Last Updated on December 22, 2022
Bremen University of Applied Sciences
“Science in the City”: Attractive Opportunities for Study in a Central Location
The range of degree courses at the traditional institution in the heart of Bremen Neustadt – a central city location – is decidedly innovative and practically oriented. The Bremen University of Applied Sciences enjoys a long tradition that goes back to 1799.
Approximately 8 700 students enroll in 66 degree courses in areas such as engineering, natural sciences, economics, and social sciences; about two-thirds are required to complete semesters of study or praxis abroad. Foundational degree courses immediately follow secondary education and offer the initial Bachelor degree while post-graduate opportunities for further study offer the more in-depth and expanded qualification of Master degree.
The structure of study at the Bremen University of Applied Sciences conforms to common international standards (European Credit Transfer System: ECTS) thereby offering attractive opportunities for study: individual components (modules) may be completed abroad. The University enjoys the benefits of cooperative agreements with 300 partners worldwide. Additionally, innovative academic content that will remain relevant in the future in combination with the worldwide validity of the Bachelor and Master degrees ensures that graduates will enjoy excellent career perspectives – even abroad.
Bremen University of Applied Sciences – a strong industry partner
Teaching and study, research, development and construction as well as continued education as part of life-long learning characterise the work of the Bremen University of Applied Sciences. With 40 institutes participating in interdisciplinary knowledge transfer, the University is a particularly competent partner for moderate-sized companies. All participants benefit from the University’s practical and application-oriented profile, its international orientation and diverse opportunities for collaboration between science and industry – not least the students.
International Rankings
# -Times Higher Education Ranking
# -Academic Ranking of World Universities (ARWU)
# -QS World University Rankings
National Rankings
# -Humboldt Ranking
# -DFG-Ranking
Space Engineering
The aerospace is of outstanding importance for the public image and perception of the Hanseatic city Bremen – the city of aviation and space flight. The University of Bremen with its Center of Applied Space Technology and Microgravity (ZARM) and the DLR Institute for Space Systems has become a worldwide renowned condensation point for space technology: for systems and subsystems (e.g. payloads and instruments) needed for Earth Observation Science, Telecommunication and Navigation. The novel master’s program in space engineering plays an important role in the further development of the Campus Bremen.
Following the present expertise in the area of space engineering and technology the executive committee of the faculty of production engineering (FB4) has agreed to apply for the establishment of a master’s program in space engineering.
The foreseen master’s program in space engineering is superior to generic aerospace studies offered by other universities. While the faculty of production engineering will host the interdisciplinary master’s studies, other faculties, such as the departments of physics, electrical engineering, mathematics, and computer science, support and complement the program. As a result, graduates from a variety of different areas will be able to choose to be trained to become experts in space engineering and related aeronautical fields.
| Degree | Bachelor of Engineering |
|---|---|
| Start of study | Winter semester |
| Application period Winter semester | 01. July until 31. July |
| Standard period of study | 7 semesters |
| Credits | 210 |
| Accredited | Yes |
| Admission restricted | Yes |
| Admission requirements | General higher education entrance qualification (Abitur) or entrance qualification for studies at universities of applied sciences (Fachhochschulreife) or placement examination/special admission;a pre-programme work placement of 8 weeks (4 weeks may also be possible), vocational training or placement during year 11 of the upper secondary school (Fachobershule) in an industrial or craft metal profession replaces the placement. |
| Language of instruction | German |
| Faculty/institution | School of Nature and Engineering |
| Integrated stay abroad | No |
Have the endless expanses of space always fascinated you? And aircraft are not just a means of transport but exciting, highly complex machines? Are you gifted technically and have set your sights high? Then enrol in the Bachelor’s degree programme in Aerospace Engineering – and let’s take off together!
The aim of the degree programme in Aerospace Engineering at the Hochschule Bremen is to provide students with a broad range of qualifications that meet the requirements of modern mechanical engineering. The degree programme offers you a future-oriented and versatile education in a specialised field of mechanical engineering.
You will learn about the design, development and construction of aircraft as well as spacecraft. With a view to future careers, you also study aspects of business management.
Career prospects
The comprehensive degree programme qualifies graduates to work as engineers in the areas of design, production, planning, research and development in the following:
- Large, medium-sized and small industrial companies in the aerospace industry
- Subcontracting firms
- Shipbuilding industry
- Automotive industry
- Engineering consultancy
- Research institutes
- Public authorities
Programme structure
In the first phase of studies (1st year), you will learn the scientific and technical fundamentals of mechanical engineering.
In the second phase (2nd and 3rd year), you take the specialisation modules on aerospace engineering along with further modules that consolidate your knowledge of general engineering. In this part of your studies, you will work on student projects and deepen your fundamental knowledge in technical applications. This period also includes your practical semester, which is supervised by university professors and carried out as a work placement in industry.
In the third phase (7th semester), you complete three more specialisation modules and work on your Bachelor’s thesis.
- Module manuals of the Department of Mechanical Engineering (in German)
- Course catalogue of the Department of Mechanical Engineering(Only available in German)
Examination regulations (German)
- MPO AT Änderungsordnung 2016 (PDF, 299 KB, File does not meet accessibility standards)
- MPO Aerospace Technologies Änd. 2013/2014 Berichtigung (PDF, 239 KB, File does not meet accessibility standards)
- MPO Aerospace Technologies Änderung 2013/2014 (PDF, 377 KB, File does not meet accessibility standards)
- MPO Aerospace Technologies 2013 (PDF, 240 KB, File does not meet accessibility standards)
- MPO AT Änderungsordnung 2016 (PDF, 299 KB, File does not meet accessibility standards)
- MPO Aerospace Technologies Änd. 2013/2014 Berichtigung (PDF, 239 KB, File does not meet accessibility standards)
- MPO Aerospace Technologies Änderung 2013/2014 (PDF, 377 KB, File does not meet accessibility standards)
- MPO Aerospace Technologies 2013 (PDF, 240 KB, File does not meet accessibility standards)
- General examination regulations for master degree programmes
Application
- InformationCheck the application deadlines and admission requirements for your desired degree programme.Questions about the degree programme can be answered by the contact persons on the degree programme pages. If you have any further questions about your decision to study at HSB, our advisory and service institutions will be happy to help.
- Advisory & Service at HSB
- Apply
- Online application
- International applications
- Admission and enrolment
- Accepting a place and enrolling online
- Welcome to HSB!
- Information on the start of studies
Infolearners.com will give you everything you need to know on Bremen University Of Applied Sciences Aerospace Engineering and so much
