
In this short video, the course structure is outlined.
Brief bio of the instructor !
A short video introducing LP technique and the main learning outcomes.
In this article, the basics of LP technique is provided.
After watching this video, you will recognize the importance of linear programming technique in logistics applications.
After watching this video, you will be able to identify the four steps of formulating linear programming models.
In this video, a simple problem of a furniture company producing two types of products will be introduced.
After watching this video, you will be able to mathematically formulate basic linear programming models.
After reading this article, you will be able to understand the procedure for solving linear programming models graphically.
After watching this video, you will recognize the benefits of and the need for computer software packages in solving linear programming models.
After watching this video, you will be able to install the Solver Add-in into your Microsoft Excel.
After watching this video, you will be able to identify and understand the different components of the Solver add-in.
After watching this video, you will be able to solve and find the optimal solution of the problem of My Furniture company, which was introduced in Lecture 8.
In this video, students will be introduced to the Transportation Problem.
After watching this video, you will be able to formulate the linear programming model for the transportation problem.
After watching this video, you will be able to solve and find the optimal solution for the transportation problem using Excel Solver.
Additional notes and comments on the transportation problem.
In this video, students will be introduced to the Transshipment Problem.
After watching this video, you will be able to formulate the linear programming model for the transshipment problem.
After watching this video, you will be able to solve and find the optimal solution for the transshipment problem using Excel Solver.
Correction: Time: 5:25
For transshipment constraints, there are missing brackets and the equations should be read as follows:
X13+X23 - (X35 + X36 + X37 + X38) = 0
X14+X24 - (X45 + X46 + X47 + X48) = 0
Additional notes and comments on the transshipment problem.
In this video, students will be introduced to the Production Scheduling & Inventory Problem
After watching this video, you will be able to formulate the linear programming model for the Production Scheduling and Inventory problem.
After watching this video, you will be able to solve and find the optimal solution for the Production Scheduling & Inventory problem using Excel Solver.
Additional notes and comments on the production scheduling and inventory problem.
In this short video, a course recap is provided.
Logistics Management is typically concerned with managing the flow of products across the supply chain efficiently and effectively. The task of planning and managing such flow is critical if the company is to compete in the marketplace. Transportation is one of the critical key activities of logistics and it constitutes a large proportion of the logistics cost. Almost every company deals in some way or another with transporting its products from where they are made to where they are consumed.
Linear Programming is a commonly used model in management science and it has a wide range of applications in many different areas of business management. In this course, you will learn how to apply the linear programming techniques to optimize logistics flows across the supply chain network using the Excel Solver Add-in.
We will start from the very basic definition of Linear Programming, how to formulate and solve Linear Programming models, and subsequently we will extend what we have learned to step-by-step solve and optimize more complex logistics problems.
You will be introduced to three critical issues in Logistics Management and Distribution Planning:
Transportation Problem,
Transshipment Problem,
Production and Inventory Scheduling Problem.
You'll also have the opportunity to test your knowledge with the additional worksheets, exercises and the short quizzes provided in the course.
On completion of this course, you will be very confident in modeling logistics problems into linear programs that can be optimized with Excel Solver. You will also be able to think structurally about the logistics problems and come up with sound business decisions.