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highly complex task, as sparse instrumentation does not guarantee direct sensing at all fatigue-critical locations of the substructure’s primary steel. Analytical solutions – so-called virtual sensing
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expertise with laboratory work in a molecular/genetic lab, including DNA- and/or RNA-sequencing technologies. Some expertise in bio-informatics and data-mining is a plus. You have analytical problem-solving
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for detecting multiple biomolecules, including nucleic acids, proteins, and other clinically relevant analytes. Position You prepare a doctoral thesis in the field of molecular quenching strategies
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analysis methods, particularly life cycle assessment and/or ecosystem services assessment, and have a critical and analytical mindset. You are comfortable working with complex datasets, scenario modelling
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perform their structure determination leveraging the advanced capabilities of different mass spectrometry techniques, NMR spectroscopy and database searches along with other analytical methods. • You
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good analytical skills, as we expect you to be both a scientist and an engineer. Good to excellent English language skills (spoken as well as written). As the PhD position is highly interdisciplinary
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analytics, and spatio-temporal and quantitative criminology. The position will start on 01 Oct 2025, or as soon as possible thereafter. The selected PhD student is expected to contribute to a FWO research
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communication skills, both spoken and written. A strong knowledge of French is recommended. • • You have excellent analytical and problem-solving skills. • You are stress-resistant and flexible, with strong
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particular public policies to steer behaviour towards sufficiency. We are looking for candidates with a critical and analytical attitude and a sense of initiative. Other profile requirements: You hold a