{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:40:09.639Z","occupation":{"soc":"19-4051.00","title":"Nuclear Technicians","group":"Life, Physical & Social Science","sector":"54","jobZone":3,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers nuclear technician practice in licensed commercial nuclear power facilities, spanning equipment monitoring, surveillance testing, radiation safety compliance, and regulatory interaction across entry through executive career stages calibrated to Job Zone 3 preparation.","levels":{"emerging":{"label":"Emerging","statements":["Nuclear equipment operational policies — follow under direct supervision to ensure environmental safety compliance at a licensed nuclear facility.","Radiation safety protocols — apply consistently under technician guidance to maintain personnel dose limits within established thresholds.","Safety tags — identify correct tag types and attach to equipment flagged for maintenance under a senior technician's oversight.","Plant equipment operating parameters — read and record instrument data from control panels during routine shifts at a nuclear power station.","Technical procedures and equipment manuals — interpret written instructions to support basic surveillance testing tasks in a reactor support environment.","Basic nuclear physics concepts — recognize and explain how they relate to reactor operation during structured on-the-job training sessions.","Industrial control software interfaces — navigate and log operational data entries under supervision using facility-approved database systems.","Anomalous equipment readings — identify and immediately report to qualified personnel during routine monitoring rounds in a nuclear plant.","Radiation detection instruments — use and perform basic functional checks under direct supervision before entering radiologically controlled areas.","Quality control checklists — complete accurately and submit in accordance with plant documentation standards while working on entry-level assignments."]},"developing":{"label":"Developing","statements":["Nuclear equipment operational procedures — execute independently and verify compliance with environmental safety standards during normal plant operations.","Surveillance testing programs — conduct scheduled tests on safety-related nuclear equipment and document results in plant tracking databases with minimal oversight.","Reactor equipment performance data — monitor trends across shifts and flag emerging inefficiencies or potential hazards to shift supervisors.","Plant equipment functional tests — perform and evaluate results against acceptance criteria, escalating discrepancies through the corrective action program.","Radiation worker policies — apply and explain to coworkers in radiologically controlled areas, reinforcing a consistent safety culture on the work floor.","Nuclear equipment modifications — assist in devising or implementing minor field changes under engineering guidance within an operating nuclear facility.","Spreadsheet and office suite software — use to compile equipment performance reports and surveillance test summaries for review by plant engineering staff.","Problem sensitivity during equipment rounds — distinguish between normal operational variation and conditions requiring corrective action in a reactor support environment.","Technical specifications and licensing bases — read and interpret to ensure work activities remain within authorized limits at a commercial nuclear plant.","Oral and written status updates — deliver clearly to shift supervisors and peers during turnover briefings in a time-sensitive control room environment."]},"proficient":{"label":"Proficient","statements":["Full-scope nuclear equipment monitoring programs — execute autonomously, identify complex performance degradation patterns, and initiate corrective actions at an operating reactor facility.","Non-routine surveillance and diagnostic testing — design and lead for safety-critical systems, interpreting ambiguous results and recommending disposition to plant engineers.","Equipment maintenance and repair strategies — evaluate and recommend modifications that optimize reliability while maintaining compliance with nuclear quality assurance requirements.","Safety tagging and work control processes — administer for complex, multi-system evolutions, ensuring all energy isolation boundaries are correctly established and released.","Radiation protection programs — assess effectiveness and recommend procedural improvements to reduce occupational dose while maintaining operational throughput.","Industrial control software and historian systems — leverage to perform advanced trending analyses and prepare detailed equipment health reports for plant management review.","Complex troubleshooting of nuclear plant systems — apply deductive and inductive reasoning independently to diagnose root causes and identify corrective options across mechanical, electrical, and instrumentation domains.","Regulatory and technical specification compliance — judge borderline operational conditions and make defensible, well-documented decisions without supervisory direction.","Cross-functional coordination — lead technical interactions between operations, maintenance, and engineering groups to resolve equipment issues efficiently during outages or forced power reductions.","Instruction and knowledge transfer — coach developing technicians in surveillance procedures, radiation safety practices, and equipment monitoring techniques within the plant training environment."]},"advanced":{"label":"Advanced","statements":["Nuclear operations competency framework — develop and champion organization-wide standards for technician qualification, surveillance testing, and equipment monitoring across multiple plant systems.","Strategic equipment reliability programs — lead design and continuous improvement initiatives that reduce unplanned outages and support long-term asset management at the facility level.","Radiation protection culture — set organizational direction and model exemplary behaviors that embed cautiousness, integrity, and self-control as core values across the nuclear workforce.","Regulatory agency interactions — represent the facility authoritatively during inspections, license amendment reviews, and enforcement conferences with the Nuclear Regulatory Commission.","Emergency operating procedure governance — oversee revision, validation, and drill programs to ensure procedural accuracy and workforce readiness for design-basis and beyond-design-basis events.","Plant modification and engineering change programs — provide senior technical authority and approval oversight for nuclear equipment modifications affecting safety classification or licensing basis.","Workforce capability development — build and sustain multi-year technician training pipelines, partnering with vocational programs and internal training departments to address skill gaps.","Cross-departmental quality assurance leadership — direct nuclear quality control analyses and independent verification processes, ensuring corrective action program effectiveness across the organization.","Institutional knowledge capture — lead structured efforts to document complex system behaviors, tribal knowledge, and lessons learned into retrievable formats for organizational resilience.","Industry benchmarking and best practices adoption — represent the facility at industry forums, evaluate peer plant operating experience, and integrate applicable insights into facility programs and procedures."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}