{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:39:47.988Z","occupation":{"soc":"51-8012.00","title":"Power Distributors and Dispatchers","group":"Production","sector":"22","jobZone":3,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers power distribution dispatching and control room operations in electric utility environments, from entry-level monitoring and logging through senior-level autonomous grid management to executive-level strategy, workforce development, and emergency leadership.","levels":{"emerging":{"label":"Emerging","statements":["Switchboard and control board readings — record and log under direct supervision to verify that electrical distribution equipment is operating within normal parameters.","Basic distribution equipment controls — identify and manipulate under close guidance to adjust power flow on a supervised shift.","Standard operating procedures and switching protocols — read and interpret with supervisor support to follow prescribed steps during routine operations.","Power system drawings and diagrams — recognize key components and symbols under direction to locate circuits and connections on a distribution network.","Routine status checks on circuits and connections — perform under oversight to track the operational condition of assigned distribution lines.","Industrial control software interfaces — navigate basic screens and data displays under instruction to retrieve real-time equipment readings.","Verbal instructions from senior dispatchers and engineers — listen to and confirm comprehension of to support accurate execution of distribution tasks.","Emergency notification procedures — follow established protocols under supervision when alerted to transformer or transmission line anomalies.","Incident and shift logs — complete written entries using standard templates to document switchboard activity and equipment status changes.","Basic safety and clearance rules — apply under direct guidance to maintain personal and crew safety during entry-level distribution support tasks."]},"developing":{"label":"Developing","statements":["Switching orders for routine isolations — prepare with reference to power system drawings to safely de-energize work areas without causing unplanned outages.","Control board and instrument data — monitor continuously and interpret patterns to detect early signs of equipment malfunction during a standard shift.","Power distribution adjustments — execute by manipulating controls to balance load flow between substations and distribution lines with reduced oversight.","Coordination with field personnel and engineers — conduct via radio and electronic communication to relay clearances and switching instructions accurately.","Industrial control and GIS software — use routinely to track the real-time status of circuits, connections, and geographic distribution assets.","Responses to common emergency scenarios — carry out established rerouting procedures when a transformer or line failure is detected during normal operations.","Control room operators and technicians — direct during routine equipment startup and shutdown sequences by issuing clear, procedure-based instructions.","Spreadsheet and database tools — apply to query equipment records and compile operational data for shift reports and performance tracking.","Switching and operational logs — maintain with accuracy and detail to provide a reliable record of distribution activities across a full shift.","Time-sensitive distribution tasks — prioritize and manage independently to meet load schedules and respond to changing grid conditions within a familiar context."]},"proficient":{"label":"Proficient","statements":["Complex switching orders for multi-circuit isolations — develop and execute autonomously, referencing system drawings, to protect work crews without interrupting customer supply.","Non-routine emergencies such as cascading line or transformer failures — diagnose and resolve by rerouting current across alternate paths to restore stable distribution.","Full scope of distribution equipment and controls — operate and regulate without direct oversight to maintain continuous, reliable power flow across the assigned grid segment.","Cross-functional coordination with engineers, planners, and field crews — lead during outage planning and restoration events to align technical decisions with operational safety.","Power flow optimization across generating stations, substations, and distribution lines — perform by analyzing instrument and computer data to maintain system balance under varying demand.","Abnormal equipment behavior and performance trends — identify through systematic monitoring of control board data and escalate or resolve using sound engineering judgment.","Public safety and security protocols during high-risk switching events — apply comprehensively to protect personnel, infrastructure, and service continuity.","Inductive and deductive reasoning — apply to evaluate ambiguous system conditions and select the most effective corrective action under time pressure.","Technical reports and formal switching documentation — author with precision to satisfy regulatory, audit, and operational review requirements.","Junior operators and control room staff — coach on safe switching practices, equipment behavior, and emergency response procedures within the control room environment."]},"advanced":{"label":"Advanced","statements":["Organizational distribution dispatch strategy and standard operating procedures — develop and implement to align operational performance with reliability, safety, and regulatory standards.","System-wide emergency response frameworks — design and lead activation of during major grid events, coordinating across substations, generation assets, and external utility partners.","Workforce competency programs for dispatchers and distribution operators — establish and oversee to build technical proficiency and safety culture across the department.","Enterprise resource planning and operational technology systems — champion integration of to improve data-driven decision-making in distribution control operations.","Regulatory compliance and public safety requirements for power distribution — interpret and translate into enforceable internal policies and audit-ready documentation.","Continuous improvement initiatives for switching order processes and outage management — lead to reduce restoration times and increase operational efficiency at scale.","Senior engineers, planners, and executive stakeholders — engage and advise on grid reliability risk, capital investment priorities, and technology modernization for distribution infrastructure.","Performance metrics and operational data from GIS and control systems — analyze at an organizational level to identify systemic vulnerabilities and drive long-term grid resilience.","Mentorship and succession planning for high-potential operators and lead dispatchers — direct to ensure continuity of advanced operational knowledge within the control organization.","Cross-utility and interagency coordination during regional grid emergencies — lead by serving as the senior dispatch authority to protect interconnected infrastructure and restore service at scale."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}