Nuclear Medicine Imaging Specialist

sanford; Bemidji (MN); On-site; USD 80,000 - 110,000; Full time

Job summary

Sanford Health in Bemidji, MN is seeking an experienced Nuclear Medicine Technologist to perform imaging studies, prepare radiopharmaceuticals, and ensure radiation safety while delivering high quality patient care.

You will operate gamma cameras and PET/CT equipment, maintain compliance with NRC rules, and collaborate with physicians to provide accurate diagnostic images. The role may require cross-training in PET/CT and serving diverse patient populations.

Qualifications

• Must have ARRT certification or CNMT/NMTBC equivalent.
• Nuclear medicine or radiology experience preferred, with knowledge of radiopharmaceuticals.
• Familiarity with NRC rules and radiation safety practices required.

Responsibilities

• Carry out hot lab duties and perform nuclear medicine studies for inpatients and outpatients.
• Prepare, measure and administer radiopharmaceuticals under physician direction.
• Operate cameras and equipment, apply radiation safety standards and QA, monitor patient condition during procedures.
• Provide high-quality images for diagnostic interpretation and communicate procedures to patients.
• May cross-train for PET/CT procedures and work with diverse patient populations.

Skills

Nuclear medicine imaging

Radiopharmaceutical administration

Radiation safety

Patient communication

Education

ARRT Certification

AMA-accredited Nuclear Medicine program

CNMT or NMTBC certification

Tools

Nuclear medicine cameras

Gamma camera operations

PET/CT systems

Job description

Sanford Health in Bemidji, MN is seeking an experienced Nuclear Medicine Technologist to perform imaging studies, prepare radiopharmaceuticals, and ensure radiation safety while delivering high quality patient care.

You will operate gamma cameras and PET/CT equipment, maintain compliance with NRC rules, and collaborate with physicians to provide accurate diagnostic images. The role may require cross-training in PET/CT and serving diverse patient populations.