MRI Aide: Compassionate Patient Care & Imaging Support

Brigham and Women's Hospital, Inc.; Weymouth (MA); On-site; USD 58,970,000 - 72,437,000; Part time

Benefits offered by this job

Medical, dental, and vision insurance

Retirement savings program

Generous paid time off

Tuition assistance and professional 개발

Job summary

Brigham and Women's Physicians Organization, Inc. is seeking a dependable MRI Tech Aide to support the MRI Department.

You will assist technologists, nurses, and radiologists with patient care, exam preparation, and department workflow, ensuring safety and compassionate care throughout the imaging experience. The role requires clear communication, attention to detail, and the ability to follow established safety protocols in the MRI environment.

Qualifications

• High school diploma or equivalent preferred.
• BLS certification preferred; CMA/EMT/Paramedic/Nursing Assistant credentials preferred.
• Experience in patient care/healthcare support preferred (1–2 years).

Responsibilities

• Assist MRI technologists, nurses, and radiologists in patient care and exam prep.
• Support patient transport, room turnover, and general department workflow.
• Uphold MRI safety guidelines and assist with patient comfort and positioning.

Skills

Patient safety

Communication with patients

Written and verbal instructions

EMR basics

Customer service

Organizational skills

MRI safety guidelines

Education

High school diploma or equivalent

BLS certification preferred

Certified Medical Assistant preferred

EMT or Paramedic preferred

Nursing Assistant preferred

Tools

EMR systems

Job description

Brigham and Women's Physicians Organization, Inc. is seeking a dependable MRI Tech Aide to support the MRI Department.

You will assist technologists, nurses, and radiologists with patient care, exam preparation, and department workflow, ensuring safety and compassionate care throughout the imaging experience. The role requires clear communication, attention to detail, and the ability to follow established safety protocols in the MRI environment.