We introduce the relationship between physical processes and the flow of information, and the role of IT in logistics. We will explain the concept of a database and how users can communicate with it. During the lab sessions we will learn how to retrieve data from a central server using short statements written in SQL.

We will introduce the basics of packaging technology, define the main tasks involved, look at the packaging materials that can be used and the equipment that can be assembled from them. Working independently, we will design transport packaging to understand the tasks and constraints involved. We will learn how to think in terms of versions and how to comparatively rate transport packaging.

The course will give an insight into the processes of e-commerce, for example what happens when an order is placed. We will look at the theoretical background of communication and encryption, and we will also talk about Internet protocols and ERP systems. During the labs, you will be introduced to a software in which you will have to perform tasks related to purchasing and invoicing.

The first half of the semester will cover the theoretical foundations of image processing and biometric identification and their industrial applications. The second half of the semester will cover the architecture of barcode identification systems, followed by GS1 standard and non-standard identifiers, data carriers and IoT solutions for supply chain optimization based on them.

Understand the tasks of transport logistics, the functioning of transport networks, the applicability of the different sub-sectors of freight transport. An important aspect in this context is the discussion of loading and securing aspects. In the context of independent work, we will plan loading site processes as a continuation of the transport packaging task.

You will learn the basic concepts and methods of statistics and how statistical analysis can give you a realistic picture of the logistics processes under study. In the labs, you will learn about computer-based methods for implementing statistical analyses and practice them through independent exercises.

We will learn about the history of lean, the 5 principles of lean and the basic concepts of lean management. Throughout the semester, we will learn about lean tools for process mapping and analysis through practical examples. You will be introduced to lean waste, its categorization and its practical manifestations, as well as learning the steps of value stream analysis. In the course of the semester, students will plan and level a complete vehicle production line and plan its replenishment.

We will learn about the most commonly used material handling machines, equipment and their operation. In the first half of the semester, we will learn about intermittent material handling machines such as cranes and forklifts. The second half of the semester will be devoted to continuous handling machines (conveyor belt, vertical lift, etc.).

We categorize and, on this basis, examine the possible ways of purchasing products. We will talk about the decision making and qualification methods that can help you in selecting suppliers. In the second half of the semester, we will focus on demand forecasting and different inventory models.

We will learn about basic methods and models for operations research, graphs and decision theory. We will learn the basics of logistic modelling, practical solutions to different operations research problems. In the labs, we will learn about computer modelling and learn how to solve operations research problems in several programs.

In the first half of the course, we focus on the components of material handling systems and the definition of the characteristics of the related processes. We will learn measurement methods and calculate the performance and reliability of the systems. At the end of the semester, we will focus on warehouse systems and processes, including different types of racks, conventional and high-bay systems, picking procedures, etc.

The lectures in the course will include the control principles used in automated systems, the sensory and motion control elements used in material handling systems, PLCs and their architecture. The laboratory exercises will give an insight into the programming of these controllers.

During the internship, you will experience the operation of logistics systems and processes in practice in a company. During the internship you will independently explore the operation and processes of a logistics system.

Obtaining the data and information needed for a thesis in an industrial environment, collecting it and putting it into a coherent form, in the required format and within the given timeframe: all this has to be learned and tested in practice, and is done as independent work during the semester.

By developing a logistics topic of your choice, you will show us how to apply the knowledge you have learned during the courses. You will explore the current situation on a quantitative basis and, after having identified and prioritised the problems, you will conceptually develop one or more proposals for improvement and explain their expected impact.