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computer science or related field with a focus in Artificial Intelligence (AI), Machine Learning (ML), Deep Learning (DL) and optimization or related sub areas of machine learning. At least five (5) years
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technical future by helping to build scalable cloud-based platforms. Collaborate across teams to integrate and optimize our database infrastructure, creating and supporting seamless high-performance systems
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for controlled environments with economic impact in New York State and beyond. The successful candidate will use novel methodologies, digital tools, and sensors to understand and optimize CEA crop physiology and
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for benefits such as climate adaptation, soil remediation, carbon sequestration, shoreline stabilization, heat island mitigation, urban agricultural optimization, health and psychological benefits, and/or
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, but not limited to: Energy systems decarbonization Smart energy systems Climate mitigation strategies Life cycle analysis/optimization of energy systems Integrated assessment models of energy systems
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communications strategy: including but not limited to press outreach, digital and print advertising, email marketing, print materials, social media, Search Engine Optimization (SEO), email marketing, videography
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, characterization, and modeling of metamaterial fibers and textiles. Develop and optimize fabrication processes for fibers and textiles. Conduct optical characterization of the developed materials and analyze
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inappropriately; and supporting work/life integration of oneself and others. Successful candidates will need to have and display the following competencies as part of this role: Optimizes work processes
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into our platform, leveraging LLMs and related technologies. Support continuous innovation by integrating new features and optimizing existing functionalities. Recommend product revisions or enhancements
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independent and innovative research on the technical implications of decarbonization policy pathways for electric power systems. Desired experience includes optimization and simulation of electric power systems