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teaching and mentoring. We welcome applicants whose research advances human-centered robotics and human–robot interaction. We are particularly interested in scholarship in these areas addressing one
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developing new theoretical and computational approaches to the strong interaction. Possible directions include the extraction and interpretation of hadronic observables in few-body and multichannel
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the strong interaction. Possible directions include the extraction and interpretation of hadronic observables in few-body and multichannel scattering, applications of effective field theories to
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excellence, undergraduate research, faculty student interaction, commitment to access and community engagement within a supportive academic environment. EO/AA Statement: Indiana University is an equal
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and encourages interaction amongst investigators and trainees. More information about the CDMD is available at: https://medicine.iu.edu/research-centers/diabetes The Indiana University School of
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and encourages interaction amongst investigators and trainees. More information about the CDMD is available at: https://medicine.iu.edu/research-centers/diabetes The Indiana University School of
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courses offered in our program can be found at: https://syllabi.iu.edu/ Responsibilities Full-time lecturer-track faculty commit to a balanced workload of teaching and service, which includes
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expertise in membrane biochemistry and especially extracellular vesicles to achieve research goals. Working knowledge of nanomaterial preparation and interaction with cell is a strong positive
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. Part-time remote options could be possible with certain hiring restrictions. The role requires coordination across multiple lab spaces and interaction with faculty, staff, and students. Additional
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environment. Part-time remote options could be possible with certain hiring restrictions. The role requires coordination across multiple lab spaces and interaction with faculty, staff, and students