Biomedical engineering

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This programme will provide the students with in-depth skills to meet the increasing demand for more efficient health care systems, for example driven by the increasingly ageing population, and
to meet the increasing demand in almost all industrial areas, to develop improved products and systems by taking into account biomedical and environmental factors to achieve a sustainable society.

Programme

A basic idea behind the design of the programme is to give the students, during the first year, a general base of medicine and biomedical engineering skills that are not tailored to a specific application area or industrial branch. These general skills are then extended in the application oriented specialisations or tracks.

The compulsory part of the programme comprises six courses with focus on the general base of medicine and biomedical engineering skills.

Specialisations will be possible in tracks: Imaging, e-Health, Automotive, Biomaterials & Tissue engineering, Biotechnical physics and in Signal & Control engineering.
Here, courses from other Master's programme, have been combined to give specialisations in the various sub topics.

Last modified: March 02, 2010
Responsible for this page: Gunilla Walther

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The application period for Master's programmes is open 1 December 2009 until 15 January 2010.

Specific entry requirements

 

Undergraduate profile:
Major in Electrical engineering, Bioengineering, Engineering physics, Computer engineering or Automation and mechatronics engineering
 

Prerequisites:
Electric circuit analysis, Basic programming and Mathematics (including Multivariable analysis, Linear algebra, Numerical analysis and Transforms)
 

English requirements:
Please find info through link under the Master's programmes page.

Degree Master of Science (120 credits)
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