143 web-programmer-developer-"https:" "https:" "https:" "https:" "https:" "https:" "https:" "https:" positions at University of Luxembourg
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, while providing additional benefits for the energy actors and green energy exploitation?” The PhD project will begin with reviewing the state-of-the-art, then optimisation formulations will be developed
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designed to strengthen the department’s research profile in the fields of entrepreneurship and digital transformation, support its academic programmes, and contribute to its long-term development
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AI4TECS aims to develop the first AI‑powered system that integrates real‑time EC identification using non-target high resolution mass spectrometry data, toxicity prediction, and transformation product
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with the disciplinary approach a very ambitious interdisciplinary research culture has been developed. The faculty’s research and teaching focuses on social, economic, political and educational issues
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research, the FSTMseeksto generate anddisseminateknowledge and train new generations of responsible citizensin order tobetter understand, explain and advancesocietyand environment we live in.
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partners as well as national and international academic initiatives. These projects span the full research and development lifecycle, requiring large-scale experimentation, real-time system implementation
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involved in student selection, the development of the training plans for nursing students, coordination and organization of theoretical and practical teaching, the evaluation of programs, in close
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at the University of Luxembourg. The doctoral researcher will develop an original research project leading to a PhD thesis and is expected to actively contribute to the scientific activities of the research group
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relevance given the Department’s ambition to maintain its leadership in financial law, a domain central to Luxembourg’s role as a global financial centre. The ideal candidate shows potential to: Develop
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AI4TECS aims to develop the first AI‑powerAd system that integrates real‑time EC identification using non-target high resolution mass spectrometry data, toxicity prediction, and transformation modelling