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--- vacancies [2020/01/28 10:17] – neggers
+++ vacancies [2024/02/21 22:06] – updating status of job openings chylik
@@ Line 1: / Line 1: @@
 ====== Open positions in our research group ======
-=== PhD Graduate Research Position in Meteorology (0,75% TVL13) ===
+Currently there are no open positions.
-This DFG-funded research project aims to characterize and understand the geometric and spatial structure of cumulus cloud populations in high, unprecedented detail using a new stereo camera network at our [[http://joyce.cloud|JOYCE]] site in Jülich, in combination with high-resolution simulations with the [[models|ICON-LEM]] model. We are looking for a model enthusiast to conduct the simulations on a supercomputer and to cross-compare the model results with stereo camera data and satellite data. Subsequently this information will be used to improve the representation of cumulus clouds in weather and climate models. The work will be conducted in collaboration with scientists at the Meteorological Institute of the University of Bonn.
+For student projects, please refer to [[https://atmos.meteo.uni-koeln.de/inscape/doku.php?id=students|Student projects]]
-The full description can be found {{ :advert_201909_igmk_socles_phd_eng.pdf |here}}. Applications should be submitted before **15 December 2019**. The position will be available until filled. This is the second announcement of this vacant position.
-=== PhD Graduate Research Position in Meteorology (0,75% TVL13) ===
+==== Past calls ====
-As part of the ongoing MOSAiC field campaign in the high Arctic (http://mosaic-expedition.org) the Polarstern Research Vessel is currently making unprecedented measurements of low level turbulence, clouds and radiation in the Arctic Mixed Layer (AML) during winter. In this PhD project, high-resolution Large-Eddy Simulations (LES) will be generated to accompany these observational datasets. The objective is i) to supplement the measurements with virtual three-dimensional fields, and ii) to use the LES as a laboratory to study interactions between turbulence, clouds, radiation, the surface and larger–scale dynamics. The simulations will be performed for each suitable day during the MOSAiC drift, yielding a library of over a 100 cases. The Lagrangian setup of these simulations follows air masses as they move towards the ship. Model results will be evaluated against independent MOSAiC measurements. Statistical interpretation of big datasets will be performed to identify controls on the evolution of the AML as embedded in warm and moist air intrusions. Hypotheses will be tested concerning the formation and maintenance of humidity layers above the thermal inversion of the AML, focusing on the role of surface heterogeneity. Obtained results will be published in high-end peer-reviewed scientific journals and presented at international conferences.
-Specific requirements for this project:
+🌨 Are you interested in the Arctic and meteorology?
-  * Unordered List ItemA strong interest in high-resolution numerical simulation of geophysical flows, boundary-layer meteorology, Arctic clouds and climate, and conceptual modeling
+DFG-funded Collaborative Research Centre on Arctic Amplification (www.ac3-tr.de) started its next phase.
-  * Interest in confronting simulations with state-of-the-art MOSAiC measurements, in close collaboration with our project partners at TROPOS in Leipzig
+🔊 And so there are new positions at University of Cologne (deadline 31 January):
-  * An investigative mindset, highly motivated to gain new scientific insights into an ongoing major shift in Earth's climate (Arctic Amplification)
-According to the guidelines in the official job posting ([[http://www.geomet.uni-koeln.de/fileadmin/Dokumente/das_institut/Stellenangebote/Wiss2001-14_phd_SFB172_Arktische_Meteorologie_Neggers.pdf|External Link]]), please send your application and questions regarding this project to Prof. Dr. R. Neggers (neggers@meteo.uni-koeln.de)
+  * PhD position on modeling of convection in a warming Arctic: [[https://jobportal.uni-koeln.de/ausschreibung/renderFile/1522?propertyName=flyer|open flyer with details on Jobportal (1522)]]
+  * Research software engineer/Postdoc in Arctic amplification: [[https://jobportal.uni-koeln.de/ausschreibung/renderFile/1521?propertyName=flyer|open flyer with details on Jobportal (1521)]]
+----