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MIT OCW is a large-scale, Web-based publication of the educational
materials from the MIT faculty's courses. OCW provides users
with open access to the syllabi, lecture notes, course calendars,
problem sets and solutions, exams, reading lists, even a selection
of video lectures, from 1,100 MIT courses representing 34 academic
disciplines and all five of MIT's schools.
Here is a list of MIT subjects in the
area of Operations Research. All
of these are available directly from the MIT
OCW website.
Undergraduate Subjects
1.00 Introduction
to Computers and Engineering Problem Solving, Spring 2002
1.00 Introduction
to Computers and Engineering Problem Solving, Fall 2002
6.041 Probabilistic
Systems Analysis and Applied Probability, Fall 2002
6.046J Introduction
to Algorithms, Fall 2004
14.12 Economic
Applications of Game Theory, Fall 2002
15.053 Introduction
to Optimization, Spring 2002
15.075 Applied
Statistics, Spring 2003
18.433 Combinatorial
Optimization, Fall 2003
18.441 Statistical
Inference, Spring 2002
18.443 Statistics
for Applications, Fall 2003
Graduate Subjects
1.203J Logistical
and Transportation Planning Methods, Fall 2001
1.206J Airline
Schedule Planning, Spring 2003
1.225J Transportation
Flow Systems, Fall 2002
2.098 Optimization
Methods, Fall 2004
2.111J Quantum
Computation, Fall 2003
2.141 Modeling
and Simulation of Dynamic Systems, Fall 2002
2.830J Control
of Manufacturing Processes, Spring 2004
2.851J System
Optimization and Analysis for Manufacturing, Summer 2003
2.852 Manufacturing
Systems Analysis, Spring 2004
2.853 Manufacturing
Systems I: Analytical Methods and Flow Models, Fall 2002
2.854 Manufacturing
Systems I, Fall 2004
2.997 Decision
Making in Large Scale Systems, Spring 2004
6.231 Dynamic
Programming and Stochastic Control, Fall 2002
6.252J Nonlinear
Programming, Spring 2003
6.252J Nonlinear
Programming, Spring 2004
6.253 Convex
Analysis and Optimization, Spring 2004
6.263J Data
Communication Networks, Fall 2002
6.281J Logistical
and Transportation Planning Methods, Fall 2001
6.336J Introduction
to Numerical Simulation, Fall 2003
6.431 Probabilistic
Systems Analysis and Applied Probability, Fall 2002
6.841J Advanced
Complexity Theory
6.854J Advanced
Algorithms, Fall 2001
6.855J Network
Optimization, Spring 2003
6.856J Randomized
Algorithms, Fall 2002
6.859 Integer
Program Combination Optimization, Fall 2004
14.126 Game
Theory, Fall 2002
15.057 Systems
Optimization, Spring 2003
15.060 Data,
Models, and Decisions, Fall 2002
15.063 Communicating
With Data, Summer 2003
15.066J System
Optimization and Analysis for Manufacturing, Summer 2003
15.067 Competitive
Decision-Making and Negotiation, Spring 2003
15.073J Logistical
and Transportation Planning Methods, Fall 2001
15.082J Network
Optimization, Spring 2003
15.083J Integer
Program Combination Optimization, Fall 2004
15.084J Nonlinear
Programming, Spring 2004
15.084J Nonlinear
Programming, Spring 2003
15.093 Optimization
Methods, Fall 2004
15.094 Systems
Optimization: Models and Computation, Spring 2002
15.099 Readings
in Optimization, Fall 2003
15.760A Operations
Management, Spring 2002
15.760B Introduction
to Operations Management, Spring 2004
15.764 The
Theory of Operations Management, Spring 2004
15.769 Operations
Strategy, Spring 2003
15.770J Logistics
Systems, Fall 2003
15.778 Management
of Supply Networks for Products and Services, Summer 2004
15.792J Proseminar in Manufacturing, Fall 2002
15.795 Seminar
in Operations Management, Fall 2002
15.871 System
Dynamics for Business Policy, Fall 2003
15.874 System
Dynamics for Business Policy, Fall 2003
15.875 Applications
of System Dynamics, Spring 2004
16.888 Multidisciplinary
System Design Optimization
18.997 Topics in Combinatorial Optimization, Spring 1994
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