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Apply Now Job ID JR100806Date posted 05/31/2024 The Interdisciplinary Science (IS) Department at Brookhaven National Laboratory (BNL) is seeking a Postdoctoral Research Associate for a one-year appointment with an opportunity for a one-year renewal to perform research in the area of electric...
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for power system planning, operation, control, and security. POSITION REQUIREMENTS Required Knowledge, Skills, and Abilities: A PhD. in electrical engineering or related field of study, with a broad knowledge
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, skills, and abilities: - Graduate degree in an electrical engineering or closely related discipline - Knowledge of ASIC design process and flows - Familiarity with PDKs and CAD/EDA tools for ASIC design
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Apply Now Job ID JR101106Date posted 05/03/2024 WHY WORK AT BNL? Brookhaven National Laboratory (www.bnl.gov) delivers discovery science and transformative technology to power and secure
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component - Contribute to design of ASIC and ASPIC within the scope of the data communication system and the photonics computing platform Position Requirements: - Graduate degree in an electrical engineering
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parts, and vendor produced components developed by a collaboration of the C-AD scientific, engineering, and technical staff. The C-AD supports an international user community of over 1,500 scientists
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candidate is expected to utilize established methodologies and instruments in X-ray mirror technology while also exploring innovative capabilities to measure and fabricate next-generation X-ray mirrors
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, Skills, and Abilities: You are qualified for this post-doc position if: You have earned a Ph.D. in a relevant discipline (Materials Science, Physics, Chemistry, or a related engineering discipline) within
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, and Abilities: A PhD in Chemistry, Physics, Chemical Engineering, Material Science and Engineering, Mechanical Engineering or related field awarded within the last 5 years or will have completed all
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Division (http://www.bnl.gov/chemistry) is to advance basic and applied science for new energy conversion and storage technologies. The Artificial Photosynthesis group conducts cutting-edge research in