66 phd-sandwitch-in-architecture-and-built-environment Postdoctoral research jobs at University of Minnesota
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development and future formation of his/her own career as well as should be willing to seek for research funding. He/she should have experience of working in a research team environment and have experience
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. The candidate must have a track record of reliability and good verbal and written communication skills. This is an ideal position for a recent graduate with an PhD, MD/PhD degree in related fields, but not
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, writing, and presentations Qualifications Required Qualifications: ● A PhD degree in Neuroscience or a related field who possesses a strong laboratory background and communication skills. Preferred
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on soil fertility, nitrogen fertilizer best management practices (BMPs), and alternative management tools for sustainable crop production that are protective of the environment - Collaborate on existing
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experiments related to influenza and/or innate immunity 20% experiments related to influenza and/or innate immunity, write grants and papers 10% duties as assigned Qualifications Required Qualifications: PhD in
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mentor undergraduates, graduate students, and/or researchers in the lab. Qualifications Required Qualifications: PhD in biochemistry or a related field. At least one first author publication, including
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Essential Qualifications Applicants require a PhD in a Biochemistry-related field Preferred Qualifications: Experience with animal behavioral studies, advanced statistics, and experimenta design
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development; and opportunities for outreach and community engagement. Qualifications Required Qualifications: PhD in limnology/oceanography/microbial ecology or related field Preferred Qualifications
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hours per week. The University of Minnesota encourages a healthy work life balance for employees. CEHD is committed to an excellent employee experience, offering a flexible work environment that meets
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, 8, pii: e47970, 2019) 40% Responsible for designing and conducting NIH-funded research experiments pertaining to understanding the molecular cues present in the adult muscle environment that induce