107 molecular-modeling-or-molecular-dynamic-simulation positions at California Institute of Technology
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technology developments. Perform and document design trade studies to establish design requirements and concepts. Develop and implement computer models and simulations to evaluate engineering concepts and
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. Carry out, analyze, and improve global climate simulations. Carry out original research using the CliMA model and author papers in the peer-reviewed literature. Basic Qualifications PhD in a field of
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quantitative and qualitative evaluation methods, including company-level fundamental research, financial modeling, valuation, and other quantitative analyses. Form an independent opinion about the attractiveness
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. Electronics CAD experience from concept through to finished product. Experience designing low-noise (precision) analog electronics. Programming, circuit simulation, or noise/performance modeling experience
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us and be a part of the diverse Caltech community. Job Summary This job is for physics-based modeling of light scattering processes and their ramifications on experimental sensitivity and design of
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) experience and demonstrated proficiency (SolidWorks preferred). Finite-element analysis (FEA) experience and demonstrated proficiency (e.g., Ansys or equivalent). Gas dynamical modeling expertise (e.g., using
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, working within a dynamic team of administrative staff. Essential Job Duties Provides administrative assistance to research groups, requiring a thorough knowledge of the department processes and Institute
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. Develop and implement computer models and simulations to evaluate engineering concepts and verify compliance with performance and interface requirements. Design, implement and analyze static or dynamic
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, tissue culture, and basic molecular biology (DNA preps, PCR). Make common lab solutions accurately: sterile filtered 20X PBS, sterile filtered 5X PBS, autoclaved LB agar, autoclaved LB broth, RPMI
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. Develop or refine sophisticated models of image sensor behavior. Develop/modify software/firmware for interfacing and controlling detectors in the context of specialized astronomical instruments