43 professor-computer-"https:"-"https:"-"https:"-"https:"-"UCL" positions at Ghent University
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Requirements The Odysseus programme is open to two types of candidates: Type I: Researchers who are internationally recognized as pioneers in their field and who have an appointment of minimum 80
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(joint) PhD degree at Ghent University) can apply. Exchange students cannot apply for this scholarship; This program is meant for students at the beginning of their PhD. To a limited extent, PhD students
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at Ghent University, which you would like to join, in our Research explorer . The proposal is written jointly with the host organisation (i.e. a supervisor who is a professor at Ghent University
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similar). Co-promoters can also be guest professor or postdoctoral researcher. Third Parties (companies, foreign partners, ...) can be part of the consortium, but can never receive funding from FWO
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professor at Ghent University that will accept them as a candidate. You can look for a professor in your research domain through our research directory . How does it work? Your application can be in English
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as an exchange PhD student, an agreement between your home institution and Ghent University is obligatory. All applications need the explicit commitment of a Ghent University professor who will act as
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: Must have a ZAP-affiliation. Copromoters can also be guest professor or postdoctoral researcher. Third Parties (companies, university colleges, strategic research centers, foreign partners, ...) can be
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of the UNPACK team, you will be intensively working together in a team of 8 researchers and 4 professors. You will share your data and analyses with your co-researchers and supervisors, and engage in
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intensively working together in a team of 8 researchers and 4 professors. You will share your data and analyses with your co-researchers and supervisors, and engage in extensive collaborative (interdisciplinary
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program investigating the molecular mechanisms by which bacterial pathogens deploy type III secretion system (T3SS) effector proteins to manipulate host cells. In particular, this doctoral project will