{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:39:44.248Z","occupation":{"soc":"19-4031.00","title":"Chemical Technicians","group":"Life, Physical & Social Science","sector":"54","jobZone":3,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers chemical technicians working in industrial, production, and research laboratory environments, performing analytical testing, equipment maintenance, quality monitoring, and technical support across associate-degree and vocational-level preparation pathways.","levels":{"emerging":{"label":"Emerging","statements":["Basic laboratory glassware and measuring instruments — identify and handle under direct supervision in a chemical laboratory setting.","Standardized cleaning and sterilization procedures — follow step-by-step to maintain laboratory instruments and equipment under technician guidance.","Simple chemical solutions — prepare according to pre-written standardized formulas under close supervision in a production or research lab.","Routine physical and chemical laboratory tests — perform with direct oversight to assist scientists in qualitative or quantitative analyses of liquid or solid samples.","Basic chromatography or spectroscopy equipment — set up and operate following written protocols under supervisor direction in an analytical laboratory.","Raw test data and instrument readings — record accurately into laboratory notebooks or spreadsheets under the direction of a senior technician.","Laboratory safety rules and personal protective equipment requirements — follow consistently while participating in facility safety orientation programs.","Scientific terminology in standard test procedures and material safety data sheets — read and comprehend to carry out assigned laboratory tasks.","Spreadsheet and word processing software — use to enter, organize, and format basic laboratory data and reports under technician guidance.","Technical questions and task updates — communicate clearly to supervising chemists or engineers during routine laboratory support activities."]},"developing":{"label":"Developing","statements":["Qualitative and quantitative laboratory tests on solids, liquids, and gases — conduct routinely with reduced oversight to support ongoing scientific projects.","Laboratory instruments and equipment — maintain, troubleshoot minor issues, and sterilize on a scheduled basis to ensure consistent operational readiness.","Product quality parameters — monitor against established standards and specifications and flag non-conformances to quality assurance personnel.","Chromatography, spectroscopy, and physical or chemical separation techniques — set up and execute independently for routine analytical testing assignments.","Chemical solutions for multiple product lines or experimental batches — prepare by adapting standardized formulas to meet varying process requirements.","Test and analysis results — compile, calculate, and interpret using spreadsheet or analytical software to identify trends or anomalies in a production environment.","Laboratory safety audits — participate actively by inspecting work areas, documenting hazards, and reporting findings to safety committee members.","Experimental procedures and analytical methods — read and apply from technical literature or standard operating procedures with minimal direction.","Database and enterprise resource planning software — use to query, update, and track sample records and test results in a regulated laboratory environment.","Technical findings — summarize in written reports and communicate verbally to chemists and engineers during project status meetings."]},"proficient":{"label":"Proficient","statements":["Complex multi-step laboratory analyses involving chromatography, spectroscopy, microscopy, and separation techniques — design and execute autonomously to resolve non-routine scientific questions.","Calibration, preventive maintenance, and performance verification of advanced analytical instruments — manage independently to sustain laboratory measurement integrity.","Product quality monitoring programs — evaluate system-wide compliance with regulatory and internal specifications and recommend corrective actions.","Non-standard experimental formulas — develop and validate for new chemical solutions when established protocols are insufficient for emerging process needs.","Ambiguous or out-of-specification test results — critically analyze, apply inductive and deductive reasoning, and determine root causes in a production or R&D laboratory context.","Comprehensive technical reports and data interpretations — author with precision and present findings to cross-functional teams of chemists, engineers, and management.","Laboratory and plant safety audits — lead independently, evaluate systemic risks, and drive corrective actions across all work areas.","Junior technicians and incoming personnel — mentor on analytical techniques, instrumentation operation, and laboratory safety protocols during daily work activities.","Analytical or scientific software platforms — configure and optimize for data collection, statistical analysis, and reporting in a high-throughput laboratory environment.","Technical support to chemists and engineers on complex projects — provide by applying deep knowledge of chemistry principles, instrumentation, and process variables."]},"advanced":{"label":"Advanced","statements":["Laboratory-wide competency frameworks and standard operating procedures — develop and implement to standardize analytical practice across all technician teams.","Quality assurance programs — design and govern to ensure sustained compliance with industry regulations, customer specifications, and internal performance benchmarks.","Strategic safety culture initiatives — lead by directing safety committee activities, instituting audit systems, and driving organization-wide hazard reduction goals.","Technology evaluation and capital equipment selection — direct by assessing emerging analytical platforms and recommending investments aligned with organizational research priorities.","Cross-functional collaboration between laboratory, engineering, and production departments — facilitate to translate experimental findings into scalable manufacturing solutions.","Technical training curricula for chemical technicians — design and oversee to build workforce capability across emerging, developing, and proficient skill levels.","Laboratory information management and ERP system deployments — guide configuration and adoption to optimize data integrity and workflow efficiency at organizational scale.","Scientific and technical documentation standards — establish and enforce to ensure accuracy, traceability, and regulatory defensibility of all laboratory records.","Complex problem-solving initiatives involving multi-variable chemical process failures — lead root cause investigations and implement systemic corrective and preventive actions.","Organizational laboratory strategy — shape by synthesizing systems analysis insights, workforce capabilities, and business objectives to guide long-term scientific operations."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}