10 phd-in-wirlesscommunication-engineering Postdoctoral positions at University of Texas at Dallas
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/01/2025 Job Summary Multiple postdoctoral positions (up to 4) in the areas of peptide chemistry/engineering, protein engineering/design, and biocatalysis are available in the laboratory of Rudi Fasan
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events or academic conferences annually Mentoring 2 to 3 undergraduate or graduate students Minimum Education and Experience Ph.D in a related field. Preferred Education and Experience PhD in engineering
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/21/2025 Job Summary Multiple postdoctoral positions (up to 4) in the areas of peptide chemistry/engineering, protein engineering/design, and biocatalysis are available in the laboratory of Rudi Fasan
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/21/2025 Job Summary Multiple postdoctoral positions (up to 4) in the areas of peptide chemistry/engineering, protein engineering/design, and biocatalysis are available in the laboratory of Rudi Fasan
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at the University of Texas at Dallas. The Gao Laboratory of Biomaterials focuses on engineering novel polymeric biomaterials for therapeutic applications. This is a 1-year position, renewable up to 2 years pending
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. Minimum Education and Experience Ph.D in a related field. Preferred Education and Experience Preferred Education and Experience PhD in biomedical engineering, pharmacology, neuroscience, physiology
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novel proteins/antibodies and explore their biomedical applications. Our goal is to utilize these engineered proteins to precisely regulate intracellular signaling pathways, eventually translating
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field. Preferred Education and Experience Preferred Education and Experience PhD degree in Neuroscience or related field Technical knowledge of molecular biology methods (e.g. Western blotting, PCR
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novel proteins/antibodies and explore their biomedical applications. Our goal is to utilize these engineered proteins to precisely regulate intracellular signaling pathways, eventually translating
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novel proteins/antibodies and explore their biomedical applications. Our goal is to utilize these engineered proteins to precisely regulate intracellular signaling pathways, eventually translating