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-function relationships that support process optimization, design, and field operation of M2X technology Development of key variables as inputs and understanding of the implications to life-cycle assessment
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: PhD in Aerospace Engineering, Mechanical Engineering, Computer Science, or Electrical Engineering. Preferred Qualifications: The candidate will be highly evaluated if having the track record
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cells, energy storage, electric vehicles, and energy-efficient buildings. FSEC has been expanding research areas to renewable chemicals and is seeking a faculty candidate in the area of applied catalysis
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-ray, thermogravimetric, etc.) to develop structure-function relationships that support process optimization, design, and field operation of M2X technology Development of key variables as inputs and
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, including appropriate methods, data collection strategies, and analysis techniques. Ability to use complex data management software and other relevant technology. Experience working with youth and young
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technologies for energy-efficient envelopes, HVAC and water heating systems, smart controls, grid-enabled buildings, energy storage, and integration of solar and electric vehicles. Minimum Qualifications: A