Job Title:
Nuclear Medicine Technologist
Location:
Bakersfield, CA
Employment Type:
Direct Hire/Full-Time
Compensation:
$45–$70 per hour (based on experience)
Relocation Assistance:
Available
Position Overview
On behalf of our healthcare client, we are seeking a
Nuclear Medicine Technologist
to join their clinical imaging team in
Bakersfield, California
. This is a
direct-hire opportunity
offering competitive compensation, long-term stability, and relocation assistance for qualified candidates looking to advance their career in a patient-focused healthcare environment.
Key Responsibilities
Perform nuclear medicine imaging procedures in accordance with established protocols.
Prepare and administer radiopharmaceuticals following safety and regulatory standards.
Operate imaging equipment to produce diagnostic images for physician interpretation.
Ensure patient safety, comfort, and proper identification throughout all procedures.
Maintain accurate patient records and documentation.
Adhere to radiation safety guidelines and departmental policies.
Collaborate with physicians, radiologists, and healthcare staff to deliver high-quality patient care.
Qualifications
Associate's or Bachelor's degree in Nuclear Medicine Technology or a related field.
Current
ARRT (N)
and/or
NMTCB
certification.
Active or eligible state licensure, as applicable.
Strong knowledge of nuclear medicine procedures and radiation safety.
Ability to work independently and as part of a multidisciplinary healthcare team.
Excellent communication and patient-care skills.
Compensation & Benefits
Hourly pay range:
$45–$70/hour (DOE)
Direct-hire position
with full benefits provided by the healthcare employer
Relocation assistance available for qualified candidates
Stable schedule and long-term career growth opportunities
Supportive and professional clinical environment
Why Consider This Opportunity?
Competitive pay in a growing healthcare organization
Long-term stability with a direct employer
Relocation support to ease transition to Bakersfield, CA
Opportunity to work with advanced diagnostic imaging technology