21 tasks, each one witnessed by the sources that watched the job — and behind every one, a prompt you can use tonight.
You usually start by checking your assignment board or EMR (electronic medical record) for scheduled exams and any urgent orders. Expect a mix of routine radiographs (chest, limbs) and a few CTs or fluoroscopy cases, with patient prep, positioning, and image capture between 7–12 patients per shift depending on workload.
You spend time entering exams into DICOM/modality management, labeling images, adding diagnostic/procedural codes, and updating MEDITECH or the hospital EMR. Plan for periods of steady flow and short waits for physicians’ reviews or equipment QC checks.
Start with the imaging systems: the X‑ray room console, CT scanner interface, and the fluoroscope controls. Learn DICOM software or the modality manager to send and retrieve studies and how to troubleshoot basic transfer failures.
Next learn the EMR (often MEDITECH) to pull orders, enter exam notes, and record patient reactions. Basic Microsoft Word/Outlook/Excel skills help for reports, scheduling, and quality‑control logs. Film processor tracking exists in places that still use film.
AI tools may auto‑sort or flag images, give preliminary measurements, or assist with image enhancement in the DICOM viewer. Use them as decision aids only: always confirm AI output by reviewing the actual images yourself and documenting what you accepted or changed.
Keep patient safety first — if AI suggests a repeat image or adjustment, verify the reason. Report any suspicious AI behavior to your supervisor and log issues in the QA/quality control records so vendors can correct errors.
The U.S. Bureau of Labor Statistics (BLS) reports 230,490 people employed as radiologic technologists and technicians. The BLS 2025 median wage is $80,110 per year, the lowest tenth is $55,980, and the top tenth is $118,660.
Local pay depends on state, employer (hospital vs clinic), shift differentials, certifications (CT, fluoroscopy) and experience. Use BLS for a national baseline and check hospital job postings for local rates.
You typically complete a radiologic technology program (1–2 years) that covers radiographic procedures, radiation safety, and patient positioning, plus hands‑on clinicals. Study anatomy, radiation protection, and operation of imaging equipment (including CT and fluoroscopy basics).
After the program, get national certification (ARRT in the U.S.) and any state license. Additional certifications for CT or nuclear medicine help with advanced tasks like CAT scans and nuclear medicine exams.
X‑ray techs (radiologic technologists) focus on ionizing radiation exams: plain radiographs, fluoroscopy, and often CT. They must manage radiation shielding, exposure settings, and DICOM workflow for those modalities.
Ultrasound techs use sound waves and don’t work with ionizing radiation; MRI techs work with strong magnetic fields and have unique safety rules (no ferrous items). Each role uses different machines, safety checks, and often different certification paths.