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at the molecular scale. Are you interested to combine physics, engineering, and molecular biology to gain insight into how life works at the nanoscale? To learn how the machinery of life operates at the molecular
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Do you want to understand how life works at the molecular scale by helping us study and design methods for deforming and dividing synthetic cells? Living cells are highly complex systems made
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internally. To do so, we collaborate closely with experimentalists. Multiple projects are available concerning the sensing of molecular signals in gene regulatory contexts, macroscopic signals from
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combinations of mechanistics models commonly used in biology with data-driven (AI) models from genomic data. You will guide parameter estimation and synthesis of models of molecular processes combining data and
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., biology, microbiology, biotechnology, synthetic biology, biochemistry. Have theoretical and practical knowledge in (yeast) molecular biology and metabolism Be interested in bridging basic and applied
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Master's degree in Bioinformatics, Molecular biology, Bioengineering, or a related field. Has excellent spoken and written English skills. Has an affinity for both computational and experimental research
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., biology, microbiology, biotechnology, synthetic biology, biochemistry. Have theoretical and practical knowledge in (yeast) molecular biology and metabolism Be interested in bridging basic and applied