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Lawrence Berkeley National Lab’s (LBNL ) Engineering Division has an opening for a Mechanical Design Associate to join the Advanced Light Source (ALS) Mechanical Engineering team. Working
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carbon cycling and the mechanisms shaping the soil response, and to estimate potential soil carbon feedbacks with climate. The project encourages collaboration with a wide range of scientists, from
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and machine learning models to study observed effects of warming on soil and ecosystem carbon cycling and the mechanisms shaping the soil response, and to estimate potential soil carbon feedbacks with
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materials and ionomer membranes, fabrication and deposition of ionomer thin films relevant to complex interfaces and electrodes, mechanical characterization of solid-state materials and components, as
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mechanical design such as AutoCad or other 2D and solid modeling tools. Desired Qualifications: MS in Electronics Engineering, Physics or related discipline and a minimum of 6 years of experience with
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cyclones and severe storms. In this exciting role, you will develop a deeper understanding of the physical mechanisms that precede and drive these extreme weather events, and how these processes interact
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analysis and sustainability analysis. Contribute to development and evaluation of practical MMRV frameworks for soil-based CDR. Contribute to studying field trials of new sequestration mechanisms. Share
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frameworks for soil-based CDR. Contribute to studying field trials of new sequestration mechanisms. Share technical laboratory and field expertise with collaborators in interdisciplinary teams. Contribute
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mechanical design such as AutoCad or other 2D and solid modeling tools. Power Supply Engineer (Level 4) Specific Responsibilities, in addition to the responsibilities of the level 3: Requires a minimum of 8
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circuit simulation, work on high voltage and high RF power pulsed megawatt klystrons and tens to hundred kilowatt class CW tetrodes, inductive output tubes (IOT), klystrons and solid state amplifiers in