Sort by
Refine Your Search
-
coordinate daily help desk activities, mentor team members, and act as an escalation point for complex technical issues. You’ll also partner closely with leadership to improve processes, enhance documentation
-
Python, C#, and JavaScript. Develop and maintain web-based forms and applications, potentially utilizing ASP/.Net (C#) or Python frameworks. Oversee and contribute to software maintenance activities
-
University School of Nursing and Duke University Health System create Duke Health. Duke Health is a world-class health care network. Founded in 1998 to provide efficient, responsive care, the health system
-
(In addition to the KSAs described for the Level 1 and Level 2) - Ability to lead discovery sessions Advanced technical consultation and support Ability to design complex information systems Financial
-
networking events, workshops, and communities of practice that foster a collaborative and inclusive climate and sustainability learning ecosystem by connecting academic units, educational support staff, and
-
-functional initiatives across multiple affiliated programs, performing and overseeing complex activities related to program implementation, evaluation, and monitoring progress toward program and project
-
hour shifts and Weekend Days Shifts Available This position is eligible for weekend shift premium pay General Summary Perform routine and complex procedures to obtain data for use in the diagnosis
-
to solve complex problems. The Abdominal Float Transplant Coordinator is an integral member of a larger interdisciplinary team contributing to excellence in patient care, research, teaching, and in providing
-
and analytical skills with the ability to interpret complex experimental data (R, Python, genomics data experience) Excellent written and verbal communication skills and a collaborative, team-oriented
-
Research Technician II - Psychiatry - Behavioral Medicine - Collective for Psychiatric Neuroengineer
activity across large-scale cortical and subcortical brain networks. By integrating mouse models with approaches from psychiatry, neurophysiology, molecular biology, and biomedical engineering, our research