Know Your Worth / Energy & clean technology
Energy and clean-technology paths span scientific research, electrical and mechanical engineering, project development, operations, data, and evidence-based environmental reporting. Useful work makes resource assumptions and uncertainty visible, while real installations, hazardous processes, regulated claims, and operational decisions require the appropriate qualified owners and approvals.
1–30 of 30 careers · 1,000 in the directory
All careersEmployee references are annual US median wages for the cited BLS occupation, which may cover several career paths. Freelance examples add $15,000 for benefits and $20,000 for business costs, then divide by 1,200 billable hours a year. Annual figures are rounded to the nearest $1,000 and hourly figures to the nearest dollar. Figures are before personal taxes, with no percentage fees. Open a guide to see the source or adjust the assumptions in the calculator.
BLS · May 2025 · Industrial Engineers
Connect battery product requirements with inspection, traceability, and quality evidence in approved settings. Review deviations and process records without assuming a limited data review establishes complete product safety.
View career → Battery Quality EngineerBLS · May 2025 · Materials Scientists
Investigate battery materials and performance evidence in approved research settings. Examine measurement conditions, degradation patterns, and uncertainty before connecting a laboratory result to practical storage or product claims.
View career → Battery Research ScientistBLS · May 2025 · Mechanical Engineers
Model building energy behavior using geometry, occupancy, systems, and weather assumptions. Compare scenarios consistently and explain why simulated savings require validation against site evidence and actual operating conditions.
View career → Building Energy ModelerBLS · May 2025 · Environmental Scientists and Specialists, Including Health
Organize emissions inventories using stated boundaries, activity data, and applicable methodologies. Make estimation choices and evidence gaps visible so reported figures are not mistaken for independently assured or universally comparable claims.
View career → Carbon Accounting AnalystBLS · May 2025 · Nuclear Engineers
Support civilian nuclear engineering studies, requirements, and assurance documentation under appropriate oversight. Work with authorized public evidence and qualified reviewers rather than treating general analysis as permission for operational or safety-critical changes.
View career → Civil Nuclear Systems EngineerBLS · May 2025 · Operations Research Analysts
Evaluate energy projects and technologies through transparent comparisons of performance, cost, and uncertainty. Help decision-makers understand assumptions rather than presenting a single scenario as a guaranteed commercial outcome.
View career → Clean Energy AnalystBLS · May 2025 · Fundraisers
Help clean-energy teams explain a credible project and evidence plan in funding proposals. Connect objectives, budget assumptions, and review milestones without promising technical performance, awards, or future commercial returns.
View career → Clean Energy Grant WriterBLS · May 2025 · Environmental Scientists and Specialists, Including Health
Compare environmental evidence across clean-technology life cycles using consistent functional units and boundaries. Explain allocation choices and uncertainty so an attractive single metric does not hide important tradeoffs.
View career → Clean Technology Lifecycle AnalystBLS · May 2025 · Electrical Engineers
Coordinate charging requirements with site capacity, user patterns, and installation dependencies. Help stakeholders compare practical options while preserving qualified electrical design, accessibility, permitting, and network approval responsibilities.
View career → Electric Vehicle Charging Infrastructure PlannerBLS · May 2025 · Project management specialists
Coordinate projects that replace suitable fossil-fuel uses with electrical systems. Connect asset readiness, infrastructure dependencies, budgets, and user needs while keeping qualified technical approvals and uncertain outcomes explicit.
View career → Electrification Program ManagerBLS · May 2025 · Database Architects
Build dependable data flows for energy measurements, assets, and reporting. Preserve timestamps, units, quality flags, and provenance so operational or planning analyses do not depend on silently inconsistent records.
View career → Energy Data EngineerBLS · May 2025 · Mechanical Engineers
Assess energy use and improvement opportunities using building or process evidence. Explain measurement limits, operating assumptions, and validation needs while keeping regulated assessments and design approvals within qualified professional boundaries.
View career → Energy Efficiency AuditorBLS · May 2025 · Financial and investment analysts
Analyze energy-market evidence and scenarios for business planning. Explain regional rules, data limitations, and sensitivity rather than presenting price history or a simplified forecast as a guaranteed financial outcome.
View career → Energy Market AnalystBLS · May 2025 · Management analysts
Organize public regulatory requirements and evidence for energy projects or products. Coordinate technical questions and document reviews while reserving legal interpretation, licensed design, and official approval decisions for qualified authorities.
View career → Energy Regulatory Affairs AnalystBLS · May 2025 · Electrical Engineers
Develop storage-system requirements and comparison studies for a defined energy application. Coordinate electrical, thermal, control, and operational constraints while preserving qualified responsibility for safety and installation decisions.
View career → Energy Storage Systems EngineerBLS · May 2025 · Technical writers
Explain energy systems, products, and analytical findings for defined audiences. Keep assumptions, terminology, and approval boundaries traceable to qualified sources so simplified documentation does not imply unsupported technical certainty.
View career → Energy Technical WriterBLS · May 2025 · Geoscientists, Except Hydrologists and Geographers
Assess geothermal project evidence across geological, thermal, and commercial questions. Explain site uncertainty, data limitations, and investigation needs before a conceptual opportunity is treated as a viable development.
View career → Geothermal Energy AnalystBLS · May 2025 · Electrical Engineers
Coordinate engineering evidence for connecting generation or storage to an electrical network. Track technical requirements, study assumptions, and review questions without representing a preliminary assessment as utility approval.
View career → Grid Interconnection EngineerBLS · May 2025 · Mechanical Engineers
Evaluate heat-pump suitability for specific building or process needs. Connect load evidence, operating temperatures, site constraints, and commissioning requirements while reserving final system design and installation for qualified professionals.
View career → Heat Pump Applications EngineerBLS · May 2025 · Chemical Engineers
Assess process requirements for hydrogen-related industrial applications through qualified engineering work. Compare public process evidence and system interfaces while recognizing substantial safety, materials, and regulatory responsibilities for implementation.
View career → Hydrogen Process EngineerBLS · May 2025 · Mechanical Engineers
Evaluate mechanical and system requirements for hydropower applications using authorized site evidence. Connect water availability, equipment behavior, and operating constraints while preserving qualified environmental and engineering approvals.
View career → Hydropower Systems EngineerBLS · May 2025 · Electrical Engineers
Develop engineering studies for coordinated local energy resources and loads. Compare operating scenarios and interfaces while preserving licensed responsibility for electrical protection, control validation, and any connection to real infrastructure.
View career → Microgrid EngineerBLS · May 2025 · Mechanical Engineers
Evaluate reliability and maintenance evidence for power-generation assets within authorized engineering processes. Explain failure definitions, uncertainty, and operating context before recommending qualified review of maintenance or equipment decisions.
View career → Power Plant Reliability EngineerBLS · May 2025 · Electrical Engineers
Analyze electrical networks and their operating constraints using approved models and data. Explain assumptions, contingencies, and verification needs before analysis supports a licensed design or operational decision.
View career → Power Systems EngineerBLS · May 2025 · Management analysts
Review renewable asset performance records and maintenance patterns to support operational decisions. Distinguish weather variability, missing measurements, and equipment behavior while keeping intervention authority with qualified asset owners.
View career → Renewable Asset Operations AnalystBLS · May 2025 · Buyers and purchasing agents
Compare renewable energy purchasing options using documented requirements, contracts, and consumption assumptions. Explain sourcing and accounting limits while preserving qualified legal, financial, and sustainability review of final purchasing decisions.
View career → Renewable Energy Procurement AnalystBLS · May 2025 · Project management specialists
Coordinate early-stage renewable projects across site evidence, stakeholder needs, and commercial dependencies. Make unresolved assumptions visible while distinguishing development coordination from guaranteed permitting, financing, or engineering feasibility.
View career → Renewable Energy Project DeveloperBLS · May 2025 · Electrical Engineers
Develop solar system design evidence that connects site conditions, electrical requirements, and expected generation. Coordinate qualified reviews and clearly distinguish modeled output from validated construction or operational performance.
View career → Solar Photovoltaic Design EngineerBLS · May 2025 · Mechanical Engineers
Evaluate engineering concepts that store and recover thermal energy for a defined use. Compare material behavior, heat losses, operating assumptions, and qualified safety reviews before proposing implementation.
View career → Thermal Energy Storage EngineerBLS · May 2025 · Mechanical Engineers
Evaluate wind-system engineering questions using site evidence, mechanical assumptions, and documented constraints. Connect performance models with structural, maintenance, and environmental reviews needed before a real project proceeds.
View career → Wind Energy Engineer