Walk a patient through the visit
You review relevant history, explain the procedure and safety steps, answer questions, and help the patient into place.
Career profile
Nuclear Medicine Technologist
Nuclear medicine technologists prepare and give radioactive drugs, then guide patients through scans or therapy.
Running the imaging camera is only one piece of a visit. Accurate doses, radiation safety, equipment checks and calm explanations to patients all matter.
A day in the life
Ready the radioactive dose
Calculate or confirm the doctor's ordered dose, prepare it under radiation protection rules, and give it as directed.
Image where the tracer goes
Position the patient, run a gamma camera, PET system or other scanner to see where the tracer went.
Process and check the images
Process the images, watch for technical problems and run quality-control tests so a doctor can interpret the study.
Account for the radioactive material
Log doses given and procedure results, track all radioactive material, and store or discard it under required rules.
Quick facts
Associate's degree
United States
$101,370
United States · May 2025
4% growth
United States · 2025–2035
Quick orientation
Preparation, pay & outlook
Preparation
Associate's degreeTypical entry is an associate's degree from an accredited nuclear medicine technology program with supervised clinical experience.
Pay
$101,370National median annual wage for nuclear medicine technologists; this is not a starting salary.
Outlook
4% growthProjected employment growth from 2025 to 2035, with about 800 openings per year on average, many from replacement needs.
Fit, tradeoffs & changing tools
You might like this if…
- You like using biology, chemistry, physics, and math on practical patient-care problems.
- You can follow exact procedures while still noticing when a patient or machine needs attention.
- You want hands-on technology work that includes frequent face-to-face contact.
- You are comfortable communicating with patients, physicians, and a clinical team.
Things to weigh
- Radiation is part of the workplace. Shielding, monitoring badges, records, and careful handling reduce exposure, but safety procedures are not optional.
- The job can mean long periods standing and helping lift or turn patients, along with exposure to infectious disease.
- Hospital positions may include evenings, weekends, irregular hours, or on-call coverage.
Where AI may help
Computers already help acquire and process images, calculate and record doses, run cardiac studies, manage records, and monitor equipment.
What people still lead
The technologist still leads the patient interaction, safely prepares and administers material, positions the patient, checks quality, and follows the prescribed procedure.
What we can’t predict yet
Software and workflows may differ among departments and continue to change. Future effects on staffing and legal scope remain uncertain.
Pay in context
Earnings
National wage data combine workers across experience levels, employers, schedules, and locations, so use them as a benchmark rather than a promised offer.
National median
The median annual wage was $101,370: half of workers earned more and half earned less. The median hourly wage was $48.74.
Observed wage spread
The lowest-paid 10 percent earned less than $78,080, while the highest-paid 10 percent earned more than $134,500. Those percentiles are not entry-level and senior-career labels.
Getting started
Accredited nuclear medicine degree
Typically an associate's degree; bachelor's programs also exist.
- What the route involves
- Complete nuclear medicine coursework in areas such as anatomy, physics, chemistry, radioactive drugs, and computing, plus supervised clinical experience.
- What it can lead to
- Provides the typical education used to enter nuclear medicine technology and the clinical preparation employers expect.
- What to check
- Confirm that the program's accreditation and outcomes fit the licensing and employer requirements where you plan to work.
Related health degree plus certificate
A related associate's or bachelor's degree, followed by a 12-month nuclear medicine technology certificate.
- What the route involves
- First qualify in a related health field, such as radiologic technology or nursing, then complete focused nuclear medicine education and clinical training.
- What it can lead to
- Creates a transition into nuclear medicine for someone who already has substantial related healthcare education.
- What to check
- This is not a direct shortcut from high school; certificate programs set their own prior-degree and prerequisite rules.
Two common education routes lead toward entry. Most technologists become certified, some states require a license, and employers may set additional credential requirements.
After entry
Career paths
This starts where the entry routes leave off: early work, growing capability, and advancement or specialization.
Get established
Once hired, learn the department's protocols and procedure mix, then become consistent at preparing studies, documenting doses, checking equipment, and flagging problems.
Handle more variation
Build judgment across different patients and studies: adjust positioning and equipment settings, recognize technical problems, coordinate with the team, and keep your knowledge current.
Specialize
Experience and further assessment can lead toward PET, nuclear cardiology, or CT credentials. A specialty credential shows assessed proficiency but does not by itself guarantee expanded legal scope, a particular job, or higher pay.
- Experienced technologists may also move toward student supervision, education, research support, or departmental responsibilities.
Where you can work
Hospitals
Hospitals employed 71 percent of these technologists in 2025. The setting may include a varied procedure mix, patients who need physical help, and evening, weekend, or on-call coverage.
- Indoors
- Shift work
- On call
- Physical demands
- Safety-sensitive
Outpatient and diagnostic settings
These employers include physicians' offices, imaging clinics, laboratories, and outpatient care centers. One South Texas outpatient posting listed part-time daytime work with no weekends, showing one way schedules can differ from hospital on-call coverage—not a rule for every center.
- Indoors
- Safety-sensitive
Try the training on paper
Map one real program
Open one nuclear medicine technology program's curriculum and clinical handbook—or request them from admissions. Mark the anatomy, chemistry, physics, imaging, radiation-safety, and clinical requirements, then write which two parts interest you most and which two would test you.
Sources
- U.S. Bureau of Labor Statistics. Occupational Outlook Handbook: Nuclear Medicine Technologists. Accessed 2026-09-22.
- O*NET OnLine. 29-2033.00 — Nuclear Medicine Technologists. Accessed 2026-09-22.
- Nuclear Medicine Technology Certification Board. Certification Exams. Accessed 2026-09-22.
- HCA Healthcare. Nuclear Medicine Technician - PT. Accessed 2026-09-23.