LFU:online

Prerequisites for registration: Positive completion of studies induction and orientation stage (relevant course examinations)

Learning Outcome: Students - have in-depth knowledge of the structure, analysis and synthesis of linear time and frequency control circuits; - are able to model technical systems and parameterize and validate models using simulation studies and laboratory experiments; - have the competence to select suitable controller design methods for controlling these systems and implement them in practice.

Prerequisites for registration: Positive completion of studies induction and orientation stage (relevant course examinations)

Learning Outcome: Students - are familiar with the different types of tool machines and their fields of application. - are able to make simple NC programmes and to implement them on a tool machine. - know the theoretical fundamentals of the Finite Element Method and have the competence to apply numeric solving processes to tasks of mechatronics. - are able to safely assess the practical application possibilities and limits of these processes

Prerequisites for registration: Positive completion of studies induction and orientation stage (relevant course examinations)

Learning Outcome: Students - have in-depth knowledge from the mechatronic system design to the computer-assisted production of mechanical or mechatronic system components; - are able to quantitatively describe and analyse simple thermodynamic processes and processes; - have basic knowledge in describing and analysing the dynamics of single rigid bodies as well as simple flexible bodies. They have knowledge of the structure and behaviour of multi-body systems.

Prerequisites for registration: Positive completion of studies induction and orientation stage (relevant course examinations)

Learning Outcome: Students - understand a specific research topic in the field of electrical engineering. - are able to capture, classify and evaluate the state of the art for a given problem. - are able to present scientific topics in writing and orally.

Prerequisites for registration: Positive completion of studies induction and orientation stage (relevant course examinations)

Learning Outcome: Students - have advanced knowledge of basic terms, components, principles of operation of energy and drive technology and are able to use them for finding solutions in the application; - have basic knowledge of applied robotics and can use robotic systems e.g. for automation of technical processes and use them safely. - are familiar with practical tasks in industrial mechatronics and materials science.

Prerequisites for registration: Positive completion of studies induction and orientation stage (relevant course examinations)

Learning Outcome: Students - know and understand the modelling strategies in biological systems, can analyse, evaluate and apply them and are able to design models for given subsystems; - are able to understand and evaluate ethical and legal aspects in medical technology and to consider them in the development of medical technology products; - are able to communicate basic facts of biomedical engineering clearly and correctly; - know the basic anatomical structure of the human body and can name it; - understand the basic physiological contexts and master the basic vo cabulary of anatomical and physiological terminology; - are familiar with practical tasks in the field of biomedical technology.