Neuroscience Clinical Research Coordinator

UCSF Health, AG; San Francisco (CA); On-site; USD 85,000 - 110,000; Full time

Job summary

The UCSF Health Epilepsy Center seeks a Clinical Research Coordinator to independently coordinate clinical and research protocols, manage data collection and hardware setups, and assist with regulatory approvals. You will generate and disseminate clinical data, maintain data files, and support study planning with a focus on safety and accuracy.

Responsibilities include instrumenting data collection in operative settings, multi-modal neural data analysis, and collaboration with laboratory

Qualifications

• Experience in hospital and/or research settings.
• College degree in a relevant field required or equivalent.
• Attention to detail and strong communication skills.
• Ability to multi-task in fast-paced, clinical environment.
• Familiarity with regulatory requirements (IRB/CHR) and data integrity.

Responsibilities

• Coordinate clinical and research protocols under PI supervision.
• Manage data collection, hardware setup, and data visualization.
• Support regulatory approvals and consent documentation.
• Maintain data files and ensure quality control procedures.

Skills

Hospital/Research experience

Attention to detail

Verbal and written communication

Independent work

Multi-tasking in clinical setting

MS Office proficiency

Data integrity/problem solving

IRB/CHR regulatory familiarity

Education

BA/BS in biology, computer science, or related field

Clinical/basic research experience

Tools

SolidWorks

Autodesk Fusion

MS Office

Stata

SPSS

MATLAB

Python

C++

Job description

The UCSF Health Epilepsy Center seeks a Clinical Research Coordinator to independently coordinate clinical and research protocols, manage data collection and hardware setups, and assist with regulatory approvals. You will generate and disseminate clinical data, maintain data files, and support study planning with a focus on safety and accuracy.

Responsibilities include instrumenting data collection in operative settings, multi-modal neural data analysis, and collaboration with laboratory