{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:38:47.551Z","occupation":{"soc":"17-2071.00","title":"Electrical Engineers","group":"Architecture & Engineering","sector":"54","jobZone":4,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers electrical engineering practice across commercial, industrial, and infrastructure contexts — from entry-level design support and calculations through autonomous system design to organizational leadership and industry-level standards development.","levels":{"emerging":{"label":"Emerging","statements":["Electrical schematics and circuit diagrams — interpret and review under direct supervision to support design tasks on assigned commercial or industrial projects.","CAD and engineering design software — operate with guidance to produce basic electrical drawings and layouts for equipment or facility components.","Engineering calculations — perform structured, well-defined computations to verify manufacturing or installation specifications under senior engineer oversight.","Vendor product documentation — review and summarize technical data sheets to assist in the evaluation of electrical components for a project.","Engineering standards and codes — identify applicable NEC, IEEE, or industry codes relevant to a given design task under the direction of a licensed engineer.","Written engineering reports — draft clear, structured technical documents describing findings or design parameters for review by senior staff.","Project team communications — participate actively in design meetings, recording action items and relaying technical information to immediate colleagues.","Completed electrical installations — assist in inspecting systems against design specifications under direct supervision on construction or industrial job sites.","Computer-assisted simulation tools — run predefined models to observe system behavior and report results to the supervising engineer.","Mathematics and physics principles — apply foundational concepts such as Ohm's law and circuit theory to solve entry-level electrical engineering problems."]},"developing":{"label":"Developing","statements":["Electrical instruments and equipment designs — develop and refine with reduced oversight, applying engineering principles to meet commercial or industrial performance requirements.","Engineering design software and CAD tools — use routinely and independently to produce complete electrical system drawings, single-line diagrams, and equipment layouts.","Detailed load, fault, and power-flow calculations — perform to establish construction or installation specifications for medium-complexity electrical systems.","Vendor and competitor product evaluations — conduct comparative testing and technical assessments to inform component selection decisions on active projects.","Installation and construction activities — coordinate with contractors and technicians to ensure work proceeds in compliance with project specifications and applicable safety codes.","Cross-functional project teams — confer regularly with mechanical, civil, and controls engineers to integrate electrical designs within multi-discipline project scopes.","Project schedules and budgets — monitor progress against milestones, identifying emerging risks and escalating issues to project managers in a timely manner.","Technical specifications and standards documentation — prepare accurate, complete documents that guide manufacturing, construction, and installation teams on assigned projects.","Operational systems — monitor installed electrical equipment during commissioning to confirm conformance with design intent and environmental compliance requirements.","Active learning and problem-solving practices — apply newly acquired knowledge of evolving codes or technologies to adapt standard solutions for familiar but changing project conditions."]},"proficient":{"label":"Proficient","statements":["Complex electrical systems for commercial, industrial, or domestic applications — design end-to-end autonomously, integrating power distribution, control, and protection schemes.","Non-routine engineering problems — diagnose and resolve independently using advanced critical thinking, systems analysis, and physics-based reasoning across the full project lifecycle.","Manufacturing and construction standards — establish authoritative specifications through detailed engineering calculations, ensuring compliance with regulatory, safety, and customer requirements.","CAD, simulation, and analytical software — utilize across the full design workflow to model, validate, and optimize electrical systems before and during implementation.","Industrial control and SCADA software — configure and evaluate to verify system integration, operational safety, and compliance with process control specifications.","Inspection and operational observation programs — lead on-site reviews of completed installations, judging conformance to design, equipment, and environmental standards without external direction.","Customer and stakeholder technical consultations — drive discussions to clarify project requirements, resolve design conflicts, and communicate engineering trade-offs clearly and persuasively.","Vendor qualification and product testing programs — direct structured investigations that benchmark competing products against technical and cost criteria, producing defensible recommendations.","Project production oversight — manage scope, schedule, and budget across engineering phases, applying judgment to balance technical quality with delivery constraints.","Emerging technologies and industry research — pursue active learning independently to incorporate advances in power electronics, renewable integration, or grid modernization into current practice."]},"advanced":{"label":"Advanced","statements":["Organizational electrical engineering strategy — set technical direction and establish standards that guide practice across multiple projects, departments, or business units.","Engineering talent and personnel resources — mentor, develop, and manage teams of electrical engineers, building capability and fostering a culture of innovation and technical excellence.","Enterprise-scale electrical systems — lead the design and implementation of large, high-complexity infrastructure such as utility substations, industrial plants, or smart-grid networks.","Cross-organizational project governance — oversee production efforts spanning multiple disciplines and external partners, ensuring on-time, on-budget delivery at the program level.","Engineering standards and compliance frameworks — author or influence internal policies, codes interpretations, and quality systems that shape how the organization meets regulatory and safety requirements.","Strategic vendor and technology partnerships — direct competitive product and technology assessments that inform capital investment decisions and long-term engineering roadmaps.","Executive and client stakeholder communication — represent the organization in high-stakes technical negotiations, presenting complex engineering positions with clarity and authority.","Systems evaluation and organizational risk management — lead post-project reviews and operational audits that identify systemic design weaknesses and drive improvement at institutional scale.","Interdisciplinary innovation programs — champion the adoption of advanced analytical software, digital twin environments, and model-based engineering practices across the engineering function.","Industry thought leadership — contribute to standards bodies, professional societies, or published research, advancing the state of electrical engineering practice beyond the boundaries of the organization."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}