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To view our current nuclear medicine tech openings, please use the job search tool above. We partner with a wide network of healthcare facilities across the country and update available positions frequently. If you’d like to be notified of new and upcoming CNMT jobs that match your skills and certifications, apply now and we will reach out when relevant opportunities become available.

Nuclear Medicine Technologist Job Description

A certified nuclear medicine technologist (CMNT) is responsible for preparing, handling, and administering small doses of radiopharmaceuticals (radioactive drugs) for diagnostic imaging or therapeutic procedures. These medical imaging professionals work closely with patients while explaining procedures, answering questions, and ensuring their comfort.

Key CNMT job responsibilities include:

• Preparing radioisotope doses and ensuring accurate dosage calculations
• Administering radiopharmaceuticals to patients intravenously or orally
• Operating imaging equipment (e.g. gamma cameras, PET scanners) and performing imaging procedures
• Following strict radiation safety protocols for patient, staff, and environment
• Monitoring patients during diagnostic imaging for any adverse reactions or abnormalities
• Maintaining detailed clinical and exposure records
• Handling and disposing of radioactive waste safely, according to regulations
• Collaborating with radiologists, nuclear pharmacists, and other healthcare professionals

Because the CNMT role combines patient care, technical precision, and radiation safety, strong attention to detail, interpersonal skills, and comfort with medical technology are essential.

Nuclear Medicine Tech Salary Information

As of the most recent data, compensation for nuclear medicine technologists is strong and has increased. According to the U.S. Bureau of Labor Statistics (BLS), the median annual wage nationally was $97,020 as of May 2024.

Other recent estimates from industry salary surveys suggest:

• Entry-level or early-career technologists may earn around $77,000–$87,000 per year.
• The typical full-time salary range (25th–75th percentile) is approximately $87,000 to $106,000 annually.
• For experienced techs or those working in higher-cost areas, salaries can be even higher, with top earners reaching $113,000 or more.

Compensation can vary widely depending on factors such as geographic location, type of employer (hospital vs outpatient center), shift schedules (evenings, weekends, on-call), and additional credentials or specialization (e.g. PET/CT, cardiac nuclear medicine, or other advanced imaging modalities).

Nuclear Medicine Technologist Job Outlook

The employment outlook for nuclear medicine technologists remains stable. BLS projects employment will grow about 3 percent between 2024 and 2034, roughly in line with the average for all occupations. That growth represents approximately 900 openings per year over the period, many due to retirements or career changes.

Demand drivers include the increasing use of nuclear medicines and imaging to diagnose and monitor diseases, particularly as the population ages and as chronic illnesses (like cancer, heart disease, neurological conditions) become more common.

In addition, expansion of outpatient imaging centers, diagnostic laboratories, and specialty clinics increases the variety of settings where CNMTs may work, which can lead to more job opportunities beyond traditional hospital roles.

Because growth is modest, demand may vary considerably by region. Some areas, especially high-population or high-age regions, may see stronger demand than others.

Nuclear Medicine Technologist Specializations

Gaining additional certifications or specializing in advanced imaging techniques can improve both job prospects and earning potential. Some of the most relevant CNMT specializations and career paths include:

• PET / PET-CT: Specializing in positron emission tomography often involves additional training and certification. PET technologists work on complex imaging studies for oncologic, neurologic, or cardiac applications.
• Cardiac nuclear medicine: Imaging procedures for cardiac function (perfusion scans, MUGA, etc.) are frequently in demand.
• Hybrid imaging modalities: Combining nuclear imaging with computed tomography (CT) or other imaging technologies (many facilities value multi-modality technologists for flexibility).
• Research/clinical trials support: Some nuclear medicine technologists work in research settings helping develop new radiopharmaceuticals or imaging protocols.
• Cross-training in related imaging or therapy fields: Some CNMTs expand into radiologic technology, CT, MRI, or radiation therapy roles to broaden job opportunities.

Adding advanced certifications or cross-training in complementary imaging modalities can position nuclear medicine techs for higher-level roles, leadership, or niche positions, especially in busy hospitals, specialized cancer centers, or outpatient imaging facilities.

 

If you would like more information about Nuclear Medicine Technologist jobs or are ready get started, Preferred can help. Apply today and get connected with the right assignment for you.