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The diagram illustrates the local accuracy of the tangent line approximation to a smooth curve, or--otherwise stated--the closeness of the differential of a function to the difference of function values due to a small increment of the independent variable.

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Master of Financial Mathematics with Emphasis in Industrial & Systems Engineering

The courses below are offered by Industrial & Systems Engineering, and are recommended to those students in our program who wish to enhance their knowledge of industrial and systems engineering.

These courses may be taken at any time.

WARNING: Courses listed on this website may have prerequisites; see the syllabi to check on those. If you have any question about whether you are ready to take a certain course, please speak to the course instructor and/or your advisor.

NOTE: Completion of these ''with Emphasis in ISyE'' requirements also fulfills the requirements for a Master's level minor in ISyE. If you wish to obtain that minor, you'll need to get the signature of the ISyE DGS on your degree program form.

For an Emphasis in Industrial & Systems Engineering (ISyE), please take a minimum of 6 credits from the list of ISyE 5xxx or 8xxx courses available at http://www.ie.umn.edu/courses/index.shtml. Students may elect to develop expertise in a focus area by taking appropriate courses. The following list of focus areas and courses is provided for information only. Students do not have to choose a focus area. It is also possible to mix and match courses from different focus areas with one exception – IE 5112 may be combined neither with IE 5531 nor with IE 8531.

Focus Area: Operations Research (take 6+ credits)
    IE 5531 Engineering Optimization I 4 credits Syllabus
    IE 8531 Engineering Optimization II 4 credits Syllabus
    IE 8532 Stochastic Processes and Queueing Systems 4 credits  Syllabus
    IE 8533 Advanced Stochastic Processes and Queueing Systems 4 credits  Syllabus
    IE 8534 Advanced Topics in Operations Research 2-4 credits  Syllabus
Focus Area: Systems Engineering (take 6+ credits)
    IE 5112 Introduction to Operations Research 3 credits  Syllabus
    IE 5111 Systems Engineering I 2 credits  Syllabus
    IE 5113 Systems Engineering II 4 credits  Syllabus
Focus Area: Engineering Management (take 6+ credits)
    IE 5441 Engineering Cost Accounting and Cost Control 4 credits  Syllabus
    IE 5522 Quality Engineering and Reliability 4 credits  Syllabus
    IE 5545 Decision Analysis 4 credits  Syllabus
    IE 5553 Simulation 4 credits  Syllabus
    IE 5541 Project Management 4 credits  Syllabus
    IE 8536 Advanced Topics in Engineering Management 2-4 credits  Syllabus
Focus Area: Human Factors (take 6+ credits)
    IE 5511 Human Factors and Work Analysis 4 credits  Syllabus
    IE 5512 Applied Ergonomics 4 credits  Syllabus
    IE 5513 Engineering Safety 4 credits  Syllabus
    IE 8541 Decision Support Systems 4 credits  Syllabus
Focus Area: Production, Distribution & Inventory Systems (take 6+ credits)
    IE 5551 Production Planning and Inventory Control 4 credits  Syllabus
    IE 5552 Design and Analysis of Manufacturing Systems 4 credits  Syllabus
    IE 8552 Advanced Topics in Production, Inventory and Distribution Systems 2-4 credits  Syllabus
Financial Mathematics
(612) 625-1306     mfmath@umn.edu
127 Vincent Hall
206 Church St. S.E.
Minneapolis, MN 55455 USA
www.math.umn.edu/finmath/courses/mfm_emphasis_in_industrial_systems_engineering/index.shtml
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