65 computer-programmer-"https:"-"CNR"-"https:"-"https:"-"https:"-"https:"-"https:" positions at Leibniz
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offers a lively, international research environment with well-equipped laboratories and computational facilities. The DSMZ strives to increase the proportion of female scientists and encourage female
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qualifications Successfully completed university degree (master, diploma, or equivalent) in computer science, physics, engineering, mathematics, or comparable field, In-depth theoretical knowledge in Machine
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Participation in a productive and active team Personal mentorship and support Training within the program of Borstel Biomedical Research School (BBRS) Payment according to TVöD-VKA EG 13, 65% incl. all benefits
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rats. The communication language of the lab is English. The group interacts tightly with the Research Group Cognitive Neurophysiology (PI M. Yoshida; in-vitro/in vivo electrophysiology & computational
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Company pension plan (VBL) Company health promotion and the opportunity to participate in company fitness with EGYM Wellpass Submission of application: Please submit your complete application documents
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machine learning techniques or computational methods for text and data analysis is appreciated The working language of our research team is English; therefore, proficiency in English is essential. While not
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in environmental science, geography, computer science, quantitative social or political science, physics, ecology, economics, or related fields general knowledge of climate research ability to solve
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, project management, science communication, environmental science, geography, computer science, social science, political science, international development, ecology, economics or related fields general
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The Leibniz Institute for Agricultural Engineering and Bioeconomy (ATB) is a pioneer and a driver of bioeconomy research. We create the scientific foundation to transform agricultural, food, industrial and energy systems into a sustainable bio-based circular economy. We develop and integrate...
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homeostasis and its impact on altered immune cell output over life time. We plan to employ inflammatory challenges and will combine experimental animal models with studies on human cells to translate principles