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) latent infection and activation and developing a strategy to prevent or treat it. The successful candidate will work in a dynamic research environment with state-of-the-art facilities and collaborate
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publication record, strong organizational and excellent communication skills for assisting and collaborating with molecular biologist, pharmacologist, and pharmaceutical scientist in a dynamic, multi
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) mediated “biased” signaling and characterizing A-kinase Anchoring Protein (AKAP) “signalosomes” in βAR-mediated signaling. Candidates should have experience in molecular biology, cell biology, animal
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considerable latitude for unreviewed action. Reviews and evaluates the effectiveness of personnel. EEO/AA Additional Job Description: Possesses, understands and applies advanced knowledge in molecular biology or
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computer simulations of sodium-based materials for battery applications. This is a full-time position offering a competitive salary and benefits package. The successful candidate will have the opportunity
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equivalent) degree in Cell Biology, Biochemistry, or Molecular Biology and have at least three years of productive postdoctoral research experience. Any Ph.D. (or equivalent) graduate that is enthusiastic
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on system modeling and simulation, starting as early as spring 2024. The postdoc position will be supervised by Dr. Weihang Zhu (ET, https://coss.egr.uh.edu/ ) and Dr. Suresh Khator (IE, https://www.ie.uh.edu
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conduct comprehensive testing with industry partners. Additional Job Posting Information: Basic requirements: PhD degree in mechanical engineering or electrical engineering Specialized in dynamics system
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specialization that is directly related to the type of work being performed. No experience is required. Minimum Qualifications: PhD in Electrical and Computer Engineering, experience in simulating robots and
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. Computational/numerical Methods and Models: Requires experience with modeling, simulations or high-performance computing involving electrodynamics, finite difference methods, rapid prototyping to explore external