1 |
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Numerical decision-making techniques
General introduction |
Lecture & Practice – Exercise & Team/Group Work |
2 |
Literature Review |
Model concept and optimization, introduction to linear programming |
Lecture & Practice – Exercise & Team/Group Work |
3 |
Literature Review |
Linear programming: basic concepts and modelling |
Lecture & Practice – Exercise & Team/Group Work |
4 |
Literature Review |
Linear programming: solution concept |
Lecture & Practice – Exercise & Team/Group Work |
5 |
Literature Review |
Linear programming: sensitivity analysis |
Lecture & Practice – Exercise & Team/Group Work |
6 |
Literature Review |
Linear programming: Simplex method and Duality |
Lecture & Practice – Exercise & Team/Group Work |
7 |
Literature Review |
Integer Linear programming: Modelling |
Lecture & Practice – Exercise & Team/Group Work |
8 |
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MID-TERM EXAM |
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9 |
Literature Review |
0 – 1 programming: Modelling |
Lecture & Practice – Exercise & Team/Group Work |
10 |
Literature Review |
Data envelopment analysis |
Lecture & Practice – Exercise & Team/Group Work |
11 |
Literature Review |
Markov analysis |
Lecture & Practice – Exercise & Team/Group Work |
12 |
Literature Review |
Estimation methods |
Lecture & Practice – Exercise & Team/Group Work |
13 |
Literature Review |
Decision-making analysis:
decision making under uncertainty |
Lecture & Practice – Exercise & Team/Group Work |
14 |
Literature Review |
Decision-making analysis: decision making under risk |
Lecture & Practice – Exercise & Team/Group Work |
15 |
Literature Review |
Introduction to project management |
Lecture & Practice – Exercise & Team/Group Work |
16 |
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FINAL EXAM |
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17 |
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FINAL EXAM |
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