57 programming-"Multiple"-"Washington-University-in-St"-"U"-"U.S"-"O.P" positions at Pennsylvania State University
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REQUIREMENTS The Coping and Regulation of Environment Stress (CaRES) Lab, directed by Dr. Martha Wadsworth in the College of Liberal Arts at Penn State University, invites applications for multiple Part Time
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sport. Applicants must be current Penn State-University Park students and available to work nights and some weekends. Successful applicants can choose to work specific sports or work multiple sports and
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for this position will support Smeal’s professional graduate programs, focusing on designing and developing non-credit courses for the growing Penn State Executive Programs (PSEP) portfolio. The candidate will work
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light social media content creation. Additionally, the candidate will coordinate timely, brand-consistent messaging across multiple channels to engage prospective students. This role ensures contact data
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of facets of Penn State's highly successful 31-sport varsity athletic program and will be expected to produce high-level designs that elevate the brand’s profile as well as that of its student-athletes
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multiple undergraduate research programs that include over 75 students. The research experience empowers students to better conceptualize course material in the classroom and determine areas of interest and
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2025, with a maximum of 20 hours/week. The work can be carried out in a hybrid mode but requires the research assistant to come to office multiple days weekly for group meetings and device testing
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and supervise strength and conditioning programs for Women’s Basketball and other sports as assigned. Coordinate and collaborate with High Performance staff in optimizing student-athlete performance
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, the SIA Peer Mentor program, a weekly events bulletin, planning and promoting various student events and student affairs activities, serving as the adviser to the SIA Student Government Association and
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disorders. The successful candidate will apply cutting-edge techniques in spatial and single-cell transcriptomics to study the effects of gene knockouts across multiple scales, contributing to a comprehensive