You are required to solve the cases chosen on the basis of what you have learned in the Supply Chain Modelling and Analysis class, along with the information you will find in additional sources (for instance, in the suggested readings included in the handbook of the module)

This assignment is organised in three sections. The sections are mandatory and you must answer all three sections. The distribution of the marks for this assignment is as follows:
Section 1: Scheduling trucks into docks via queuing theory (25%) Section 2: Cargo assignment via linear programming (25%) Section 3: Designing the Port of Melbourne via discrete event simulation (50%)
You are required to solve the cases chosen on the basis of what you have learned in the Supply Chain Modelling and Analysis class, along with the information you will find in additional sources (for instance, in the suggested readings included in the handbook of the module)