1. Linear programing.
LP(Linear programing) is one of the favorite basic mathmatical tool using for optimizing a system or designing mathmatical model So we expect that students will learn the way of using the basic LP and basic concepts through this subject. For more detail, students will learn not only the basic method like Simplex, but also solving more complex problems(i.e. assigning or transporting) using LP. Also students will may be directly studying S/W packages to design or solve the problems.

The topics to be dealt with in this course are
  • Overview of FMS
  • Flexibility Issues
  • Economic Justification
  • Performance Evaluation
  • System Design 
  • Pre-release Planning
2. Logistics
Logistics is the management of the flow of goods including information and other resources, between the point of origin and the point of consumption in order to meet the requirements of consumers. Also, it includes end of life products's process, collection, and disassembly.
Included in this course are:
  • Internal Logistics such as facility layout, material handling system (AGV, AS/RS, conveyor),group technology, etc.
  • Internal Logistics with the concepts of supply chain (included in this subject are transportation, and network design issues.
  • Reverse Logistics related with the environmental issues
3. Probabilities and Statistics
This course deals with various kinds of issues related to the statistics and probabilities. In particular, the main topics is placed on the probability theory, random variables, central limit theorem, sampling, and analysis of variance. the applications of these theories will be discussed in order to get through them easily.

4. Engineering Economy
In this course, you can learn about inflation, uncertainty, replacements, depreciation, resource depletion, taxes, tax credits, accounting, cost estimations, and capital financing.