Automation and Safety

Universitat Duisburg - Essen · Essen, Germany

Level
Master's
Award
Master of Science
Language
German English
Duration
4 semesters
Study mode
Full-time
Campus
Duisburg
Apply by
Register by 31 January 2027 + 1 more
Starts
Winter and summer semester

Universitat Duisburg - Essen does not publish a fee for this programme on its own. Its published rate for master's programmes is €0 a year for international students.

Entry requirements and how to apply

Entry requirements
Bachelor's degree in an appropriate subject area, with adequate length of studies and with an average mark of at least 3.0 issued in Germany or a foreign equivalent
English language requirement
B2 required, please provide an official language certificate, e.g.: TOEFL iBT (since 2026): 4 Reading: 4 Listening: 4 Speaking: 4 Writing: 4 IELTS Academic: 5.5 Cambridge English Qualifications: B2 First
German language requirement
B2 required, please provide an official language certificate, e.g.: Goethe-Zertifikat: Goethe-Zertifikat B2
Application period
The following is valid for applicants from: all countries For the summer semester: 1 November - 31 January The following is valid for applicants from: all countries For the winter semester: 1 May - 31 July
Apply through
Please check this website .

About this programme

The topics of process monitoring, fault diagnosis and fault-tolerant systems are becoming increasingly important in research and industrial applications. This is due to the constantly growing requirements for high system reliability and availability. In the context of Industry 4.0 in particular, there are innovative applications in control and regulation technology that go beyond traditional areas of application such as mechatronics. These include distributed systems and working methods that have emerged through the merging of traditional specialist areas. The Master's degree course of study builds on the knowledge acquired in the Bachelor's degree course of study in Electrical, Electronic and Communications Engineering. Students deepen their knowledge of automation and control engineering methods and their implementation in computer-aided systems. A further focus is on the mathematical modelling and simulation of automated processes. Through interdisciplinary courses in the natural sciences, electrical engineering, mechanical engineering and computer science, students acquire the necessary knowledge to work on challenging problems and solve complex automation tasks. The career prospects for graduates are diverse. Possible areas of employment include design, planning and project management in fields such as automation technology, process technology, production control, energy technology, building control technology, traffic control and automation in the automotive and aviatio

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