Shape Your Future, Starting in Siegen
The Master of Science in Electrical Engineering is a research-intensive program that deepens your understanding of scientific principles and advanced methods in electrical engineering. Through the master's curriculum, you expand upon knowledge acquired in your bachelor's studies—including engineering, information science, mathematics, and the sciences—preparing you to excel in challenging roles in development and research or to pursue independent work in industry or academic institutions.
Students enrolled in the electrical engineering master’s program may choose to specialize in one of three topic-oriented areas.
Automation Technology (in German),
Communications Technology (in English),
Electronics Design and Technology (in English).
Quick Facts
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Start of studies
Winter semester -
Standard period of study
4 semesters -
Separate application required
Yes -
Language of instruction
German and English
Career Prospects
- Electrical engineering is relevant to the climate. Engineers are future-proofing our energy system and developing environmentally friendly vehicles, communication, and sensor systems
- Shaping a Humane Future: Engineers are busy creating the technology of tomorrow while taking ethical aspects into account
- Electrical engineers are highly paid experts with excellent opportunities for career advancement
- Versatile career paths: electrical engineers can work in research, development, production planning, and more — there's never a dull moment!
Student Voices: Insights into the Electrical Engineering Program
Very pleasant atmosphere.
Even as I was still writing my bachelor’s thesis, I already knew I wanted to continue with a master’s degree at the University of Siegen. What convinced me most was the welcoming atmosphere in the classroom and the excellent student-to-faculty ratio. This made it easy to ask questions during lectures and engage directly with professors, who were always responsive, approachable, and open to in-depth discussions.
I especially appreciated the structure of the master’s program, which is divided into four subject areas, allowing students to focus on the field that matches their interests. The supervision during my final thesis was also outstanding—professors were supportive, and finding a topic was never an obstacle thanks to their guidance. Finally, the peaceful setting of the University of Siegen, surrounded by forests and green spaces, provided the perfect environment to clear my mind with a walk and recharge between study sessions.
Phil David Börner
Departmental Examination Regulations/Degree Plans/Module Handbooks/Internship Regulations
Departmental Examination Regulations (known in German as Fachprüfungsordnungen, or FPOs) define the basic structures of a degree program (including admission requirements and curriculum). Students are automatically subject to the current version of an FPO when they enroll for their first semester. Even if a new FPO is issued during your studies, you will still be subject to the rules of the original version according to which you enrolled (presuming the FPO has not otherwise been revoked).
Each degree plan represents the recommended ideal course of study for a given subject and is a constituent part of any FPO.
Supplementary regulations and detailed information for each module (such as requirements for taking a written examination and the content of the modules/events) can be found in the module handbooks.
The internship regulations define the conditions under which the compulsory or optional internships must be completed.
Before the start of the lecture period, we recommend that you review the degree plan for your degree program so that you know which modules are planned for the start of your studies
Why choose Electrical Engineering at the University of Siegen?
- Research-focused curriculum at an international level, preparing students for advanced professional roles in industry or for academic pathways such as a doctorate
- Broad selection of specialization areas, including energy and automation technology, electronics, and communication technology
- Opportunities for interdisciplinary collaboration with related fields, including computer science, applied mathematics, and mechanical engineering
- Close links to teaching chairs, offering diverse student opportunities for part-time work and academic projects
- Individual mentoring from distinguished professors and leading researchers in small class settings
