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equivalent competences gained through prior work experience. You have excellent programming skills. You have prior experience developing AI models. You are interested in materials science and crystallography
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beam sensitivity, liquid thickness, and cell configuration. You enjoy working at the interface of instrumentation, analysis, crystallography and materials chemistry. Basic programming skills and a
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researcher should have expertise in materials/mechanical/electrical engineering with an excellent understanding of fluid mechanics as well as experience with Arduino/Raspberry Pi programming, 3D printing and
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willingness to learn quickly Fluent English Ability to work both independently and in collaboration We offer Multilingual and international character. Modern institution with a personal atmosphere. Staff coming
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and motivation. Ideal candidates will possess critical thinking abilities, excellent oral and written communication skills in English, and a collaborative mindset. Additionally, they should demonstrate
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supervising PhD students and other team members. You will fulfil a limited number of teaching activities in the Master’s program in International Relations and Diplomacy. You will participate in the provision
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programming languages including bash scripting, MATLAB, C/C++, Golang, and Python Working knowledge of free5GC/OpenAirInterface/srsRAN open-source software stack. Practice in other open-source mobile network
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FWO-UGent funded bioinformatics postdocs: Unveiling the significance of gene loss in plant evolution
, or related fields Strong programming skills in Python, R, and experience with Linux environments Demonstrated experience in processing and analyzing large-scale genomic and transcriptomic datasets
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with quantitative methods (such as modelling and/or programming) to apply. PhD position: You have a master's degree in business administration, operations research, engineering sciences or similar
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dynamics of BLA to PFC connectivity and function; (2) identifying the molecular programs during critical developmental windows that influence BLA to PFC connectivity; (3) investigating the plasticity and