Nowadays, many technical and engineering products are equipped with electrotechnical and automation components. Subsequently, the significance of control software is increasing to such an extent that interdisciplinary cooperation between the fields of mechanical engineering, electrical engineering and computer science has become indispensable; today's technical systems must be conceived from the outset as integrated systems (software/hardware co-design). Thus, there is not only increasingly a need for graduates of individual disciplines to obtain supplementary qualifications in order to make the cooperation feasible, but also a demand for a separate generalised qualification in interdisciplinary systems development.
The master´s programme Systems Engineering targets and enrols students who have outstanding competences and gravitated towards natural science subjects and subjects in engineering and technology.
Faculty 01: Physics / Electrical Engineering, Faculty 03: Mathematics / Computer Science, and Faculty 04: Production Engineering – Mechanical Engineering and Process Engineering (leading faculty).
Thus, this master´s programme offers qualifications in the three main disciplines: electrical engineering, computer science and production technology, allowing students to study interdisciplinary and providing them a wide overview of technical systems. Due to the fact that this programme defines four specializations, students are given the opportunity to gain a very specific knowledge in one or more areas of:
A master´s programme is already research-oriented. In Systems Engineering, every specialization may be completed in the (optional) “Research Deepening (See PDF) field of study that has even a greater focus on scientific work and research, proving students with the opportunity to gain basic knowledge in scientific work during their master´s studies.
automation and robotics, embedded systems and system software, mechatronics, and production engineering.
For more information about the curriculum, the specializations and the courses see under Structure.
Systems Engineering graduates are awarded with the title Master of Science, M.Sc.
The Master´s studies qualify for admission to doctoral studies and further career steps in a scientific and research-oriented working environment.
Some of the possible fields of activity after graduation are:
Industrial companies (for example mechanical engineering, aerospace engineering or vehicle technology such as motor vehicles, aircraft, ships): development / construction, technical EDP / organization, production (production / assembly / quality assurance), management; Authorities and associations: TÜV, VDI, VDE, BG; Services: Engineering offices, business consultancy, insurance; Self-employment / entrepreneur; Science / Research: University Research, DLR, Fraunhofer, AWI; Teaching: university, college, schools.
In both courses, students choose one of the following specializations in the first semester:
Automation technology and robotics, Embedded systems and system software, Mechatronics or Production engineering.
Each specialization of the master’s degree can be completed in the study variant "research orientation". The research orientation modules are the research project module, the research fundamentals module and the master's thesis including a colloquium and written elaboration in publication form (see course schedule).
The master’s course of the 4-semester course “Systems Engineering II” is divided into five advanced modules in the first semester:
Basics of Systems Engineering Systems Engineering advanced module Advanced module production engineering Advanced module electrical engineering Advanced module computer science
In this part of the study you will learn the typical working methods of SE engineers in project work as well as the basics of systems engineering and the associated specialist disciplines. From the 2nd semester onwards, the course of study is identical to that of the 3-semester course "Systems Engineering I" with the following modules:
Integration modules (18 CP), in which a basis for studying in the chosen specialization is acquired; Advanced modules (24 CP), in which the students are taught theoretical knowledge, subject-specific scientific principles, concepts and methods and job-related qualifications in the chosen specialization; Modules in the supplementary area (18 CP), the specific knowledge of the subject systems engineering and an extension of the previously acquired knowledge and qualifications, which were not processed in the selected specialization; Master thesis module (30 CP) can be completed in two variants.
Modules are carried out as compulsory and elective modules. Within the modules (except in the research project and research fundamentals modules), the courses assigned to the modules can be selected from a catalog (see the module handbook in the regulations and the range of events for the current semester in online course directory ).
In addition to the classic forms of courses, lectures, exercises, laboratories, great importance is attached to the training of team-oriented working methods, which is conveyed in several projects. Great value is also placed on independent scientific work, which is particularly emphasized in the master’s degree in the field of study “research in depth”. There are no general studies courses in the curriculum of the Systems Engineering master’s program and no mandatory internship is defined.
The master’s course can be completed in German. In addition to the research project and research fundamentals modules, students have the opportunity to attend a selection of courses. Since this selection is offered, the language of instruction (English or German) is defined by the individual choice of courses.
The course plan II (1, 2) 1 The course plan is a recommendation. Modules can be attended in a different order.
2 The curriculum for the 3-semester Systems Engineering I course is identical to the 2nd to 4th semester.
Currently offered research projects
The core of the master’s program is research-oriented. In the Systems Engineering master’s program, students have the opportunity to actively participate in research projects as part of their curriculum. To this end, a number of research projects are offered every semester.
The currently offered research projects can be found here: Document with research projects
Applications for both courses “Systems Engineering I” and “System Engineering II” are possible for the summer semester and winter semester. However, it is recommended to start the “Systems Engineering I” master’s course in the summer semester and the “Systems Engineering II” master’s course in the winter semester. The semester starts on April 1st and October 1st.
admission regulations (“Aufnahmeordnund, in German)
Regulation for German language proof and certificates („Ordnung über den Nachweis deutscher Sprachkenntnisse an der Universität Bremen“, in German)
Course schedule MPO SysEng I 2021
Course schedule MPO SysEng II 2021
Course schedule _ 2018
Course schedule _ 2015
Module description _ 2021 (Modulhandbuch begleitend zur MPO Sys Eng I + II 2021)
Module description _ 2018 (“Modulhandbuch begleitend zur MPO 2018, in German)
o Module description _ 2015 and 2012 (“Modulhandbuch begleitend zur MPO 2015 bzw. 2012, in German)
Examination Rules of the University of Bremen („Allgemeine Prüfungsordnung der Universität Bremen“, in German)
Neu im Juli 2021: Examination Rules Fachspezifische Prüfungsordnung für den Masterstudiengang „Systems Engineering I“ MPO 2021
Neu im Juli 2021: Examination Rules Fachspezifische Prüfungsordnung für den Masterstudiengang „Systems Engineering II“ MPO 2021
Examination Rules of the Master´s studies Systems Engineering 2018 (“Fachspezifische Master-Prüfungsordnung_ MPO 2018, in German)
Änderungsordnung zur Masterprüfungsordnung 2018 (Modified Regulation)
Regulation to change into the 2018 programme („Äquivalenztabelle des Wechsels in die MPO 2018, in German)
Examination Rules of the Master´s studies Systems Engineering 2015 (“Fachspezifische Master-Prüfungsordnung_ MPO 2015, in German)
Examination Rules of the Master´s studies Systems Engineering 2012 (“Fachspezifische Master-Prüfungsordnung_ MPO 2012, in German)
Regulations regarding thesis outside Faculty 04 (“Externe Abschlussarbeiten in Fachbereich 04, in German)
Info-Flyer about the Programme Systems Engineering published by the Central Student Advisory Service (“Infobroschüre der Zentralen Studienberatung, in German
Flyer for Students („Flyer für Studierende“, in German)
Badgasteiner Str. 3
with site plan
Dr. Stefan Patzelt
Sprechzeiten: Mo-Fr nach Vereinbarung
Geschäftsstelle und Prüfungsamt
Phone: +49 (0)421-218-64992
Students´committee and union
Students´committee Systems Engineering: StugA SE - Studentische Vertretung im Studiengang
Building IW 1+2, Raum 1310
Phone: +49 (0)421-218-64783
Online office hours: reachable via discord.gg/rms6AR6pC5
(general) Student union: Allgemeiner Studierendenausschuss (AStA)
Contact person for the for Specializatios
Automation and Robotics
Prof. Dr. Dr. h.c. Frank Kirchner
Prof. Dr.-Ing. Kai Michels
Embedded Systems und System Software
Prof. Dr. Ute Bormann
Prof. Dr.-Ing. Nando Kaminski
Prof. Dr.-Ing. habil. Carsten Heinzel
Students can start the programme every semester: in the winter- and summer semester respectively. For inclusion in a master's degree is the completion of studies at the Bachelor's level requirement. The subject-specific entry requirements are set out in the current document with the admission regulations: “Aufnahmeordnung.
Presentation for freshmen: Master_SE-InfoPPT.pdf.
Students enrolled in the master´s programme Systems Engineering should sign in for the “Masters Systems Engnieering-group via Stud.IP to receive all information regarding their current studies. Group name (in German): „Master Systems Engineering (WiSe 2017/2018 - unbegrenzt)“
The course catalogue for the ongoing semester can been seen here: Vorlesungsverzeichnis der Universität Bremen / The Unversity of Bremen´s Course Catalogue.
Informationens from University of Bremen
FAQ Questions and answers for enrollment and freshmen