297 programming-language-"INSAIT---The-Institute-for-Computer-Science" positions in Belgium
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doctoral dissertation in Business Economics. You will carry out high-quality academic research and, within a four-year period, write a doctoral dissertation based on English-language scientific articles
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Plan). Have a direct impact on shaping the future of PFx Biotech and launching transformative products that impact the life of millions positively. Are you excited by the opportunity to transform
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related field. The candidate should have excellent programming skills (e.g., Python), expertise in machine learning and fluency in English (speech and writing). Prior knowledge of neuroscience and/or deep
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infrastructure can take the research to a substantially higher level. The application must include a strong research plan for the first years after acquisition of the infrastructure. For the 2025-2026 call there
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, this research will offer unique knowledge for tailoring intervention and prevention programs in several youth contexts. This project is proudly supported by the youth platform JEZ!, and is a collaboration between
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(either in classes or in projects/work) is a must. You have experience or you have studied at least one Hardware Description Language. You must be familiar with FPGA programming, hands on experience with
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report on your progress regularly. You will participate in the doctoral study programme at the Antwerp Doctoral School to support your PhD pathway. You will present the findings of your PhD research
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to collaborate in a team environment with multiple PhD students and postdocs; Excellent communication skills in English (both spoken and written); Willingness to develop writing and presentation skills throughout
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to improve your knowledge about these methods You obtained excellent study results You possess good English speaking and writing skills You are a team player, and you are prepared to be an active on-site
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lab is interested in the developmental programs that shape inhibitory circuits in the brain. Specifically, we are interested in how distinct populations of inhibitory neurons are generated, how