Travel MRI Technologist — 13-Week Contract in Easley, SC

Vivian Health; Easley (SC); On-site; USD 96,000 - 104,000; Full time

Benefits offered by this job

Medical insurance

Dental insurance

Vision insurance

Life insurance

Pet insurance

401(k) retirement savings

CEU access

Job summary

Supplemental Health Care is seeking an experienced MRI Technologist for a contract assignment in Easley, South Carolina. The role is travel-based, 40 hours per week, with a 13‑week duration and 8‑hour daytime shifts in a hospital setting.

The ideal candidate holds ARRT/ARMRIT/CAMRT certification, a relevant Radiologic Technology degree, and a valid state license (if applicable). Two years of MRI experience and BLS are required to support high‑quality imaging and patient care.

Qualifications

• Associate’s or Bachelor’s degree in Radiologic Technology or related field.
• ARRT or ARMRIT or CAMRT registered.
• Current state license (if applicable).
• BLS certification required.
• 2 years of MRI experience in a hospital or imaging center.

Responsibilities

• Perform MRI examinations following physician orders and imaging protocols.
• Ensure patient safety, comfort, and accurate positioning during scans.
• Operate and maintain MRI equipment, reporting any technical issues.
• Review images for clarity, accuracy, and diagnostic quality.
• Maintain patient records and adhere to HIPAA guidelines.
• Follow all safety procedures related to magnetic fields and contrast administration.

Education

Associate’s or Bachelor’s degree in Radiologic Technology or related field

Tools

Phillips MRI Systems experience

Job description

Supplemental Health Care is seeking an experienced MRI Technologist for a contract assignment in Easley, South Carolina. The role is travel-based, 40 hours per week, with a 13‑week duration and 8‑hour daytime shifts in a hospital setting.

The ideal candidate holds ARRT/ARMRIT/CAMRT certification, a relevant Radiologic Technology degree, and a valid state license (if applicable). Two years of MRI experience and BLS are required to support high‑quality imaging and patient care.