MRI Technologist: Precision Imaging & Patient Care

SimonMed; Oswego Township (IL); On-site; USD 65,000 - 90,000; Full time

Benefits offered by this job

Free whole-body scans for employees

Competitive wages

No nights/no calls/no weekends

Medical, dental, and vision insurance

401(k) eligibility

Paid holidays

PTO

Sick Time

Pet Insurance

Cross training opportunities

Job summary

SimonMed Imaging seeks an MRI Technologist to produce high-resolution diagnostic images with a focus on safety, quality, and patient comfort. You will operate MRI scanners, select techniques per physician orders, evaluate images, and uphold strict safety standards across zones I–IV.

The role requires ARRT-MR or ARMRIT certification, state licensure if required, CPR/BLS, and 1+ year of experience in a high-volume MRI environment.

Qualifications

• Graduate of an accredited Radiologic or MRI Technology program.
• ARRT-MR or ARMRIT certification required or equivalent credential.
• Valid state licensure where required.
• Hands-on CPR/BLS certification and current.
• 1+ year of experience in a high-volume MRI environment preferred.

Responsibilities

• Operate MRI scanners to produce high-resolution diagnostic images.
• Select imaging techniques based on orders and patient condition.
• Evaluate your work before it reaches a radiologist.
• Maintain MRI safety zones and screening protocols.

Skills

Patient communication

MRI safety awareness

PACS and imaging software

Contrast administration

Calm under pressure

Education

Graduate of an accredited Radiologic or MRI Technology program

Tools

PACS

Imaging software

Job description

SimonMed Imaging seeks an MRI Technologist to produce high-resolution diagnostic images with a focus on safety, quality, and patient comfort. You will operate MRI scanners, select techniques per physician orders, evaluate images, and uphold strict safety standards across zones I–IV.

The role requires ARRT-MR or ARMRIT certification, state licensure if required, CPR/BLS, and 1+ year of experience in a high-volume MRI environment.