Neuroimaging Research Assistant – Pediatric MRI

Washington University in St. Louis; United States; On-site; USD 24,000 - 40,000; Full time

Benefits offered by this job

Vacation days (Up to 22)

Health insurance

Metro transit U-Pass

Tuition assistance

Job summary

Washington University in St. Louis is seeking a Research Assistant to support brain networks studies in development and pathology using MRI data, including fMRI. The role requires data organization, pre-processing of imaging data, and collaboration with clinical teams.

Ideal candidates have Linux and Python experience, and knowledge of brain imaging analysis. The position involves pediatric patient populations and laboratory-based research tasks in a clinical setting.

Qualifications

• Education: Bachelor’s degree or equivalent experience.
• Experience in laboratory operations (2 years).
• Strong Python and Linux skills for data processing.
• Knowledge of brain imaging computational analysis is preferred.

Responsibilities

• Conducts research experiments and assays.
• Evaluates results and reports findings with staff.
• Performs data entry and maintains research data files.
• Coordinates tissue cultures, reagents, and tests.
• Ensures safety procedures and documentation.
• Coordinates research projects with other institutions.
• Develops hypotheses and testing methods.
• Assists with lab orders and maintenance.
• Performs literature reviews on topics.
• Performs additional duties as assigned.

Skills

Python scripting

Linux

Data organization

Lab management

Education

Bachelor’s degree

Tools

fMRI analysis

Brain imaging analysis

Job description

Washington University in St. Louis is seeking a Research Assistant to support brain networks studies in development and pathology using MRI data, including fMRI. The role requires data organization, pre-processing of imaging data, and collaboration with clinical teams.

Ideal candidates have Linux and Python experience, and knowledge of brain imaging analysis. The position involves pediatric patient populations and laboratory-based research tasks in a clinical setting.