The consecutive Master's programme enables Bachelor's graduates in mechatronics and other related fields of study to deepen their knowledge and understanding of networked systems in digital production. Modern simulation systems, cooperative and autonomous systems, innovative Human Machine Interfaces and additive manufacturing processes are dealt with in four technologically oriented study units. Two interdisciplinary study units allow the treatment of specific application fields of cyber-physical systems as well as the topic of functional safety of software-based control and automation systems.
Learn more: Presentation video of the study program from the Master Info Evening
Degree: Master of Engineering (M.Eng.)
Duration: 3 semesters (18 months)
Start: October (winter semester)
Course language: English
Fees: No tuition fees, only €62 student services fee per semester
In the near future, intelligent, self-controlling, sensor-supported and networked production systems will enable almost self-organized production in the "Smart Factory". In addition to this Industrial Internet of Things (IOT), robots on the other side of the spectrum are even gradually beginning to conquer social areas: Many surgical procedures are already robot-assisted today, and even in the care sector, attempts are being made to make measures technically more effective or to replace missing skilled personnel with robots. The field of automation, digitization and robotics has an enormous Bandwidth, and development is progressing at breath-taking speed.
What influence will megatopics such as virtual/augmented reality, autonomous driving or ambient assisted living have on our future lives? The demand for qualified personnel will increase continuously over the next few years. Expert knowledge is more in demand than ever. Creative ideas can be the answer to these questions and needs - as master mechatronic and cyber-physical systems.
Increasing digitaliSation is changing the way we work and creating new professions. The Master's programme in Mechatronic and Cyber-physical Systems conveys exactly the knowledge that is needed to be not only a part of this changing professional world, but someone who is actively involved in shaping it.
Overview of courses and lectures, SWS (Semesterwochenstunden = weekly hours/semester) and ECTS (European Credit Transfer and Accumulation System) in the Master's degree Mechatronic Cyber-Physical Systems.
|Structure and Functions of Cyber Physical Systems||4||4|
|Business Models for CPS||2||2|
|Case Study Cooperative and Autonomous Systems||4||6|
|Advanced Modeling and Simulation||4||4|
|Case Study Mechatronic System Simulation||4||6|
|Virtual Reality/Augmented Reality||4||4|
|Mobile and Adaptive HMI||2||2|
|Case Study VR/AR in System Engineering||4||6|
|Technologies of Additive Manufacturing||4||4|
|AM Production Processes||4||4|
|Case Study Cyberphysical Production Systems Using AM||4||6|
|Technical Compulsory Elective Subject (FWP)||4||4|
|Principles of Functional Safety||4||4|
|Design of Systems||2||2|