{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:38:30.670Z","occupation":{"soc":"29-2033.00","title":"Nuclear Medicine Technologists","group":"Healthcare Practitioners & Technical","sector":"62","jobZone":3,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers nuclear medicine technologists working in hospital, outpatient, and multi-site clinical settings who administer radiopharmaceuticals, acquire and process diagnostic images, ensure radiation safety compliance, and advance departmental operations from entry-level practice through executive leadership.","levels":{"emerging":{"label":"Emerging","statements":["Radiopharmaceutical administration procedures — assist with intravenous delivery under direct physician supervision in a clinical nuclear medicine suite.","Gamma camera operation — identify basic controls and positioning techniques under guidance during routine diagnostic imaging sessions.","Radiation dosage records — calculate and enter prescribed dosage amounts into a computer system following established protocols and physician orders.","Patient imaging results — record procedural data and preliminary image outputs using departmental software under supervisor review.","Radiopharmaceutical stock preparation — follow written safety protocols to prepare unit doses while minimizing radiation exposure in a shielded laboratory setting.","Patient communication — explain basic test procedures and radiation safety precautions to patients using approved departmental scripts before imaging appointments.","Cardiac function study data — enter raw scan data into computer-based processing software under the direction of an experienced technologist.","Film and digital image production — generate basic computer or film images from completed scans for physician interpretation with supervisor verification.","Radiation safety standards — recognize and apply personal protective equipment and shielding requirements in daily nuclear medicine operations.","Medical imaging software — navigate electronic records and scheduling systems to retrieve patient files and document procedural outcomes in a hospital setting."]},"developing":{"label":"Developing","statements":["Radiopharmaceutical administration — independently administer prescribed intravenous radiopharmaceuticals to patients in routine diagnostic and therapeutic procedures within a clinical nuclear medicine department.","Body distribution mapping — operate gamma cameras to detect and map radiopharmaceutical uptake throughout patient anatomy, producing accurate photographic and computer images with minimal oversight.","Cardiac function studies — process and analyze multi-gated acquisition and stress test data using cardiac imaging software, flagging anomalies for physician review.","Dosage calculation and documentation — accurately calculate, measure, and log radiation dosages received, administered, and disposed of in compliance with NRC and institutional regulations.","Image quality assurance — evaluate computer-generated and film images for technical adequacy before submission to the interpreting physician, correcting positioning or acquisition errors as needed.","Radiopharmaceutical preparation — prepare a variety of stock radiopharmaceuticals according to manufacturer and pharmacy protocols, maintaining contamination-control standards in a hot laboratory.","Patient education and support — adapt explanations of test procedures and safety precautions to patients with varying health literacy levels, providing calm physical assistance during scanning.","Procedure result processing — compile, format, and transmit finalized study results through PACS and electronic health record systems in a timely and accurate manner.","Radiation monitoring — routinely monitor area and personnel dosimetry readings, reporting abnormal levels to radiation safety officers and adjusting work practices accordingly.","Interdisciplinary coordination — communicate scan findings, patient status, and scheduling issues clearly with physicians, nurses, and administrative staff to maintain smooth departmental workflow."]},"proficient":{"label":"Proficient","statements":["Advanced radiopharmaceutical therapy — autonomously administer therapeutic doses of radiopharmaceuticals for complex disease treatment protocols, managing adverse reactions and adjusting technique based on patient response.","Complex image acquisition and interpretation — operate and optimize gamma camera, SPECT, and SPECT/CT systems for non-routine diagnostic cases, producing high-quality images that guide differential diagnosis.","Comprehensive cardiac imaging — independently process, quantify, and present cardiac function studies including ejection fraction analysis and wall-motion assessments using advanced cardiology software.","Regulatory dosimetry compliance — design and oversee dosage calculation workflows that ensure full compliance with NRC, Agreement State, and institutional radiation protection regulations across all isotopes used.","Quality control program execution — perform and interpret daily, weekly, and quarterly quality control tests on all nuclear medicine instrumentation, identifying drift and initiating corrective maintenance.","Radiopharmaceutical production oversight — manage the preparation, labeling, and release of a full formulary of radiopharmaceuticals, resolving formulation problems and ensuring sterility and potency standards.","Patient-centered care — recognize and respond to physical and psychological distress in patients with complex comorbidities during scanning procedures, adapting protocols to accommodate individual needs.","Cross-modal imaging integration — correlate nuclear medicine findings with CT, MRI, and PET datasets to provide contextually complete image packages for physician interpretation.","Critical incident judgment — apply independent clinical and technical judgment to resolve equipment failures, unexpected patient reactions, or radiopharmaceutical quality issues during active procedures.","Staff training facilitation — mentor new technologists and students through competency-based clinical rotations, providing structured feedback on technique, safety practices, and documentation."]},"advanced":{"label":"Advanced","statements":["Departmental strategy and standards — establish clinical protocols, quality benchmarks, and regulatory compliance frameworks for an entire nuclear medicine department aligned with Joint Commission and NRC requirements.","Workforce development leadership — design and implement structured competency assessment programs that advance technologist skills from entry level through senior practice across a multi-site health system.","Technology acquisition and implementation — lead evaluation, procurement, and installation of new nuclear medicine imaging systems and software platforms, coordinating vendor relations and staff readiness.","Radiation safety program direction — serve as authorized user or radiation safety officer designee, directing institution-wide radiation protection policies and chairing safety committee reviews.","Research and innovation — lead clinical research initiatives evaluating novel radiopharmaceuticals or imaging protocols, analyzing outcomes data and disseminating findings through peer-reviewed channels.","Interdisciplinary program integration — partner with oncology, cardiology, and radiology leadership to develop integrated diagnostic and therapeutic nuclear medicine service lines that improve patient outcomes.","Operational performance management — analyze departmental productivity metrics, throughput data, and patient satisfaction scores using reporting software, implementing evidence-based process improvements.","Budget and resource stewardship — oversee departmental capital and operating budgets including radiopharmaceutical procurement, dosimetry equipment, and staffing, optimizing cost-efficiency without compromising quality.","Accreditation and regulatory leadership — guide nuclear medicine programs through ICANL or ACR accreditation cycles, ensuring documentation completeness and corrective action follow-through.","Organizational advocacy and policy influence — represent nuclear medicine technologists at administrative, regulatory, and professional-society levels, shaping practice standards and advocating for patient safety improvements."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}