Sort by
Refine Your Search
-
Listed
-
Field
-
master’s degree in library and information science (MLIS) or is willing to commit to completing the MLIS degree no later than 2.5 years after hiring. Job Description Job Description Responsibilities Serve as
-
grants, and program projects with multiple sub-contracts. This position will work closely with the Office of Research Support Services, and the Office of Research Services post award team. Job Description
-
for program funder SAMHSA Perform additional duties as assigned CONTINGENT UPON FUNDING Qualifications High School Grad/GE Degree, Bachelor of Science, and 5 to 7 years of experience or equivalent combination
-
at Penn. This would include, but not be limited to, outreach, programming, communication, and initiatives as directed by the Vice Provost, from initial fact-finding through program/project design, budgetary
-
at the University of Pennsylvania School of medicine. The mission of the lab is to integrate wet lab human brain histopathology and molecular techniques with dry lab digital image analysis and informatics to develop
-
. Working Conditions Office, Library Computer Room; Requires extensive safety training; Requires protective devices Physical Effort Occasional lifting 24-50 lb.; Typically standing or walking; Intermittently
-
Neuroradiology. Working Conditions Office, Library Computer Room; Requires extensive safety training; Requires protective devices Physical Effort Occasional lifting 24-50 lb.; Typically standing or walking
-
-disciplinary program that integrates insights from neuroscience into business and organizational decision-making. WiN’s mission is to advance the understanding of human behavior and cognition in business
-
processing and group projects when necessary. Other duties and responsibilities as assigned. Qualifications An accredited Masters degree in library or information science and 3 - 5 years of relevant experience
-
the Lifespan Brain Institute (LiBI). Our goal is to personalize early interventions in reproductive psychiatry. To do this, we use non-invasive neuroimaging and advanced computational methods