Travel Radiology Nuclear Medicine Tech Job

Job Overview

TLC Nursing Associates, Inc. is seeking a skilled Nuclear Medicine Technologist to prepare and administer radiopharmaceuticals, perform high?quality diagnostic and therapeutic imaging, and uphold regulatory standards. This position is structured for travel assignments, making it perfect for technologists who excel in diverse clinical settings and enjoy exploring new locations.

Responsibilities

• Prepare and administer radiopharmaceuticals for diagnostic and therapeutic procedures.
• Operate gamma cameras, PET, and SPECT imaging systems to obtain high?quality images.
• Ensure patient safety and comfort throughout all procedures, following strict radiation?safety protocols.
• Maintain accurate radiation?exposure records and comply with all regulatory standards.
• Collaborate with radiologists and healthcare providers to evaluate imaging results and optimize patient care.
• Maintain accurate patient records in compliance with HIPAA regulations.
• Perform routine quality?control checks on imaging equipment and report malfunctions promptly.
• Adapt quickly to different facility workflows and contribute positively to each healthcare team.

Qualifications

• Associate’s or Bachelor’s degree in Nuclear Medicine Technology or related field.
• NMTCB or ARRT(N) certification required (additional state licensure if applicable).
• Minimum 2 years of experience in nuclear medicine imaging preferred.
• Proficiency in PET, SPECT, and gamma?camera imaging techniques.
• Excellent communication, critical?thinking, and patient?care skills.
• Willingness and ability to accept travel assignments across multiple facilities.

Benefits

• Competitive pay, tax?advantaged travel stipends, and reimbursement for licensure fees.
• Hands?on experience with cutting?edge imaging technology in varied clinical settings.
• Comprehensive medical, dental, and vision coverage.
• 24/7 support from a dedicated staffing and clinical liaison team.
• Ongoing professional development and career?growth opportunities.

Job Description

Are you a skilled Nuclear Medicine Tech seeking an exciting travel healthcare assignment in the vibrant city of Detroit, Michigan? TLC Nursing has the perfect opportunity for you to showcase your expertise in Radiology while exploring all that Motor City has to offer. In this 13-week assignment, you will be at the forefront of cutting-edge technology, utilizing your specialized skills to perform diagnostic imaging procedures using radioactive materials to help diagnose and treat a variety of medical conditions. Your keen eye for detail and commitment to precision will play a crucial role in delivering high-quality patient care and accurate results. At TLC Nursing, we understand the unique needs of travel healthcare professionals like you. As a nurse-founded agency, we provide round-the-clock recruiter support, personalized career guidance, and assistance with housing and licensing, ensuring a seamless and rewarding experience throughout your assignment in Detroit. Joining our team means not only embarking on a fulfilling professional journey but also enjoying a comprehensive benefits package that includes Best in the Industry Pay Packages, a $25,000 Life Insurance Policy effective from Day One, and Medical, Dental, and Vision Insurance available starting the 1st of the month after hire. Additionally, you'll have access to Paid Time Off from day one, with eligibility after 1 year of employment, a 401(k) plan available after 1 year of employment, and fully vested after 5 years. Our Aflac program is available for employee purchase, and you can benefit from our Referral Program, earning payouts for referring other healthcare professionals. Take advantage of our Employee Assistance Program (EAP), offering free and confidential services for you and your household through Invest EAP, ensuring your well-being is our top priority. Don't miss this opportunity to blend your passion for patient care with the thrill of travel. Apply now and let TLC Nursing guide you towards a rewarding career in healthcare.