MRI Technologist (Per-Diem) — Outpatient Imaging

Memorial Sloan Kettering Cancer Center; Basking Ridge (NJ); On-site; USD 91,000 - 129,000; Part time

Job summary

Memorial Sloan Kettering Cancer Center (MSK) in New Jersey is seeking a Per-Diem MRI Technologist for our Basking Ridge location. You will perform advanced MRI imaging procedures with precision, under supervision, and support a high-quality radiology service for outpatient care.

You will work under the radiology team, ensuring accurate imaging, timely reporting, and excellent patient interaction. MSK offers competitive per-diem pay and collaborative clinical environments.

Qualifications

• Requires degree from a 2 yr AMA approved Radiology school or a 1 yr MRI technologist program.
• New Jersey State license in Radiologic Technology.
• ARRT registration (MRI) (R), and MRI certification (MR).

Responsibilities

• Perform a variety of MRI imaging procedures with independent judgment in an outpatient center.
• Conduct examinations accurately and efficiently; ensure image quality and submit for physician review.
• Lead all aspects of exam procedures to improve efficiency and patient care.
• Prepare records and enter data into the information management system.
• Maintain a neat, safe environment and perform quality control tests as assigned.
• Collaborate with colleagues to achieve departmental and organizational goals.

Skills

Effective communication

Self-motivated

Growth mindset

Attention to detail

Team-oriented

Education

2 yr AMA approved Radiology school or 1 yr MRI technologist program

Job description

Memorial Sloan Kettering Cancer Center (MSK) in New Jersey is seeking a Per-Diem MRI Technologist for our Basking Ridge location. You will perform advanced MRI imaging procedures with precision, under supervision, and support a high-quality radiology service for outpatient care.

You will work under the radiology team, ensuring accurate imaging, timely reporting, and excellent patient interaction. MSK offers competitive per-diem pay and collaborative clinical environments.