11 postdoc-artificial-intelligence Postdoctoral research jobs at Stony Brook University
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Postdoctoral Associate- Artificial Intelligence Innovation Required Qualifications: (as evidenced by an attached resume) Doctoral Degree (or foreign equivalent) in Computer Science, Electrical and
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Postdoctoral Associate- Artificial Intelligence Innovation Required Qualifications: (as evidenced by an attached resume) Doctoral Degree (or foreign equivalent) in Computer Science, Electrical and
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library design, DNA probe design, DNA based cell staining, multiplexed protein/DNA bioassays, various DNA technologies, PCR, RNA sequencing, microarray-based biosensor, omics data processing, artificial
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library design, DNA probe design, DNA based cell staining, multiplexed protein/DNA bioassays, various DNA technologies, PCR, RNA sequencing, microarray-based biosensor, omics data processing, artificial
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on folding schemes and succinct proofs in top tier conferences, and a doctoral degree and/or postdoc experience (e.g., if the doctoral degree spanned less than four years). Brief Description of Duties
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on folding schemes and succinct proofs in top tier conferences, and a doctoral degree and/or postdoc experience (e.g., if the doctoral degree spanned less than four years). Brief Description of Duties
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to neurovirulence. Preferred Qualifications: PhD or Postdoc experience in Flavivirus research. Experience in BSL3 with neuropathogenic viruses and ABSL3 murine models. Two (2)- Five (5) years of molecular biology
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to neurovirulence. Preferred Qualifications: PhD or Postdoc experience in Flavivirus research. Experience in BSL3 with neuropathogenic viruses and ABSL3 murine models. Two (2)- Five (5) years of molecular biology
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experience in proposal writing as well as mentoring undergraduate and graduate students. The postdoc is responsible for: ● Design and development of the new class of on-demand single-photon sources
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experience in proposal writing as well as mentoring undergraduate and graduate students. The postdoc is responsible for: ● Design and development of the new class of on-demand single-photon sources