107 molecular-modeling-or-molecular-dynamic-simulation positions at California Institute of Technology
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embryology of model organisms, such as zebrafish, and background in phylogenomic and molecular biology (in situ hybridizations, PCR, cloning). Required Documents Resume
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components (20%) Simulation/modeling of anticipated performance (20%) Selection of COT's hardware (sensors, flow effectors, etc.) (20%) Assembly and validation of test devices (30%) Basic Qualifications Hands
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eukaryotic systems. Perform molecular biology techniques such as plasmid preparation, cloning, and mutagenesis. Conduct standard protein biochemistry assays, including SDS-PAGE, Western blotting, and
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include: developing novel tools that improve biological AI models by orders of magnitude; developing closed-loop systems that combine robotics and AI for rapid autonomous experimentation; discovering in
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with PCR, agarose gel electrophoresis, and other molecular biology techniques. Preferred Qualifications Experience performing genetic experiments using model organisms, especially zebrafish. Required
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Duties Development of overall requirements and performance goals (10%) Design/general high level layout of test stand components (20%) Simulation/modeling of anticipated performance (20%) Selection
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: developing novel tools that improve biological AI models by orders of magnitude; developing closed-loop systems that combine robotics and AI for rapid autonomous experimentation; discovering in human tissues
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competence in molecular biology techniques for the design and construction of plasmid vectors and sgRNAs for insect genome engineering. The position also demands careful screening and husbandry of insect
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in the real world. From the famous walking/flying hybrid LEO, to AI/ML controls, supporting science with UAVs and our spacecraft simulator, we do a wide range of research supporting a broad spectrum of
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evaluation of protein variants for a novel nicotine biosensor. Essential Job Duties Use computational methods to design protein variants (10%), Use standard molecular biology techniques to create protein