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Applied Natural Sciences, Department
Fachbereich Energie, Gebäude, Umwelt
FH Münster University of Applied Sciences
Fachbereich Energie, Gebäude, Umwelt
Stegerwaldstraße 39
D-48565 Steinfurt
https://www.fh-muenster.de
FH Münster/Steinfurt
Department on the internet
Online application
Student body
Stegerwaldstraße 39
D-48565 Steinfurt
https://www.fh-muenster.de
FH Münster/Steinfurt
Department on the internet
Online application
Student body
Degree courses with details
- Building Engineering (B.Eng.)
- Energy, Building and Environmental Management (M.Eng.)
- Energy, Building and Environmental Management (M.Eng., part-time)
- Technical Management in Energy, Building and Environmental Engineering (M.Eng.)
- Technical Management in Energy, Building and Environmental Technology - Part time (M.Eng.)
- Energy Engineering (B.Eng.)
- Environmental Engineering (B.Eng.)
Map material from the free geographic information system OpenStreetMap. The DAAD explicitly does not adopt the information provided there (names, boundaries, etc.) in every case. No guarantee is given for the accuracy of this information.
Legend:
- Department
Basic information
- Percentage of teaching by practitioners
no data
- Percentage of teaching by practitioners, master's
no data
Support during the study entry phase
- Total score for support in the study entry phase
9/14 points
Job market- and career-orientation
- Bachelor theses in cooperation with work environment
100.0%
- Master theses in cooperation with work environment
100.0%
Research
- Cooperative doctoral degrees (in three years)
no data available
- Third party funds per professor
no data
Further information provided by the department
Special features regarding teaching
The contents of the three courses are based on an engineering foundation course. This is followed by separate course-specific training. Many laboratory practicals and excursions guarantee a high practical relevance. Innovative topics such as renewable energies and smart grids are integral parts of the lectures.
Special features regarding the international orientation
The partnerships with several international universities and companies allow students to spend semesters abroad and practical phases in almost all regions of the world.
Special features regarding the equipment
Our laboratories and research facilities are equipped with innovative measuring instruments. Semi-industrial testing facilities illustrate complex practical processes.
Special features regarding research and development
Numerous research projects develop and examine current questions of building, energy and environmental technology. Examples include e-mobility, climate protection, water filtration, flood protection, smart grid etc.
Other special features
The department accommodates a variety of different disciplines (energy, process engineering, water management, building automation, microbiology and hygiene etc.).
Further information on research activities
Energy Systems Engineering
Facts
- Total number of students at the department
70
- Number of master degree students (w/o teacher qualification)
no data
Environmental Engineering
Facts
- Total number of students at the department
90
- Number of master degree students (w/o teacher qualification)
no data
Interdisciplinary Applied Natural Sciences
Facts
- Total number of students at the department
190
- Number of master degree students (w/o teacher qualification)
120
Legend
Groups
green
yellow
blue
not specified
Acronyms
(S) = Students' judgements
(F) = Facts
(P) = Professors' judgements
Energy = Energy Systems Engineering
EnvE = Environmental Engineering
IntNatSci = Interdisciplinary Applied Natural Sciences
Units
Value in percent
Value in points
Euro
Thousand Euro
Last Update 2022: Data collected by the
CHE Center for Higher Education
