Resume examples · Updated June 27, 2026 · ~9 min read
A Radiologic Technologist resume is a credential-and-safety document before it's anything else. Imaging managers, lead techs, and the applicant tracking system (ATS) all check the same things first: is your ARRT registration active, do you hold a state license, which modalities can you run, which equipment and systems have you operated — and whether your image-quality, throughput, and dose-safety numbers prove you can be trusted with patients and radiation. This page gives you the role-specific responsibilities, the exact keywords that get matched, a full sample, the salary you can expect, and the mistakes that quietly sink most rad-tech resumes.
What a Radiologic Technologist actually does
A Radiologic Technologist (often called a "rad tech," radiographer, or X-ray technologist) produces the diagnostic images that physicians and radiologists read to diagnose injury and disease — and is the licensed professional responsible for getting a clean, accurately positioned image while keeping radiation dose as low as reasonably achievable. The work varies by setting and modality, and the strongest resumes make both unmistakable: hospital / acute care, emergency & trauma, outpatient imaging center, orthopedic or urgent care clinic, surgical / OR (C-arm) imaging, or mobile / portable radiography. Each weights different skills, but all of them rest on the same duty: image quality and patient safety.
On a typical shift, a radiologic technologist verifies patient identity and the physician order, explains the exam and answers questions, positions the patient and the X-ray tube for the requested projections (AP, PA, lateral, oblique), selects exposure factors — kilovoltage (kVp), milliamperage and time (mAs), and source-to-image distance — to balance image quality against dose, applies lead shielding and ALARA principles, captures the image on digital radiography (DR) or computed radiography (CR) equipment, evaluates it for diagnostic quality and repeats only when clinically necessary, and sends the study to PACS with the correct demographics and exam coding. Technologists also perform portable exams at the bedside, assist with fluoroscopy and contrast studies, hold equipment quality-control and calibration checks, and document everything in the RIS and EHR.
In an emergency or trauma setting, the pace and stakes rise: a rad tech images critically ill and immobilized patients, adapts positioning for spinal precautions and trauma boards, and turns studies around in minutes for the trauma team. In the OR, technologists run the C-arm for orthopedic, vascular, and pain-management cases, coordinating live fluoroscopy with the surgeon while managing scatter radiation for the whole room. Many technologists cross-train into advanced modalities — computed tomography (CT), magnetic resonance imaging (MRI), mammography, bone densitometry (DEXA), or interventional radiography — adding ARRT post-primary credentials that make them far more valuable to a department's schedule.
Because the role sits at the intersection of patient safety, regulatory compliance, and diagnostic quality, hiring managers read a rad-tech resume for three signals fast: credibility (active ARRT registration, state license, modality credentials, JRCERT-accredited program), technical range (modalities, equipment, exam types, image quality), and throughput & safety (exam volume, repeat-rate, dose stewardship, patient-care metrics). Everything below is built to surface those three.
What hiring managers & the ATS look for
Almost every hospital, health-system, and large imaging chain runs resumes through an ATS (often Workday, iCIMS, Taleo, or a healthcare-specific system) before a human sees them. The parser matches literally against the job description: if the posting says "computed radiography" and you wrote "digital X-ray," you can be filtered out. So your job is to mirror the posting's exact wording while still reading like a capable technologist to the imaging manager or lead tech who screens the survivors.
Here's what both the software and the human scan for, roughly in order:
- Active ARRT registration, up top. Your ARRT certification and registration in Radiography — R.T.(R) — and that it's current. An expired, lapsed, or unmentioned credential is the single fastest disqualifier.
- State license & CPR. Your state license (where required — most states require one), license number availability, and current BLS/CPR certification.
- Modalities & post-primary credentials. The modalities you run — radiography, CT, MRI, mammography, fluoroscopy, DEXA, interventional — and any ARRT post-primary credentials, e.g. (R)(CT) or (R)(M). Cross-trained techs are screened in fast.
- Equipment & systems. DR/CR units and vendors (GE, Siemens, Philips, Canon, Fujifilm, Carestream), C-arm/portable units, and PACS, RIS, DICOM, and EHR (Epic, Cerner/Oracle Health, Meditech).
- Exam scope. Routine, trauma, pediatric, surgical/OR, portable, and contrast studies — plus positioning competency and projection knowledge.
- Volume & quality metrics. Exams performed per shift, repeat-/reject-rate, image-quality scores, patient-satisfaction, and dose-reduction work.
- Safety & compliance literacy. ALARA, radiation safety, shielding, equipment QC, HIPAA, Joint Commission, and state/MQSA (for mammography) standards signal you won't create risk.
Format matters as much as content. Use a single-column, parser-friendly layout, standard section headings (Summary, Certifications & Licensure, Experience, Education), real bullet characters, and no tables, text boxes, or graphics that an ATS reads as gibberish. Save as a .docx or text-based PDF, never a scanned image. For the formatting rules in detail, see our ATS formatting guide.
Full Radiologic Technologist resume example
Here's a complete sample for a CT-cross-trained, ARRT-registered radiologic technologist with about six years of experience across hospital and outpatient imaging. Notice every bullet pairs an action verb with a number — that's what turns "took X-rays" into proof you can be trusted with high volume, low repeat-rates, and safe dose.
ARRT-registered radiologic technologist with 6+ years across acute-care, trauma, and outpatient imaging, cross-credentialed in CT. Performs 45–60 diagnostic exams per shift on GE and Siemens DR equipment with a sub-3% repeat rate, leads ALARA dose-reduction practice, and runs portable and OR C-arm studies. Active Texas MRT license; BLS-certified; graduate of a JRCERT-accredited program.
• ARRT R.T.(R) — Radiography, current/registered
• ARRT (CT) — Computed Tomography post-primary
• Texas MRT license — active/unrestricted
• BLS / CPR certified (AHA) · JRCERT-accredited grad
- Perform 45–60 diagnostic radiographs and 15+ CT exams per shift across ER, ICU, and inpatient units, sustaining a 2.8% repeat rate against a 5% department benchmark.
- Cut average pediatric and chest exam dose 18% by standardizing kVp/mAs technique charts and applying ALARA shielding protocols, with no loss of image quality.
- Run portable bedside and OR C-arm fluoroscopy for orthopedic and trauma cases, coordinating live imaging with surgeons while managing room scatter dose.
- Image 30+ trauma activations monthly, adapting positioning for spinal-precaution and immobilized patients and turning studies to PACS in under 6 minutes.
- Train and check off 4 new technologists and students on positioning, DR workflow, and Epic Radiant order verification.
- Performed 50+ routine and orthopedic radiographs daily on Fujifilm CR/DR systems, maintaining a 99% image-quality pass rate on radiologist QA review.
- Verified orders, positioned patients, and managed PACS/RIS exam coding and DICOM transfer with zero patient-ID or laterality errors over a 24-month span.
- Raised patient-satisfaction scores 12% by improving exam explanation and comfort for elderly and pediatric patients.
- Completed 1,800+ supervised clinical hours across general radiography, fluoroscopy, surgical, trauma, and portable rotations; passed ARRT registry on first attempt.
Copy this structure, then swap in your own numbers. The fastest way to do it cleanly is in Backstage, our free resume builder — it keeps the layout ATS-readable so the formatting never works against you.
Key hard & soft skills for a Radiologic Technologist
Recruiters want to see technical imaging capability and the judgment to deliver it safely in the same breath. List the hard skills the posting names first (they're the keyword hits), then back them with the soft skills that prove you can deliver them with real patients.
Hard / technical skills
- Patient positioning & radiographic projections (AP, PA, lateral, oblique)
- Exposure-factor selection (kVp, mAs, SID) & technique charts
- ALARA radiation safety, shielding & dose optimization
- Digital & computed radiography (DR/CR) operation
- Portable / mobile and OR C-arm fluoroscopy
- Trauma, pediatric & surgical radiography
- Modality cross-training (CT, MRI, mammography, DEXA)
- PACS, RIS, DICOM & EHR (Epic Radiant, Cerner)
- Equipment quality control, calibration & QA review
Soft / human skills
- Patient care, comfort & clear exam communication
- Meticulous attention to detail & image evaluation
- Composure and speed in trauma and high-volume settings
- Accuracy under pressure (patient ID, laterality, dose)
- Interprofessional collaboration with radiologists & surgeons
- Empathy with anxious, pediatric & immobilized patients
- Reliability across nights, weekends & on-call shifts
- Ethics, confidentiality & HIPAA-minded discretion
- Adaptability across modalities and care settings
ATS keywords for a Radiologic Technologist resume
These are the terms most likely to appear in a Radiologic Technologist job description — and therefore the ones an ATS is matching against. Use the ones that are true for you, in the exact wording the posting uses. Want to check a specific job? Run it through the free Résumé Tailor and our resume-keywords guide.
Rule of thumb: if a term is in the job description and it's genuinely true of you, it belongs on your resume in the same words. If it's not true, leave it off — imaging managers spot padded competencies in the first practical check, and credentialing verifies every license and modality.
Realistic salary range
Radiologic technologists earn solidly above the median for healthcare-support roles, and pay reflects modality credentials, shift, setting, and metro area more than title alone.
The biggest levers on your number: advanced modality credentials (CT, MRI, mammography, interventional), shift differentials for nights, weekends, and on-call, moving into lead or supervisory roles, travel-tech contracts that pay a premium for flexible placement, and location — major metros and rural hard-to-staff facilities often pay above average to fill seats. When you have a real offer in hand, sanity-check it with the free Salary Analyzer before you accept.
Common Radiologic Technologist resume mistakes
These are the patterns that quietly filter out qualified technologists — every one is avoidable.
- Burying or omitting your ARRT registration. Your current ARRT R.T.(R), any post-primary credentials, state license, and BLS belong in the summary and a dedicated Certifications section at the very top — not buried at the bottom where the ATS and a skimming manager miss them.
- Listing duties instead of volume and quality. "Performed X-rays" tells a recruiter nothing. "Performed 45–60 exams per shift at a 2.8% repeat rate and cut pediatric dose 18%" proves you're fast, accurate, and safe.
- Not naming the modalities and equipment. "Experienced with imaging equipment" misses the keyword. Write "GE/Siemens DR," "C-arm," "CT," and the exact systems the posting lists.
- Using synonyms the ATS won't match. "Digital X-ray" instead of "digital radiography (DR)," or "CAT scan" instead of "computed tomography (CT)," can cost you the keyword. Mirror the posting.
- One generic resume for every setting. A trauma hospital and an outpatient ortho clinic weight completely different skills. Re-order your bullets so the most relevant setting, modality, and exam types lead.
- Leaving out repeat-rate and dose work. Repeat/reject rate and ALARA dose-reduction are exactly the quality signals imaging managers screen for. If you have them, surface them.
- Hiding cross-modality training. If you're credentialed or trained in CT, MRI, or mammography and don't lead with it, you look like a single-modality tech for a multi-modality opening. Put it up top.
- Fancy formatting the parser can't read. Two-column templates, tables, icons, and headshots routinely scramble inside an ATS. Keep it single-column and text-based.
For a deeper pass, see our guides on the most common resume mistakes, how to quantify your bullets, and strong resume action verbs.
Radiologic Technologist resume FAQ
Most roles require ARRT certification and registration in Radiography — written R.T.(R)(ARRT) — plus a state license where your state requires one (most do). List your ARRT registration with any post-primary credentials you hold, e.g. (R)(CT) or (R)(M), your state license, BLS/CPR certification, and graduation from a JRCERT-accredited program. Put these in the summary and a dedicated Certifications section at the very top, because an inactive or unlisted credential is the fastest disqualifier.
Pair imaging hard skills — patient positioning, radiographic technique and exposure-factor selection (kVp/mAs), ALARA radiation safety, portable and OR/C-arm fluoroscopy, trauma and pediatric radiography, and modality cross-training (CT, MRI, mammography) — with systems skills like PACS, RIS, DICOM, EHR (Epic Radiant/Cerner), and DR/CR equipment from GE, Siemens, Philips, Canon, or Fujifilm. Add soft skills such as patient care, attention to detail, and composure in trauma settings, and mirror the posting's wording so the ATS matches you.
One page for new graduates and most staff technologists; two pages only for lead, supervisory, multi-modality, or 10-plus-year technologists with cross-credentials and committee work. Recruiters scan for active ARRT registration, state license, modalities, exam volume, and patient-care metrics in seconds, so put credentials and a sharp summary at the very top regardless of length.
In the U.S., radiologic technologists typically earn about $55,000–$90,000 per year, median near $73,000 (≈ $35/hour). Pay rises with advanced modality credentials (CT, MRI, mammography, interventional), shift differentials for nights and weekends, lead or supervisory roles, travel-tech contracts, and high-cost or hard-to-staff areas, where multi-modality and senior technologists can exceed $100,000.
Yes — post-primary ARRT credentials in CT (R)(CT), MRI (R)(MR), mammography (R)(M), interventional radiography, or bone densitometry are often required or strongly preferred and screen you in fast, since cross-trained technologists cover more of a department's schedule. List each credential, the modality, and exam volume or cross-training, because a single-modality resume reads as less flexible than a multi-modality one for the same opening.
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