{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:39:43.876Z","occupation":{"soc":"17-3028.00","title":"Calibration Technologists and Technicians","group":"Architecture & Engineering","sector":"54","jobZone":3,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers calibration laboratory, manufacturing, and industrial field environments where Calibration Technologists and Technicians perform instrument measurement, documentation, and quality assurance activities from entry-level bench work through organizational program leadership.","levels":{"emerging":{"label":"Emerging","statements":["Calibration instruments and basic test equipment — identify and handle under direct supervision on a laboratory bench or production floor.","Standard calibration procedures and written protocols — follow step-by-step to perform routine measurements in a controlled environment.","Scale drawings and equipment layout diagrams — read and interpret using provided CAD files under technician guidance.","Measurement data and calibration records — record accurately into spreadsheet software following established templates.","Engineering and technology terminology — recognize and apply basic vocabulary when reviewing technical manuals and specification sheets.","Mathematical formulas for unit conversion and tolerance calculation — apply with supervisor verification during entry-level calibration tasks.","Electronic mail and office suite software — use to submit calibration reports and communicate findings to senior technicians.","Client or end-user functional requirements — listen actively and document under the direction of a lead technologist during initial consultations.","Deviations and out-of-tolerance readings — identify and flag to a supervisor for corrective action during routine instrument checks.","Calibration standards and traceability documentation — locate and reference correctly when setting up measurement equipment in a lab environment."]},"developing":{"label":"Developing","statements":["Calibration schedules and instrument tracking logs — manage independently using project management software across multiple instruments in a manufacturing facility.","Scale and schematic drawings of calibration setups — prepare using CAD software with reduced oversight to support equipment qualification activities.","Measurement uncertainty calculations — perform routinely using analytical or scientific software and present findings in written calibration reports.","Non-conforming equipment findings — analyze using critical thinking to recommend corrective or preventive actions to supervisors and quality teams.","Technical specifications and calibration procedure documents — draft and revise using word processing software for common instrument families.","Physics principles governing instrument behavior — apply to diagnose recurring drift or stability issues in familiar calibration environments.","Client or department representatives — consult to clarify functional and spatial requirements for instrument placement and environmental controls.","Spreadsheet models for tolerance analysis and cost estimation — develop and maintain to support calibration program planning at a facility level.","Oral briefings on calibration status — deliver clearly to engineering teams and quality auditors using prepared presentation materials.","Mechanical and electronic test instruments — select, configure, and operate independently to perform multi-parameter calibrations in an industrial setting."]},"proficient":{"label":"Proficient","statements":["Comprehensive calibration plans including instrument specifications, estimated costs, and traceability paths — develop autonomously for complex multi-site metrology programs.","CAD and analytical software — utilize proficiently to produce detailed technical drawings and calibration system models for non-routine equipment configurations.","Complex problem-solving methodology — apply to resolve novel measurement challenges, including inter-laboratory comparison discrepancies, without supervisory input.","Full-scope calibration procedure documentation — author and validate to meet regulatory and accreditation requirements such as ISO/IEC 17025 in a certified laboratory.","Inductive and deductive reasoning — exercise to evaluate ambiguous calibration data and determine equipment fitness for service across diverse engineering contexts.","Client technical consultations — lead independently to define functional performance requirements and translate them into precise calibration or design specifications.","Integrated development environment and automation software — configure to streamline data acquisition and reduce human error in high-volume calibration operations.","Judgment and decision-making frameworks — apply to prioritize instrument recalls, equipment retirement, or emergency re-calibration in time-critical production environments.","Metrology knowledge across mechanical, electrical, and dimensional domains — draw upon to handle cross-disciplinary calibration assignments without technical escalation.","Written technical reports and calibration certificates — produce to an expert standard, ensuring accuracy, regulatory compliance, and clear communication to diverse stakeholders."]},"advanced":{"label":"Advanced","statements":["Organization-wide calibration and metrology strategy — define and direct to align with business objectives, quality standards, and long-term capital planning.","Calibration program architectures including cost models, staffing plans, and technology roadmaps — develop and present to executive leadership for approval and resource allocation.","Emerging measurement technologies and software platforms — evaluate and champion for adoption, setting technical direction for the engineering and operations workforce.","Junior technologists and apprentices — mentor systematically by establishing competency pathways, structured training programs, and performance benchmarks across the department.","Cross-functional teams including design engineers, quality managers, and procurement specialists — lead through collaborative calibration system design for large-scale infrastructure projects.","Accreditation audits and regulatory inspections — represent the organization authoritatively, demonstrating full command of documentation, traceability, and quality system compliance.","Organizational policies for measurement integrity and instrument lifecycle management — author and institutionalize to govern practice standards across multiple facilities or business units.","Industry working groups, standards bodies, and professional conferences — engage with to contribute technical expertise and influence the evolution of calibration standards.","Complex client or stakeholder relationships — manage at an executive level, translating high-level functional requirements into integrated metrology solutions and long-range service agreements.","Departmental performance metrics including calibration throughput, measurement uncertainty targets, and cost efficiency — monitor and optimize using data-driven decision-making at an organizational scale."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}