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Applied Natural Sciences, Department

Fakultät Architektur und Energie-Ingenieurwesen

HBC. Hochschule Biberach

Fakultät Architektur und Energie-Ingenieurwesen
Studiengänge Energie-Ingenieurwesen
Karlstraße 11
D-88400 Biberach
Telephone: +49 7351 582-0
https://www.hochschule-biberach.de

HS Biberach
Department on the internet
Online application
Student body

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Basic information

Percentage of teaching by practitioners
32.0%
Percentage of teaching by practitioners, master's
30.0%

Support during the study entry phase

Total score for support in the study entry phase
12/14 points

Group 1

Job market- and career-orientation

Bachelor theses in cooperation with work environment
49.6%
Master theses in cooperation with work environment
63.3%

Research

Third party funds per professor
90.9

Group 2

Cooperative doctoral degrees (in three years)
no data

Degree courses without details

Further degree courses of the department
none

Further information provided by the department

Special features regarding teaching

Individual design of the chosen specialisation in Building Systems or Energy Systems; High project and practical orientation through two large projects and a practical semester promotes the ability to work in a team and communication of work results; Holistic system analyses in planning and operation of buildings and plants; Interdisciplinary links to architecture and industrial biotechnology; Courses offered in the cross-section skills module enable students to develop their own personality; Professors and teachers have contact with a broad-based network among experts.

Special features regarding the international orientation

Broad network of partner universities in different regions with institutional contacts in Sweden, England, Italy, Austria, Switzerland, Belarus, Poland, Finland, Mexico, Jordan, Chile and the United States of America; The "Bachelor International" study model is a study semester as well as a practical semester abroad; Summer school held regularly; Regular short term exchange; International master's degree model from 2019; The "Master International" degree model is currently being set up.

Special features regarding the equipment

Many laboratories with the latest technical equipment enable practicals alongside lectures in the basic subjects and 3 advanced laboratory practicals in Stage II studies. The computer centre has high-quality student computer workstations (average of 10 students per PC), general and subject-specific programmes as well as peripherals such as printers, plotters, scanners, digital cameras, projectors. For subject-specific tasks, students have additional PCs with special software available in the various laboratories.

Special features regarding research and development

Large range of topics in the field of climate-friendly and energy-efficient building, energy-efficient and cost-effective facility engineering, automation, innovative and renewable energy systems as well as rational energy use; There are currently several research projects underway in the field of energy of the university association InnoSÜD. The Innovation and Technology Transfer Centre (ITZ+) with focus on energy and biotechnology is currently being set up. Students can participate in research projects of the institute; The results are directly incorporated into teaching.

Other special features

Very good teacher-student ratio, manageable semester sizes allow for direct exchange between students and assistant professors; Friendly university offers a good study environment.

Further information on research activities

Information on access restrictions

Energy Systems Engineering

Facts

Total number of students
170
Number of master degree students
50
Graduations in appropriate time, undergraduate degrees
89.6%

Group 1

Graduations in appropriate time, master's
90.4%

Group 1

Contact with work environment, bachelor's
8/13 points

Group 1

Contact with work environment, master's
5/13 points

Group 2

Students' assessments on undergraduate, presence-learning-courses

Teacher support
2.4

Group 2

Support in studies
2.7

Group 2

Courses offered
2.6

Group 2

Study organisation
2.2

Group 2

Exams
2.7

Group 2

Digital teaching elements
2.7

Group 2

Laboratory internships
no data
Not specified
Job market preparation
2.8

Group 2

Support during practical semester
2.6

Group 2

Rooms
2.8

Group 2

Library
no data
Not specified
IT-infrastructure
2.8

Group 2

Overall study situation
3.0

Group 2

Legend

Groups

Group 1

top group

Group 2

middle group

Group 3

bottom group
Not specified
not specified

Acronyms

(S) = Students' judgements

(F) = Facts

(P) = Professors' judgements

Energy = Energy Systems Engineering

Last Update 2022: Data collected by the CHE Center for Higher Education