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Molecular imaging

Nuclear Medicine Technologist

You handle the radioactive material, not just the machine.

Typical pay

$80k-$115k

How you get in

2-year associate plus NMTCB or ARRT(N) certification

Outlook

Stable; PET and theranostics are the growth areas

Nuclear medicine technologists prepare and administer radiopharmaceuticals, then image how the body processes them. It is the imaging specialty with the most pharmacology and the most direct radiation handling.

A day in the life

  1. 6:30aReceive and assay the day's radiopharmaceutical doses
  2. 7:30aInject the first patient, then wait for uptake
  3. 9:00aBone scan imaging
  4. 11:00aCardiac stress test with a nurse and physician present
  5. 1:00pLunch
  6. 2:00pPET-CT scans and dose documentation

How to get in

Associate degree

Duration

2 years

Cost

$10,000-$35,000

Credential

NMTCB or ARRT(N) certification

  1. Complete a JRCNMT-accredited nuclear medicine program
  2. Finish clinical rotations handling real doses
  3. Pass the NMTCB or ARRT nuclear medicine exam
  4. Add CT certification, which most PET-CT positions now require

Rad tech cross-training

Duration

12-18 months

Cost

$5,000-$20,000

Credential

ARRT(N) added to your registry

  1. Work as a radiologic technologist first
  2. Complete a nuclear medicine certificate program
  3. Pass the certification exam
  4. Combines well with CT for the most employable skill set

Into PET and theranostics

Duration

1-3 years after certification

Cost

$1,000-$8,000

Credential

PET and CT certifications

  1. Build general nuclear medicine experience
  2. Add PET and CT credentials
  3. Move into theranostics, where radiopharmaceuticals treat rather than image
  4. The fastest-growing and best-paid corner of the specialty

What people love

  • · Strong pay for a two-year credential
  • · Fascinating physiology and pharmacology
  • · Dual certification with CT raises pay further
  • · Small field means low competition for openings

What wears people down

  • · Direct handling of radioactive material
  • · Strict dosimetry monitoring and regulation
  • · Very few programs and few positions
  • · On-call for cardiac and emergency studies

From people doing it

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