{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:41:08.536Z","occupation":{"soc":"47-2073.00","title":"Operating Engineers and Other Construction Equipment Operators","group":"Construction & Extraction","sector":"23","jobZone":2,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers the operation, monitoring, maintenance, and safety management of heavy construction equipment — including bulldozers, backhoes, graders, and pile drivers — across residential, commercial, and civil construction sites calibrated to Job Zone 2 preparation and career progression.","levels":{"emerging":{"label":"Emerging","statements":["Safety regulations and site hazard protocols — recognize and follow under direct supervisor guidance on active construction sites.","Potential hazards such as utility lines, overhead obstructions, and co-workers — identify and report before initiating any equipment movement on a job site.","Underground service locating procedures — assist in marking pipe and wire locations prior to excavation work under crew leader direction.","Basic machine controls including throttles, switches, and levers — operate under close supervision to move construction equipment short distances on a training or low-traffic site.","Hand and audio signals from crew members — recognize and respond to correctly while seated in cab during introductory equipment operation tasks.","Pre-operation inspection checklists — complete and document for assigned heavy equipment at the start of each shift under supervisor review.","Reference stakes and alignment guidelines — read and locate with assistance to position equipment at the correct starting point on a graded site.","Routine equipment maintenance tasks such as fluid checks and filter inspections — perform under technician guidance to support daily machine readiness.","Active listening skills in a noisy construction environment — apply to receive verbal instructions from crew members and relay information accurately.","Time accounting and daily work logs — enter shift hours and equipment usage data into provided software templates under dispatcher or supervisor direction."]},"developing":{"label":"Developing","statements":["Bulldozers, backhoes, and road graders — operate routinely with reduced oversight to complete earthmoving and grading tasks on residential or commercial job sites.","Workplace safety regulations including OSHA standards — apply consistently during independent equipment operation, adjusting actions when hazard conditions change.","Crew hand signals and radio communications — interpret and act upon with minimal delay to coordinate load placement and machine positioning across a multi-operator site.","Depth gauge markers and alignment references — use to independently position cutterheads and equipment within specified tolerances on trench excavation projects.","Underground utility locates and as-built drawings — review and cross-reference before beginning dig operations to prevent service strikes on urban job sites.","Tractor-drawn machine operators — signal and guide through staged loading and grading sequences, maintaining site production flow without direct supervisor involvement.","Minor mechanical adjustments and emergency field repairs — perform on assigned equipment to minimize downtime during active construction shifts.","Operations monitoring practices — apply during continuous equipment runs to detect abnormal instrument readings, unusual sounds, or performance changes and respond appropriately.","Multilimb coordination across multiple simultaneous controls — demonstrate during routine grading and trenching cycles to maintain consistent cut depth and blade angle.","Facilities management and time accounting software — update daily equipment status records and report maintenance needs through established digital systems."]},"proficient":{"label":"Proficient","statements":["Full range of heavy construction equipment including pile drivers, trench excavators, and motor graders — operate autonomously across varied site conditions and project phases without routine supervision.","Complex or non-routine hazard scenarios such as unstable slopes, confined work zones, or concurrent utility conflicts — assess and resolve independently, adjusting operations to maintain crew safety.","Multi-machine coordination across large job sites — direct the sequencing of concurrent equipment activities by interpreting evolving signals, grade plans, and project schedules.","Equipment alignment to tight engineering tolerances — achieve independently on challenging terrain by integrating reference stakes, digital grade control data, and depth gauge readings.","Comprehensive preventive and corrective maintenance programs — execute and document for assigned fleet, diagnosing mechanical problems and performing or overseeing substantive repairs to minimize project delays.","Troubleshooting systematic equipment malfunctions — isolate root causes across hydraulic, electrical, and mechanical systems and implement durable field solutions during active operations.","Underground service conflicts during active excavation — identify emerging risks in real time and halt or redirect operations to protect utilities and personnel on complex urban sites.","Production scheduling and time management across concurrent equipment tasks — manage personal workload and machine utilization to meet daily and weekly project milestones without supervisor input.","New or modified safety procedures — evaluate for practical applicability in the field and implement adjustments to team operating practices before project kickoff meetings.","Detailed equipment usage and incident data — compile and analyze using spreadsheet and office suite software to support project reporting and maintenance planning."]},"advanced":{"label":"Advanced","statements":["Site-wide safety culture for heavy equipment operations — establish, model, and enforce across all operators and crew members on large-scale construction projects.","Equipment operation standards and best practices — develop and document for organizational adoption, drawing on deep field experience to address efficiency, safety, and regulatory compliance.","Junior and mid-level equipment operators — mentor and evaluate through structured on-the-job coaching, providing performance feedback tied to skill progression benchmarks.","Fleet maintenance strategies across multiple project sites — design and oversee, coordinating with mechanics and project managers to optimize machine availability and reduce lifecycle costs.","Complex multi-phase excavation or grading projects — plan and lead, integrating utility locates, alignment data, crew signals, and equipment sequencing into a cohesive operational approach.","Hazard identification and emergency response protocols — author and implement at the organizational level, ensuring all operators are trained and rehearsed before site mobilization.","Equipment procurement and technology adoption decisions — advise project leadership on, evaluating new machine capabilities, digital grade control systems, and telematics tools against project requirements.","Cross-trade coordination with civil engineers, surveyors, and subcontractors — lead to resolve alignment conflicts, grade disputes, and underground service issues that affect project scope or schedule.","Regulatory inspections and compliance audits involving heavy equipment operations — represent the organization, demonstrating records, procedures, and operator qualifications to OSHA and other authorities.","Organizational performance metrics for equipment utilization and operator productivity — define, track through facilities management and time accounting systems, and report to senior leadership for strategic planning."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}