization | |
| CS/ISyE 730 | Nonlinear Programming Algorithms |
STOCHASTIC PROCESSES (6 cr min)
| Stochastic Modeling Techniques | |
| Math/ISyE 632 | Introduction to Stochastic Modeling |
| ISyE/Math/OTM 633 | Queuing Theory and Stochastic Modeling |
| ISyE/ME 643 | Performance Analysis of Manufacturing Systems |
SIMULATION (3 cr min)
| ISyE/OTM 620 | Simulation Modeling and Analysis |
| Discrete Event Simulation |
ORGANIZATIONS, DECISION, AND IMPLEMENTATION ISSUES (3 cr min)
| ISyE/ME 513 | Analysis of Capital Investments |
| Introduction to Decision Analysis | |
| ISYE/ME 641 | Design and Analysis of Manufacturing Systems |
| OTM 758/ISyE 658 | Managing Technological Change in Manufacturing Systems |
| ISyE/OTM 671 | E-Business: Technologies, Strategies and Applications |
| ISyE/OTM 672 | E-Business Transformation: Design, Analysis and Justification |
| ISyE/NE 708 | Societal Risk Management of Technological Hazards |
| MHR 700 | Organizational Behavior |
| MHR 720 | Organization & Management Processes |
OTHER COURSES (12 credits)
These courses are chosen to meet your interests and career goals. Remember that your advisor must approve these courses in advance. Keep the following guidelines in mind when you plan your program.
| ISyE/CS/Math 425 | Introduction to Combinatorial Optimization |
| ISyE/ME 510 | Facilities Planning |
| ISyE/ME 512 | Inspection, Quality Control, and Reliability |
| Introduction to Quality Engineering | |
| Computer Integrated Manufacturing | |
| ISyE/Psych 653 | Organization and Job Design |
| OTM 750 | Operations Management |
To complete the MS program, a GPA of 3.20 or above in graduate level courses and 30 degree credits are required with 15 degree credits in the ISyE department.
Contact:
Engineering Career Services
Engineering Centers Building
1550 Engineering Drive, RM M1002
Madison, WI 53706
Tel: 608/262-3471
Fax: 608/262-7262
ecs.engr.wisc.edu
Contact:
University of Wisconsin-Madison
Industrial and Systems Engineering Department
1513 University Avenue, Room 3270
Madison, WI 53706
Tel: 608/262-2686
Fax: 608/262-8454
Email:ie-admission@engr.wisc.edu
www.engr.wisc.edu/ie
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Copyright 2009 The Board of Regents of the University of Wisconsin System Date last modified: 03-Jun-2009 12:58:53 Date created: 14-Jun-2000 Content by: prpeters@engr.wisc.edu Accessibility Most browsers can open the PDF files on this page. If you need a free PDF viewer, please visit the Adobe Reader website. To listen to the file, use View > Read Out Loud in Acrobat Reader. Web services |