Template 2: Trans-disciplinary Bachelor/Master Programme with BME Major; no BME Degree
Faculty of Electrical Engineering and Information
Technology
Department of Biomedical Engineering
Name of Director or Chairperson
Address
Country
Phone, Fax:
Home page
Contact: name, e-mail
Name of University
Logo(s) of
Department(s)
if available
Other Departments involved in BME courses
Names, addresses, phone, fax, home pages
www.uni-stuttgart.de
This part should not exceed ½ page
Country, State or
Province
Landmark
International Centre
Degree Programme: Electrical Engineering & Information Technology
Major Field:
Information and Communication Technologies
Specialty Area: Biomedical Engineering
Department
Consecutive Bachelor/Master
Programme in Electrical
Engineering & Information
Technology
Education in Co-operation with:
Name of Institutions, Departments, Names of Chairpersons
- German Centre for Information Technologies (GCIT), Prof. N.N.
- University of Tübingen, Medical Faculty, Prof. N.N.
Electrical Engineering & Information Technology with major in Biomedical Engineering
Admission requirements for Bachelor Programme: general admission requirements for universities (Abitur with at least grade B+)
1. Sem.
2. Sem.
3. Sem.
4. Sem.
5. Sem. 6. Sem.
7. Sem.
8. Sem.
9. Sem.
10. Sem.
Degree
Degree:
B.Sc.
3 months
13 weeks 6 months
M.Sc. in
bachelor Master Programme
industrial master
EE & IT
Bachelor Programme
thesis
internship thesis
ECTS
Credits
BME:
96 ECTS
General Subjects
84 ECTS major field, e.g. EE & IT
in biomedical engineering
180 ECTS
Major field, e.g. EE & IT in
Biomedical Engineering
120 ECTS
Course offerings in English?
Admission requirements to the Master Programme for students from other programmes: ???
Biomedical Engineering: approximate number of students per year with specialty area Biomedical Engineering: xx
Bachelor, yy Master
Ph.D. Programme: offered /not offered; duration of programme; number of Ph.D. students per year; admission
requirements; does the Ph.D. program include course work (taught programme) or is it a pure research programme?
Key Course Elements:
Main Research Areas:
Department of Biomedical Engineering:
Medical Electronics
Biomedical Instrumentation
Department of Biomedical Engineering:
Processing of physiological signals
Modelling of the cardiovascular system
-
Biomedical Informatics
Medical Communication Technologies
Other Departments:
Systems Biology
Bio-MEMS
-
Telemedicine
E-Health
Other Departments:
Systems Biology
Bio-MEMS
RESEARCH
Dept. of BME:
Implants and
artificial organs.
The interaction
of medical
devices,
prostheses and
artificial organs
with the human
body requires
integrative
answers.
Modern
diagnostic and
therapeutic
technologies
permit a ‚journey
through the
human body‘.
Currently
research at the
BME dept. is
focussed on the
development of new ultrasound techniques for therapeutic
applications at the cellular level.
Research in
cooperating
institutions
This part should
be no longer than
one page.
Other Department: a characteristic picture and short outline
of a special research area.
Accreditation:
ABET accreditation
Affiliations:
EAMBES, …
Professional certification for
graduates available?
Exchange Programmes:
Participation in Erasmus Programme? Yes/No
Other student/faculty exchange programmes?
Yes, certification as clinical
engineer after special 3 year
training programme and exam.
Is certification mandatory?
Other important information: (possibly list of primary faculty members)