{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:38:14.785Z","occupation":{"soc":"49-9099.01","title":"Geothermal Technicians","group":"Installation, Maintenance & Repair","sector":"81","jobZone":2,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers installation, monitoring, troubleshooting, maintenance, and documentation of geothermal power plant equipment and loop piping systems, from supervised entry-level field tasks through organizational leadership in a Job Zone 2 installation and maintenance context.","levels":{"emerging":{"label":"Emerging","statements":["Geothermal plant equipment gauges and readouts — monitor and report observed values under direct supervision during routine shift walkthroughs.","Operations logs and daily work reports — complete accurately using standard templates with guidance from a senior technician.","Basic equipment malfunctions — recognize and report warning signs to a lead technician in a geothermal plant environment.","Field data from well sensors and flow meters — collect and record systematically onto provided data sheets during supervised site visits.","Pre-installation pressure and flow test procedures — assist with and observe on vertical geothermal loop piping under technician direction.","Equipment manuals and technical schematics — read and interpret basic sections to identify component names and functions with supervisor support.","Hand tools and basic test instruments — identify and use correctly under direct supervision on a geothermal installation job site.","Safety protocols and emergency procedures — follow precisely as instructed during plant operations and equipment handling tasks.","Spreadsheet and word processing software — enter operational data and format basic reports under guidance in an office or control room setting.","Geothermal system components including pumps and piping — identify by name and describe basic function during supervised orientation tours."]},"developing":{"label":"Developing","statements":["Geothermal power plant equipment and control systems — monitor, adjust, and document operating parameters routinely with minimal oversight during standard shifts.","Operational logs, maintenance records, and shift reports — prepare and maintain accurately and on schedule using established formats and software tools.","Common equipment malfunctions in electrical systems and instrumentation — troubleshoot using diagnostic procedures and correct within the scope of routine maintenance tasks.","Well field and plant performance data — collect, record, and review for consistency and accuracy, flagging anomalies to the shift supervisor.","Post-installation pressure, flow, and leak tests — perform independently on horizontal and vertical geothermal loop piping and document results clearly.","Auxiliary and backup heating or cooling systems — assess activation needs during moderately adverse weather conditions using established decision criteria.","Industrial control software and SCADA interfaces — operate to monitor system status and make approved parameter adjustments in a plant control room.","Compressor and pump equipment options — evaluate specifications against operational requirements and select appropriate units following established guidelines.","CAD and GIS software — use at a basic level to retrieve site layout diagrams and loop field maps in support of installation and maintenance tasks.","Preventive maintenance schedules for geothermal heat pumps and associated equipment — execute and record outcomes using standard checklists and ERP software."]},"proficient":{"label":"Proficient","statements":["Geothermal plant equipment, electrical systems, and control instrumentation — diagnose complex faults autonomously and implement effective repairs across the full system scope.","Plant and well field operating logs, incident reports, and regulatory documentation — produce complete, accurate, and compliant records independently for all work performed.","Non-routine malfunctions involving mechanical, electrical, and instrumentation systems — analyze root causes using systematic troubleshooting techniques and restore operations with minimal downtime.","Operational data sets from sensors, flow meters, and analytical software — interpret trends, identify performance deviations, and recommend corrective actions to plant management.","Emergency and auxiliary heating or cooling system requirements — determine independently under extreme or rapidly changing weather conditions using critical judgment and system knowledge.","Full pressure, flow, and thermal performance test sequences — plan, execute, and evaluate for both vertical and horizontal loop piping installations to verify system integrity.","Equipment selection decisions for compressors, heat exchangers, and pumps — make informed choices by applying knowledge of mechanical principles, physics, and site-specific operating conditions.","CAD drawings and GIS-based well field maps — interpret and apply to troubleshoot installation geometry issues and plan system expansions in the field.","Systems analysis techniques — apply to evaluate geothermal plant efficiency, identify process improvement opportunities, and present findings using analytical and spreadsheet software.","Complex problem-solving across geothermal installation and maintenance scenarios — lead resolution efforts by coordinating with engineers, inspectors, and field crews to restore or optimize system performance."]},"advanced":{"label":"Advanced","statements":["Geothermal plant operations standards and maintenance protocols — develop, review, and update organization-wide procedures based on operational experience and emerging industry best practices.","Documentation and reporting systems for plant performance and compliance — design and oversee implementation across multiple sites to ensure regulatory accuracy and management visibility.","Technical troubleshooting methodology and diagnostic toolkits — establish and train field teams on systematic approaches for resolving electrical, mechanical, and instrumentation failures.","Data collection and performance monitoring programs — design and direct for entire well field and plant portfolios, using analytical software to drive evidence-based operational decisions.","Emergency preparedness and auxiliary system activation plans — author and coordinate across facilities, ensuring crews are trained and resources are positioned for extreme weather scenarios.","Quality control and testing standards for geothermal loop piping installations — set organizational benchmarks, audit field execution, and lead corrective action processes for non-conforming work.","Equipment procurement strategy for compressors, heat pumps, and ancillary systems — lead vendor evaluation, specification development, and selection decisions at the organizational level.","CAD, GIS, and ERP software platforms — champion adoption and integration across technical and administrative teams to improve installation planning, asset tracking, and reporting efficiency.","Emerging geothermal technologies and system design innovations — evaluate technical viability, lead pilot implementations, and guide organizational investment decisions in new capabilities.","Workforce development programs for geothermal technician teams — design training curricula, mentor developing and proficient technicians, and build organizational depth in installation, maintenance, and operations competencies."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}