{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:39:05.643Z","occupation":{"soc":"17-3022.00","title":"Civil Engineering Technologists and Technicians","group":"Architecture & Engineering","sector":"54","jobZone":3,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers civil engineering technologist and technician practice across blueprint reading, CAD drafting, site analysis, material quantity calculation, technical reporting, and field coordination within construction and infrastructure project environments.","levels":{"emerging":{"label":"Emerging","statements":["Blueprint dimensions and material specifications — read and interpret under direct supervision on assigned civil construction projects.","Basic calculations for square footage and material quantities — perform using a calculator or spreadsheet with guidance from a senior technician.","CAD software tools and drawing templates — apply to produce simple dimensional sketches following established drafting standards.","Project blueprints and structural drawings — review to identify key components and flag unclear specifications for supervisor clarification.","Field measurements and site observations — record accurately in standardized forms during supervised site visits.","Supervisor instructions on plan preparation and acceptance testing — follow attentively and seek clarification before proceeding on assigned tasks.","Basic project activity logs and daily field reports — prepare using office suite software under direction from a project lead.","Maintenance issues and site conflicts observed in the field — report promptly and clearly to the supervising engineer or technician.","GIS and map creation software interfaces — navigate to retrieve and display basic geographic data under guidance on entry-level mapping tasks.","Mathematics and geometry principles applicable to civil design — apply to straightforward component specification problems in a classroom or training environment."]},"developing":{"label":"Developing","statements":["Dimensional drawings and design layouts — draft with CAD software to conform to project specifications with minimal oversight on routine civil projects.","Material quantity takeoffs and profile specifications — calculate independently using spreadsheet and analytical software for standard structural components.","Project blueprints, survey data, and structural specifications — review and cross-reference to confirm dimensional accuracy before construction commences.","Site factor analyses and findings — compile into maps, graphs, and diagrams using GIS or graphics software for review by the project engineer.","Field conditions and design discrepancies — assess and communicate verbally and in writing to supervisors, proposing practical adjustments to resolve conflicts.","Progress reports and project activity documentation — prepare with organized detail using office suite and presentation software for internal project records.","Acceptance testing procedures — carry out according to established protocols and document results accurately for submission to project leadership.","CAD design layouts for moderately complex civil systems — produce and revise efficiently, incorporating feedback from engineers to meet regulatory standards.","Critical thinking and deductive reasoning — apply when interpreting ambiguous blueprint details or conflicting specification requirements on active job sites.","Coordination with contractors, inspectors, and engineering staff — maintain through clear oral and written communication during routine project milestones."]},"proficient":{"label":"Proficient","statements":["Complex dimensional drawings and multi-component design layouts — develop autonomously using advanced CAD tools, ensuring full conformance with civil engineering standards.","Proposed site factors including soil, drainage, and environmental data — analyze independently and illustrate findings through detailed maps, tracings, and technical diagrams.","Material quantity estimates and component specifications for large-scale civil structures — calculate with precision, applying engineering and mathematical knowledge without routine oversight.","Structural blueprints and project specifications for non-routine or irregular designs — read, interpret, and reconcile discrepancies to support accurate construction execution.","Comprehensive project activity reports and technical documentation — author clearly and thoroughly, meeting administrative and regulatory reporting requirements for civil infrastructure projects.","System conflicts and maintenance problems at project sites — diagnose root causes and negotiate practical design or procedural changes with engineers and contractors to restore compliance.","GIS, analytical software, and development environment tools — integrate across workflows to support site analysis, design validation, and data visualization on complex civil projects.","Judgment and decision-making — exercise independently when evaluating field conditions or design alternatives, balancing technical, safety, and schedule constraints.","Acceptance testing and quality evaluation protocols — lead on site, interpreting results against specifications and escalating non-conformances with documented recommendations.","Junior technicians and entry-level staff — mentor in blueprint reading, CAD drafting, and field measurement practices during active civil engineering assignments."]},"advanced":{"label":"Advanced","statements":["Competency frameworks and technical standards for civil engineering technician teams — establish and maintain to drive consistent quality across multi-project programs.","Project plan preparation strategies and field evaluation methodologies — define in collaboration with senior engineers, optimizing workflows for complex infrastructure programs.","CAD, GIS, and analytical software toolsets — direct selection, configuration, and integration at the organizational level to advance departmental design and analysis capabilities.","Technical training curricula for civil engineering technologists — design and deliver to build organizational capacity in drafting, site analysis, and specification interpretation.","Cross-functional project teams comprising engineers, technicians, contractors, and clients — coordinate and lead to ensure alignment on scope, quality, and regulatory compliance throughout project lifecycles.","High-stakes technical reports and executive summaries for civil infrastructure projects — author and present with precision, translating complex engineering findings into actionable guidance for stakeholders.","Organizational quality assurance and acceptance testing programs — oversee and continuously improve, applying advanced judgment to resolve systemic design or construction non-conformance issues.","Site feasibility studies and design analyses for large-scale civil systems — direct from inception through final recommendation, integrating multi-disciplinary data and engineering expertise.","Departmental standards for technical documentation, administrative records, and project reporting — set and enforce to meet organizational, regulatory, and client requirements.","Complex, multi-party system conflicts involving design, site conditions, and stakeholder interests — resolve through authoritative negotiation and engineering judgment, establishing precedents for future project decisions."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}