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COURSE PRO FORMA



            Teaching Schedule

                                                                                          References/Teaching
               Week                      Lecture/Tutorial/Assignment Topic
                                                                                           Materials/Equipment
                 1       Industrial engineering as a profession                          Lecture notes, Reference
                           Engineering in general and industrial engineering           texts
                           Engineering  and  science  –  similarities  and  differences  (scope
                             and engineering processes)
                           Role and function of industrial engineering and industrial engi-
                             neer as an internal consultant
                           Industrial engineering and knowledge integration
                           Future challenges
                 2       Industrial and systems engineering                              Lecture notes, Reference
                           System definition, terminology and structure                texts
                           Model and systems
                           Characteristics of goods and services
                           System design process and analysis
                           Feedback and feed-forward loops
                           System design - levels of industrial engineering systems
                           Some examples of manufacturing systems – CIM, FMS, etc.
                           Sub-systems and effect of sub-optimization
                           System theory/cybernetics and system control
                 3       Organizational decision making                                  Lecture notes, Reference
                           Planning and action                                         texts
                           Mission to objectives
                           Key result areas (KRAs) in production
                           SWOT analysis
                           Examples

                         Decision theories
                           Decision process
                           Decision environments
                           Decision making in risk: payoff table and expected value theory,
                 4       Decision theories                                               Lecture notes, Reference
                           Impact of expected value of perfect information (EVPI), oppor-  texts
                             tunity lost and sensitivity analysis
                           Decision making in uncertainty  - maximax, maximin,  Laplace,
                             minimax regret and Hurwicz criteria
                           Sequential decision making: Decision trees.

                         Manufacturing costing and break-even analysis
                           Breakdown of manufacturing costs
                           Linear break-even analysis – graphical and analytical methods
                           Non-linear break-even analysis

                 5           Mathematical models in manufacturing resources allocation   Lecture notes, Reference
                           Basics of linear programming (LP)                           texts
                           LP formulation and structure
                           Geometry of LP
                           Graphical and analytical methods of solution
                           Simplex method




               UM-PT01-PK03-BR003(BI)-S04
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