{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:39:37.447Z","occupation":{"soc":"17-3025.00","title":"Environmental Engineering Technologists and Technicians","group":"Architecture & Engineering","sector":"54","jobZone":4,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers environmental field investigation, laboratory sample management, remediation system monitoring, regulatory compliance reporting, and organizational technical leadership within Architecture & Engineering and environmental consulting industry contexts calibrated to Job Zone 4.","levels":{"emerging":{"label":"Emerging","statements":["Project logbooks and computer program files — maintain under direct supervision using established templates on active environmental monitoring projects.","Field and laboratory data including numerical results, photographs, and visual observations — record accurately following standardized protocols at regulated field sites.","Environmental quality tasks in office and field settings — perform under technician guidance using prescribed checklists and safety procedures.","Pollution samples from air, soil, and groundwater matrices — collect using designated sampling equipment under the direction of a licensed environmental engineer.","Environmental samples for shipping or laboratory analysis — prepare, label, and package in compliance with chain-of-custody requirements and hazardous materials regulations.","Field equipment used to test or remediate pollutants — decontaminate following written standard operating procedures between sampling events.","Basic data tables, charts, and graphs for environmental assessment reports — compile from field measurements using spreadsheet software under senior staff review.","Technical environmental literature and regulatory guidance documents — read and summarize key requirements to support project team decision-making.","Process parameters within environmental control systems — monitor instrument readings and flag anomalies to supervising engineers during routine operations.","Geographic information system (GIS) and analytical software tools — operate at a basic level to input field data and generate preliminary site maps under guidance."]},"developing":{"label":"Developing","statements":["Project logbook records and digital program files — maintain independently across multiple concurrent environmental field projects, ensuring completeness and regulatory defensibility.","Field and laboratory datasets including test results and observational summaries — record, validate, and organize with reduced oversight, identifying data gaps before submission.","Environmental quality work across field and office settings — perform routinely, adapting sampling and monitoring techniques to varying site conditions and seasonal constraints.","Air and groundwater pollution samples — collect and conduct preliminary chemical analyses, interpreting results against applicable regulatory benchmarks.","Environmental assessment reports with tabulated data, charts, and sketches — produce to a draft-final standard using desktop publishing and analytical software tools.","Field sampling and decontamination equipment — test, calibrate, and maintain to manufacturer and regulatory specifications, documenting findings in equipment logs.","Process anomalies within environmental control or remediation systems — evaluate against baseline parameters and recommend corrective actions to project engineers.","Chain-of-custody documentation and sample packaging protocols — execute with accuracy for complex multi-media sample shipments to accredited analytical laboratories.","Environmental compliance software and database interfaces — query and update project records, generating status reports to support client deliverables.","Technical findings from field investigations — communicate clearly in written reports and oral briefings to project teams and agency representatives."]},"proficient":{"label":"Proficient","statements":["Comprehensive project logbooks and electronic file systems — manage autonomously across the full project lifecycle, ensuring data integrity for regulatory submittals and legal defensibility.","Multi-parameter field and laboratory datasets — analyze independently, applying statistical methods and scientific judgment to identify trends, outliers, and site-specific contamination patterns.","Complex environmental quality investigations in diverse field and office settings — conduct across the full scope of site characterization, remediation monitoring, and compliance verification.","Air, soil, and groundwater pollution samples — design site-specific sampling programs, oversee collection, and interpret analytical results to guide remedial decision-making.","Detailed environmental assessment reports and technical memoranda — author with professional-level rigor, integrating data visualizations, regulatory citations, and risk-based conclusions.","Non-routine process anomalies in remediation or environmental control systems — diagnose root causes using systems analysis and inductive reasoning, implementing corrective operational changes.","Field equipment decontamination and QA/QC programs — develop and oversee site-wide protocols, ensuring equipment performance meets data quality objectives across all sampling events.","CAD and GIS platforms — utilize proficiently to produce site maps, cross-sections, and spatial analyses that support technical reports and regulatory submissions.","Environmental regulations and engineering standards — interpret and apply to novel site conditions, exercising independent judgment to select appropriate compliance strategies.","Interdisciplinary project teams and client stakeholders — coordinate technical workflows, resolve scheduling conflicts, and present findings with credibility and clarity."]},"advanced":{"label":"Advanced","statements":["Organization-wide environmental data management systems and project file standards — architect and enforce, ensuring consistent quality across all programs and regulatory jurisdictions.","Strategic environmental assessment frameworks — develop and institutionalize, guiding the methodology by which the organization characterizes, evaluates, and reports site conditions at scale.","Technical staff performing environmental quality work in field and office settings — mentor and evaluate, building team competency through structured training and performance feedback.","Firm-level sampling and analytical quality assurance programs — design and lead, establishing data quality objectives and corrective action protocols that meet or exceed regulatory requirements.","Complex, multi-site remediation and compliance portfolios — direct as principal technical authority, integrating engineering judgment, regulatory strategy, and resource allocation across concurrent projects.","Environmental process control systems with recurring or systemic anomalies — lead root-cause investigations, recommending capital improvements or operational redesigns to senior leadership and clients.","Regulatory agency relationships and technical negotiations — represent the organization authoritatively, interpreting emerging policy and advocating for science-based compliance pathways.","Cross-functional project delivery teams spanning engineering, science, and field operations — coordinate at an organizational level, aligning timelines, budgets, and technical outputs to client objectives.","Advanced GIS, analytical, and industrial control technologies — champion adoption and integration across the organization, evaluating emerging tools against operational and regulatory requirements.","Environmental engineering and science knowledge — contribute to the profession through technical publications, peer review, or regulatory comment, elevating organizational and industry standards."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}