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Bio Process Development Unit (ABPDU ). In this exciting role, you will develop AI-driven predictive metabolic models of cell physiology, metabolism, and functional behavior. You will have the
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, delamination, metastability effects) Identify gaps and contradictions in reported degradation knowledge and formulate hypotheses that connect findings across studies Develop data analysis procedures (Python
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, or retrieval context. Develop and release benchmarks that tie model performance to real biological tasks, including gene function, fitness, phenotype, and pathway completion, with defined splits, baselines, and
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biological datasets. Develop quantitatively predictive models of biological systems. Integrate multi-omics data into quantitative computational models. Apply Monte Carlo sampling approaches to quantify
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with an interdisciplinary team of scientists to develop new spatially resolved resonant soft x-ray reflectometry and magnetic reflectometry capabilities at the Advanced Light Source by implementing
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develop and optimize scientific and engineering applications leveraging high-speed network capability provided by the Energy Sciences Network or run on next-generation high performance computing and data
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biological datasets. Develop quantitatively predictive models of biological systems. Integrate multi-omics data into quantitative computational models. Apply Monte Carlo sampling approaches to quantify
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Berkeley Lab’s (LBNL ) Joint Genome Institute (JGI ) has an opening for a Postdoctoral Fellow to join the BioDesign Group! In this exciting role, you will develop a high-throughput platform to