The Clinical Research Coordinator will perform independently or with general direction at the fully operational journey level of the series to execute, manage, and coordinate research protocols, as directed by the Clinical Research Supervisor and/or Principal Investigator (PI); may coordinate the data collection and operations of several concurrent clinical research studies under the guidelines of research protocols, UCSF and regulating agency policies. Incumbent’s duties may include, but will not be limited to supporting the management and coordinating the tasks of single or multiple clinical research studies, depending on their size and complexity; act as intermediary between services and departments while overseeing data and specimen management; manage and report on study results; create, clean, update, and manage databases and comprehensive datasets and reports; coordinate staff work schedules, assist with training of Assistant CRCs, and assist Clinical Research Supervisor and/or PI with oversight of other research staff; manage Investigator’s protocols in the Committee on Human Research online system, as well as renewals and modifications of protocol applications and the implementation of new studies; participate in the review and writing of protocols to ensure institutional review board approval within University compliance; help assure compliance with all relevant regulatory agencies; oversee study data integrity; implement and maintain periodic quality control procedures; interface with departments to obtain UCSF approval prior to study initiation; maintain all regulatory documents; report study progress to investigators; participate in any internal and external audits or reviews of study protocols; and perform other duties as assigned. The long-term goal of this project is to improve on clinical methods for assessing “dry weight,” the lowest weight at which a patient can tolerate fluid removal during in-center hemodialysis without symptom development. By current methods, patients commonly experience adverse events, including persistent volume overload with peripheral edema and dyspnea on one hand and intradialytic hypotension, fatigue, and muscle cramping on the other. The study will gather evidence on the utility of multi-frequency bioelectrical impedance spectroscopy (BIS) to improve on clinical dry weight estimates to guide intradialytic ultrafiltration. This evidence will serve as the foundation for a larger trial to improve the patient experience during, immediately following, and on days after hemodialysis treatment. We are looking for individuals who are “people persons” to join our team. We will work together with study partners in the Minnesota Twin Cities Metropolitan area. Travel to our second study site may be included in job responsibilities and travel support for conference attendance to scientific meetings may be included as well.
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Job Type
Full-time
Career Level
Mid Level
Education Level
Associate degree