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gained to improve the sustainability of agriculture and the climate change resilience of crops. The Maere lab at PSB (http://www.maerelab.be ) is active in the fields of computational biology, evolutionary
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-phase peptide synthesis or organic chemistry is a strong plus Experience with biophysical protein characterization techniques is an advantage Ability to work independently and as part of a
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). A pragmatic scientist who combines technical depth with a clear translational, goal‑oriented mindset. Ability to critically interpret computational and bioinformatics outputs in a biological and
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, data latency). Ability to critically interpret computational protein designs in a biophysical and therapeutically relevant context (e.g. binding, stability, developability). A pragmatic, collaborative
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context of the affected human tissue, and the power of our experimental models, this work will deliver urgently needed insights into the pathogenesis of YARS1-CMT. The project may also reveal shared
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programming or scripting skills (e.g., Python, MATLAB, Bash) are a plus Prior experience in amyloid biology, protein aggregation, or disease-related structural research are an advantage. Ability
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and communication skills; able to structure information and processes for effective decision-making. Fluency, oral and written, in English and Dutch Strong ability to monitor projects, identify gaps
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, information and data flows, and software integrations. Helping researchers and support services work efficiently through modern, reliable digital services. To strengthen our ability to deliver complex cross
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. Extracting this information is still a challenge though, given its intrinsic multidimensional nature (time, perturbation, tissue position, cell state, statistical power). With modern probabilistic modelling
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(or comparable) Practical experience running large‑scale computational workloads on HPC or cloud infrastructure (e.g. job schedulers, parallelization, data latency). Ability to critically interpret computational