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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