MRI Technologist – Per Diem with $20k Sign-On Bonus

Beth Israel Lahey Health; Burlington (MA); On-site; USD 66,000 - 98,000; Part time

Benefits offered by this job

Sign-on bonus up to $20,000

Job summary

Beth Israel Lahey Health, Inc. is seeking an MRI Technologist for per diem, part-time coverage at Lahey Hospital and Medical Center. The role requires ARRT MR designation and BLS, with two years hospital experience and PACS proficiency.

Flexibility for overtime and cross-site coverage is expected; a sign-on bonus is available up to $20,000. Responsibilities include obtaining patient information, performing MRI exams, and documenting results using RIS/PACS, all while maintaining magnet safety and

Qualifications

• Graduate of AMA approved Radiology Technology Program.
• ARRT MR designation and BLS certification required.
• Two years hospital experience; proficient in PACS.
• MRI exams performed with accuracy and adherence to safety protocols.
• Flexibility to cover shifts and sites; holiday/on-call rotation.

Responsibilities

• Obtain and document patient information pertinent to the care of the patient and exam.
• Perform MRI exams with 100% accuracy and follow department protocols.
• Utilize RIS/PACS to track and document studies and demographics.
• Ensure magnet safety and patient care throughout the procedure.
• Support cross-site coverage and on-call requirements as needed.

Skills

Cross Sectional Anatomy

MRI Scanners operation

Venipuncture

Magnet safety

PACS knowledge

Education

AMA approved Radiology Technology Program

ARRT MR designation

BLS certified

Job description

Beth Israel Lahey Health, Inc. is seeking an MRI Technologist for per diem, part-time coverage at Lahey Hospital and Medical Center. The role requires ARRT MR designation and BLS, with two years hospital experience and PACS proficiency.

Flexibility for overtime and cross-site coverage is expected; a sign-on bonus is available up to $20,000. Responsibilities include obtaining patient information, performing MRI exams, and documenting results using RIS/PACS, all while maintaining magnet safety and