Sort by
Refine Your Search
-
perspective with an empirical research methodology. The position is fixed-term for 2 years with a possible extension of 2,5 years. Position description The work is part of a new UnloQ project, which aims
-
. The work will be based at the Viikki Campus in Helsinki, Finland. The postdoctoral researcher will join the research project ANEW – Arising Novelty in Ecological Networks: consequences for ecosystem
-
obtained isolated materials. The work will also comprise help in the supervision of undergraduate, graduate and visiting students. The researcher is expected to present their findings in scientific meetings
-
to develop further research expertise through various projects experience in project management a demonstrated ability to work collaboratively experience in international and/or multidisciplinary settings
-
responsibilities of the position. The selected candidate should be capable of conducting independent research at a high international level and able to work both independently and collaboratively as a member of the
-
work as well as the teaching skills necessary for the position. Other academic activities of MePhiS are expected. A pre-existing interest in the general theme of the CoE is an advantage. The working
-
based on personal performance. The annual gross salary is €43200-50400. The position is filled with a six-month trial period. In Finnish universities, the teaching and research staff have a special system
-
period. We will offer you: The opportunity to work in an international multidisciplinary research community High-quality research infrastructure and support Occupational health services and other
-
, or other omics data analysis approaches Programming skills in R, Python, or equivalent Ability to work independently while flexibly contributing actively to an interdisciplinary research team
-
the Finnish population and advancing promising therapeutic strategies toward clinical application. The group collaborates extensively with national and international partners. Our work spans patient-derived