66 computer-programmer-"https:"-"IDAEA-CSIC" "https:" "https:" "https:" "https:" "https:" "Dr" "L2CM" positions at Umeå University in Sweden
Sort by
Refine Your Search
-
of Excellence. The Department of Language Studies invites applications for the doctoral training programme in Sámi (Language didactics) The Department of Language Studies is a creative and dynamic
-
of Excellence. The Department of Historical, Philosophical and Religious Studies invites applications for the doctoral training programme in Archaeology. The Department of Historical, Philosophical and
-
invites applications for the doctoral training programme in Philosophy, specialization in Ethics in Teacher Education. The Department of Historical, Philosophical and Religious Studies conducts research
-
scientists willing to act as references. Application deadline February 28th, 2026. Contact information For questions, please contact Prof. Ludvig Edman (email: ludvig.edman@umu.se) or Dr. Erik Zäll (email
-
gene regulators. Therefore, to avoid their harmful effects, in adult tissues they are silenced by epigenetic mechanisms such as DNA methylation. Dr. Horvath’s previous research has uncovered several
-
research program that aims to understand the genetic principles of complex trait plasticity and develop climate-resilient plants using innovative techniques such as omics data interpretation, gene editing
-
of Excellence. The Department of Historical, Philosophical and Religious Studies invites applications for the doctoral training programme in Religious Studies/Theology. The Department of Historical
-
of Excellence. The Department of Language Studies invites applications for the doctoral training programme in Linguistics (English, Linguistics, Russian or Swedish/Scandinavian languages
-
environment on regional development consisting of economic geographers and will also be affiliated with the interdisciplinary research programme “A Promised Land?” at the Centre for Regional Science (CERUM
-
epigenetic mechanisms such as DNA methylation. Dr. Horvath’s previous research has uncovered several mechanisms by which TEs regulate gene expression in the human brain, including through interaction with