{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:38:15.600Z","occupation":{"soc":"17-2199.03","title":"Energy Engineers, Except Wind and Solar","group":"Architecture & Engineering","sector":"54","jobZone":4,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers energy engineering practice in commercial, institutional, and industrial settings, spanning energy auditing, system inspection, consumption analysis, energy modeling, and client advisory services for practitioners with bachelor's-level education and several years of applied experience.","levels":{"emerging":{"label":"Emerging","statements":["Energy audit checklists and data collection forms — complete and submit under direct supervision during site visits to commercial or institutional facilities.","Energy consumption data — record and organize from utility bills and meter readings under guidance from a senior engineer.","HVAC and daylighting systems — inspect using established protocols and document observations on standardized forms in building field assessments.","Spreadsheet software — enter and format energy usage data to support basic monitoring tasks in an office or project environment.","Energy conservation measures — identify common examples from reference materials and flag potential opportunities under supervision.","Technical reports and engineering standards — read and summarize key findings to support project team discussions on energy performance.","CAD and analytical software — operate at a basic level to retrieve and view energy system drawings under the direction of a licensed engineer.","Energy billing statements and meter readings — verify for accuracy against utility records using established verification procedures.","Engineering terminology and energy concepts — apply foundational knowledge of physics and mathematics when interpreting system specifications in team settings.","Client and colleague communications — listen actively and take structured notes during energy project meetings to capture requirements and action items."]},"developing":{"label":"Developing","statements":["Energy audits — conduct independently at commercial buildings following ASHRAE Level I and Level II protocols to evaluate consumption and identify savings opportunities.","Energy consumption trends — monitor and analyze using analytical software and spreadsheets, producing routine performance reports for project managers and clients.","HVAC, ventilation, and daylighting systems — inspect and assess energy performance against design benchmarks on active construction or renovation projects.","Energy savings strategies — identify and recommend to clients based on audit findings, payback analysis, and site-specific constraints in an engineering consulting context.","Graphical representations of energy data — create and interpret using engineering software to communicate system performance to technical and non-technical stakeholders.","Energy modeling inputs and outputs — review and validate against measured consumption data to support design decisions on building retrofit projects.","Utility bills and interval meter data — verify and reconcile discrepancies by cross-referencing metering systems and billing records for multi-site commercial clients.","Energy engineering design and construction issues — monitor progress and flag deviations from energy performance targets during project execution phases.","Written technical reports — draft clearly and accurately to document audit findings, recommendations, and projected savings for client delivery.","Climate control and sustainable design topics — advise colleagues and junior staff drawing on accumulated project experience in an interdisciplinary engineering team."]},"proficient":{"label":"Proficient","statements":["Comprehensive energy audits — lead independently across diverse facility types, applying systems analysis to uncover non-obvious inefficiencies and cost reduction measures.","Complex energy consumption datasets — analyze and interpret using advanced analytical and modeling software to diagnose performance gaps in large commercial or industrial portfolios.","Energy savings strategies — develop and present customized, multi-measure recommendations to clients that balance technical feasibility, economics, and sustainability goals.","Energy system design reviews — evaluate and provide authoritative input on HVAC, controls, and envelope systems during design and construction phases to ensure performance compliance.","Energy modeling scenarios — build, calibrate, and validate using simulation software to forecast the impact of proposed retrofits or new building designs.","Utility rate structures and energy economics — analyze to optimize procurement strategies and accurately project financial returns on energy investments for client organizations.","Data logging and monitoring systems — configure and interpret to support continuous commissioning and ongoing energy management programs across facility portfolios.","Non-routine technical problems — resolve by applying deductive and inductive reasoning across mechanical, electrical, and building envelope systems in operational facilities.","Client advisories on climate control, energy auditing, and sustainable design — deliver confidently through written reports and presentations tailored to executive and technical audiences.","Energy-related regulatory requirements and green building standards — apply rigorously to ensure project compliance with applicable codes, incentive programs, and certification criteria."]},"advanced":{"label":"Advanced","statements":["Organizational energy strategy — define and champion enterprise-wide programs that integrate energy efficiency, decarbonization, and cost reduction across a client's or firm's full portfolio.","Energy engineering teams — lead, mentor, and develop junior and mid-level engineers, establishing technical standards, quality processes, and professional growth pathways.","Energy master plans — author and present to C-suite and board-level stakeholders, translating complex engineering analyses into strategic investment decisions with quantified financial impact.","Methodologies for energy auditing and consumption monitoring — design and institutionalize, ensuring consistency, accuracy, and continuous improvement across a large engineering practice.","Cross-functional project delivery — direct interdisciplinary teams of engineers, architects, and contractors on major energy retrofit or sustainable design programs from conception through commissioning.","Emerging energy technologies and analytical tools — evaluate and integrate into practice, driving innovation in energy modeling, data analytics, and building performance optimization.","Industry relationships and thought leadership — cultivate by contributing to professional bodies, publishing research, and representing the organization in sector-wide forums on energy engineering.","Risk and investment decisions — guide senior leadership by synthesizing systems-level analysis, market economics, and regulatory landscapes into defensible recommendations for large-scale energy projects.","Client portfolio energy performance — oversee through executive dashboards and governance frameworks, holding delivery teams accountable to agreed efficiency targets and sustainability commitments.","Organizational capability in energy management — build by establishing training curricula, knowledge management systems, and competency frameworks that advance the firm's technical and market position."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}