Doctoral School of Electrical and Biomedical Engineering

 
Degree: PhD
University: Graz University of Technology (TU Graz) , Faculty: Doctoral Programmes
City: Graz , Country: Austria
Discipline: Engeneering & Technology
 
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  • Tuition fee Free - Details
    € 760 (non-EEA)
  • Start Date of Studies Unknown
  • Programme Alternatives full-time
  • Language English
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  • Programme Description

    Programme Description

    Electrical and information engineering includes the fields of automation, energy technology, information and communication technology, microelectronics, and electrical engineering and business. As an interdisciplinary specialist field, biomedical engineering applies engineering and scientific principles to the field of medicine and biology.

    The subject matter of the doctoral programme comprises problems from the scientific and engineering subjects of electrical engineering and biomedical engineering and from fields such as biology and medicine. Training takes place parallel with research and according to the requirements of international competitiveness.

    The aim of the Engineering Sciences doctoral program at Graz University of Technology
    is, beyond the pre-professional education and training, to acquire the ability to do
    consolidated, independent scientific work in the technical fields of competence of Graz
    University of Technology. Students who accomplish this objective are awarded the academic degree of Doctor of Engineering Sciences (Dr. techn.).

    Qualification Profile:

    A Doctor of Engineering Sciences of Graz University of Technology has consolidated and
    perfected the ability to formulate engineering and scientific questions abstractly and to
    develop research-based analyses and problem-solving approaches, and is capable of doing independent scientific work on a high level.

    She/he is capable of carrying out team work in the field of engineering and scientific research in both the university and industrial sectors, as well as to assume a coordinating and leading function.

    She/he has a broad basis as well as a consolidated specialisation and can thus broaden and innovatively apply scientific knowledge in different fields of application.

 
 
 

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