Top 12 Radiology Skills to Put on Your Resume

In the competitive field of radiology, your resume does the opening handshake. It speaks before you do. A sharp spread of technical and clinical skills signals readiness, judgment, and care for detail. Show the depth. Show the range. Show you can move fast and still be precise.

Radiology Skills

1. MRI interpretation
2. CT scanning
3. Ultrasound diagnostics
4. PACS proficiency
5. Digital radiography
6. Fluoroscopy techniques
7. Mammography analysis
8. X-ray imaging
9. PET/CT navigation
10. Radiation safety
11. Vascular sonography
12. Interventional radiology

1. MRI interpretation

MRI interpretation is the analysis of magnetic resonance images to diagnose disease, assess injury, and track treatment response—turning signal patterns, sequences, and artifacts into clear clinical answers.

Why It's Important

MRI reveals soft-tissue contrast with exquisite detail, guiding diagnoses and treatment planning when precision truly matters.

How to Improve MRI interpretation Skills

1. Deepen anatomy and pathology: Correlate MR appearances with surgical, pathologic, and clinical findings.
2. Practice with structured search patterns: Use checklists and standardized reporting to reduce misses.
3. Understand MRI physics: Know how sequence choice, parameters, and artifacts alter what you see.
4. Expand sequence fluency: Master diffusion, perfusion, spectroscopy, metal artifact reduction, and advanced neuro/body protocols.
5. Seek deliberate feedback: Peer review, case conferences, and outcome tracking sharpen judgment.
6. Stay current: Follow updates from societies such as RSNA and ARRS; pursue subspecialty CME.

How to Display MRI interpretation Skills on Your Resume

2. CT scanning

CT scanning uses X-rays and computational reconstruction to create cross-sectional images that map anatomy and pathology quickly and with high spatial resolution.

Why It's Important

CT is fast, widely available, and indispensable for emergency care, oncology staging, vascular imaging, and procedure planning.

How to Improve CT scanning Skills

1. Optimize protocols: Tailor kVp, mA, pitch, rotation time, and contrast timing to indication and patient size.
2. Use iterative and deep-learning recon: Boost image quality while lowering dose.
3. Automated exposure control: Maintain diagnostic quality with the minimum reasonable dose.
4. Metal artifact reduction: Apply MAR algorithms and dual-energy techniques when appropriate.
5. Rigorous QC and calibration: Routine physicist testing and preventative maintenance keep images consistent.
6. Ongoing staff training: Engage technologists and radiologists with updated guidance from ACR, AAPM, and ASRT.

How to Display CT scanning Skills on Your Resume

3. Ultrasound diagnostics

Ultrasound uses high-frequency sound waves to visualize organs, vessels, and soft tissues in real time—no ionizing radiation, immediate answers.

Why It's Important

It’s portable, safe, and dynamic. Perfect for point-of-care decisions, vascular assessment, obstetrics, and guidance.

How to Improve Ultrasound diagnostics Skills

1. Master scanning technique: Probe selection, ergonomics, and patient positioning change everything.
2. Leverage advanced modes: Doppler, elastography, and 3D/4D add diagnostic punch when used appropriately.
3. Adopt AI assistance thoughtfully: Use tools that standardize measurements and flag subtle findings, while keeping clinical context in command.
4. Teleultrasound and POCUS workflows: Structured image acquisition and remote oversight expand access without compromising quality.
5. Quality assurance: Routine peer review, image audits, and equipment maintenance keep performance tight.

How to Display Ultrasound diagnostics Skills on Your Resume

4. PACS proficiency

PACS proficiency means smooth command of image acquisition, routing, viewing, reporting, and archiving—plus smart use of integrations like RIS, EMR, and voice recognition.

Why It's Important

It accelerates turnaround times, reduces errors, and connects teams, which translates to better patient care and fewer delays.

How to Improve PACS proficiency Skills

1. Customize hanging protocols: Build modality- and indication-specific views that mirror your reading style.
2. Keyboard mastery: Shortcuts, macros, and structured templates save hours.
3. Troubleshoot like a pro: Understand routing rules, DICOM tags, and common failure points.
4. Collaborate with IT and physicists: Optimize workflows, storage tiers, and disaster recovery.
5. Stay updated: Track vendor releases and new features; pursue formal training when warranted.

How to Display PACS proficiency Skills on Your Resume

5. Digital radiography

Digital radiography replaces film with detectors, delivering immediate images, dose efficiency, and powerful post-processing.

Why It's Important

Faster exams, fewer repeats, better dose control, and streamlined sharing—small tweaks that add up to big clinical impact.

How to Improve Digital radiography Skills

1. Modern detectors and consoles: High DQE systems and updated software sharpen detail while reducing dose.
2. Consistent exposure indices: Monitor EI/DI to keep technique within target ranges.
3. Smart processing: Use vendor tools for noise suppression, bone suppression, and dynamic range management judiciously.
4. Positioning precision: Collimation, centering, and immobilization drive quality more than any filter ever will.
5. Quality control: Routine phantom testing, calibration, and reject analysis tighten performance.
6. Education: Refresh technologist training regularly; align with ACR and AAPM recommendations.

How to Display Digital radiography Skills on Your Resume

6. Fluoroscopy techniques

Fluoroscopy delivers continuous or pulsed X-ray imaging in real time, guiding diagnostic and interventional procedures with live feedback.

Why It's Important

From GI studies to vascular access and complex interventions, real-time visualization keeps procedures safe and decisive.

How to Improve Fluoroscopy techniques Skills

1. Minimize dose, maximize detail: Use pulsed fluoro, tight collimation, filtration, last-image hold, and the lowest acceptable frame rate.
2. Distance and shielding: Inverse-square law, protective aprons, thyroid shields, glasses, and table-side drapes—habit, not afterthought.
3. Detector advantages: Flat-panel systems and appropriate magnification improve contrast while controlling dose.
4. Time awareness: Track air kerma and fluoro time in real time; stop early when goals are met.
5. Continuous training: Regular refreshers on equipment features and radiation safety keep teams sharp.

How to Display Fluoroscopy techniques Skills on Your Resume

7. Mammography analysis

Mammography analysis evaluates 2D and 3D breast images to spot masses, calcifications, architectural distortion, and asymmetries—earlier detection, better outcomes.

Why It's Important

It remains the backbone of breast cancer screening and diagnosis, reducing mortality through timely detection.

How to Improve Mammography analysis Skills

1. Adopt tomosynthesis: 3D mammography reduces overlap, improves detection, and lowers recall rates.
2. Use CAD and AI judiciously: As a second reader, not a crutch; confirm with tomosynthesis and targeted views.
3. Standardize with BI-RADS: Clear, consistent reporting boosts communication and follow-up.
4. Double reading or consensus: Elevates sensitivity while moderating false positives.
5. Image quality rigor: Compression, positioning, AEC, and regular QC make subtle findings visible.
6. Ongoing education: Track density laws, risk models, and adjunct screening pathways (US/MRI) for high-risk patients.

How to Display Mammography analysis Skills on Your Resume

8. X-ray imaging

X-ray imaging captures projections of bones, lungs, lines, and devices quickly and at low cost—still the workhorse of radiology.

Why It's Important

It’s fast, accessible, and invaluable in triage, follow-up, and procedural verification.

How to Improve X-ray imaging Skills

1. Exposure optimization: Tailor technique to body habitus; use AEC and appropriate grids thoughtfully.
2. Positioning accuracy: True orthogonal views, rotation control, and consistent landmarks reduce repeats and ambiguity.
3. Processing finesse: Apply noise reduction and edge enhancement carefully to preserve diagnostic cues.
4. Reject analysis: Track reasons, coach for trends, and cut waste.
5. Education and QC: Regular equipment calibration and technologist refreshers keep quality steady.

How to Display X-ray imaging Skills on Your Resume

9. PET/CT navigation

PET/CT fuses metabolic and anatomic data, mapping activity to structure for precise staging, response assessment, and planning.

Why It's Important

It pinpoints active disease, refines therapy, and avoids blind spots in oncology and beyond.

How to Improve PET/CT navigation Skills

1. Refined reconstruction: Time-of-flight, point spread function, and motion correction sharpen contrast and reduce noise.
2. Protocol discipline: Standardize uptake times, glucose thresholds, patient prep, and acquisition settings.
3. Attenuation correction awareness: Recognize artifacts from metal, contrast, or misregistration; verify with non-attenuation images when needed.
4. Accurate positioning: Immobilization and respiratory strategies (including gating) reduce blur and mismatch.
5. Quantitative rigor: Consistent SUV calibration and harmonization enable reliable comparison across time and sites.
6. Education: Regular training for technologists and readers on evolving tracers and indications.

How to Display PET/CT navigation Skills on Your Resume

10. Radiation safety

Radiation safety protects patients, staff, and the public from unnecessary exposure while preserving diagnostic value.

Why It's Important

It reduces stochastic and deterministic risks and reinforces a culture of responsibility in every exam.

How to Improve Radiation safety Skills

1. ALARA always: Optimize protocols for indication and habitus; avoid multiphase scans unless clinically justified.
2. Shielding and distance: Use personal and procedural barriers; leverage the inverse-square law relentlessly.
3. Dose tracking: Monitor CTDIvol, DLP, and fluoroscopy metrics; set alerts and review outliers.
4. Alternative modalities: Choose MRI or ultrasound when they answer the question without ionizing dose.
5. Special populations: Pediatric and pregnant patients demand tailored protocols and extra scrutiny.
6. Education and maintenance: Keep staff trained and equipment calibrated; follow ACR and AAPM guidance.

How to Display Radiation safety Skills on Your Resume

11. Vascular sonography

Vascular sonography visualizes arteries and veins, measures flow with Doppler, and maps thrombus, stenosis, and aneurysm—noninvasive and fast.

Why It's Important

It answers urgent questions without radiation or contrast, steering immediate care when time is tight.

How to Improve Vascular sonography Skills

1. Protocol precision: Standardize PSV ratios, angle correction, and sampling sites to keep results reproducible.
2. Toolset matters: Use the right frequency transducer, presets, and Doppler settings; optimize wall filter and PRF.
3. CEUS when indicated: Contrast-enhanced ultrasound can clarify endoleaks, perfusion, and tricky flow patterns.
4. Hands-on repetition: Pattern recognition blossoms with volume—log cases, review outliers, refine technique.
5. Peer review and QA: Correlate with CTA/MRA and surgical findings; close the loop to improve accuracy.

How to Display Vascular sonography Skills on Your Resume

12. Interventional radiology

Interventional radiology uses image guidance to perform minimally invasive procedures—targeted, efficient, and often outpatient.

Why It's Important

It reduces complications and recovery time while expanding treatment options across oncology, vascular disease, pain, and beyond.

How to Improve Interventional radiology Skills

1. Image fusion and navigation: Combine CT, MRI, US, and cone-beam CT; use 3D roadmaps to sharpen accuracy.
2. Radiation mindfulness: Low frame rates, judicious DSA, collimation, and real-time dose tracking protect patients and staff.
3. Device familiarity: Know catheters, wires, embolics, stents, and closure systems inside out.
4. Pre- and post-procedure pathways: Clear sedation plans, anticoagulation management, and complication checklists reduce risk.
5. Team training: Simulation, M&M conferences, and cross-specialty collaboration raise the bar.
6. Outcomes tracking: Measure technical and clinical success, reintervention rates, and patient-reported outcomes to drive improvement.

How to Display Interventional radiology Skills on Your Resume