What it pays
Government survey numbers — not estimates, not ads.
Half of all Engineers, All Other in the U.S. earn more than $122,930 a year — the middle 80% land between $66,810 and $189,950. About 154,070 people in the U.S. do this work. Figures are for the U.S. occupation group “Engineers, All Other”. (U.S. Bureau of Labor Statistics survey, published 2025.) In India, Professionals earn about ₹38,298 a month on average — around ₹4.6 lakh a year (government PLFS survey via ILOSTAT, occupation-family figure).
$122,930typical pay / year
154,070people in this work
$189,950+top 10% earn
₹4.6 lakha year in India (family avg)
Think you get this job?Six quick questions on how it really works — with a hint and the reason behind every answer.
Test yourself →The work, task by task
These are the real jobs-to-be-done, not a wish list. Each task shows where we found it, and the prompt underneath is written for that exact task.
Analysing3
Monitor turbine operation
+Check turbine SCADA streams from the past 24 hours for rotor imbalance, yaw error, and pitch actuator faults…
Monitor turbine operation
+Check turbine SCADA streams from the past 24 hours for rotor imbalance, yaw error, and pitch actuator faults on Turbine 07; flag any safety-critical alarms, attach the last maintenance log, and page the on-call technician if vibration exceeds 3 mm/s RMS before I approve remote shutdown.
The tools that do the workAmazon Web Services AWSESCOjob descriptionsO*NET
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Recommend process improvements
+Review last quarter's commissioning and O&M reports, identify three recurring bottlenecks in blade inspection…
Recommend process improvements
+Review last quarter's commissioning and O&M reports, identify three recurring bottlenecks in blade inspection and parts ordering, propose a revised inspection cadence with supplier lead-time triggers, and draft a one-page memo with estimated savings and safety impact for operations.
The tools that do the workGitjob descriptionsO*NET
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Analyze wind farm reliability
+Aggregate failure and downtime records for the past two years for the Crestview array, compute mean time…
Analyze wind farm reliability
+Aggregate failure and downtime records for the past two years for the Crestview array, compute mean time between failures per turbine class, correlate outages with wind speed bins and maintenance windows, and produce a prioritized list of corrective actions with expected availability gains.
The tools that do the workAmazon Web Services AWSESCOjob descriptions
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Make1
Design wind farm layouts
+Create a site layout with 4.2 rotor-diameter spacing for the new ridgeline parcel, place turbines to avoid…
Design wind farm layouts
+Create a site layout with 4.2 rotor-diameter spacing for the new ridgeline parcel, place turbines to avoid the mapped eagle nest buffer, run a wake-loss estimate for predominant WNW winds, and export the layout with coordinates and elevation points for the geotech team.
The tools that do the workESRI ArcGISAutodesk AutoCADjob descriptionsO*NET
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The daily work16
Conduct site assessments
+Walk the proposed ridge at 0700, log three candidate turbine pads with GPS coordinates and slope, record…
Conduct site assessments
+Walk the proposed ridge at 0700, log three candidate turbine pads with GPS coordinates and slope, record expected dominant wind sector from the anemometer readings, note access constraints and soil type, then produce a one‑page site assessment for the project manager by Tuesday.
The tools that do the workESRI ArcGISjob descriptions
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Perform cost-benefit analyses
+Compare the utility tariff, estimated energy yield from the last three years of wind data, capital and O&M…
Perform cost-benefit analyses
+Compare the utility tariff, estimated energy yield from the last three years of wind data, capital and O&M costs, and grid reinforcement cost to produce a five‑year cashflow and NPV for the two layout options and recommend one option with sensitivity to 10% yield variation by Friday.
The tools that do the workC#job descriptions
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Collaborate on project plans
+Update the master project schedule with the revised turbine delivery dates, assign civil works, electrical…
Collaborate on project plans
+Update the master project schedule with the revised turbine delivery dates, assign civil works, electrical and environmental permit milestones to Sarah in construction and Priya in permits, flag three schedule risks and propose mitigation so the programme review on Thursday has an actionable plan.
The tools that do the workGitjob descriptions
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Troubleshoot system issues
+Diagnose the SCADA alarm log from the last 48 hours, isolate recurring pitch controller faults, cross‑check…
Troubleshoot system issues
+Diagnose the SCADA alarm log from the last 48 hours, isolate recurring pitch controller faults, cross‑check maintenance records for the affected turbines, recommend immediate protection settings changes and a weekend blade inspection, then draft the incident note for operations by end of day.
The tools that do the workLinuxjob descriptions
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Create models for layout optimization
+Run wake loss simulations for the 12 candidate layouts using the latest three years of wind roses, optimise…
Create models for layout optimization
+Run wake loss simulations for the 12 candidate layouts using the latest three years of wind roses, optimise turbine spacing to minimise AEP loss while respecting setback and road corridors, and deliver the ranked layout with AEP figures and constraint map by next Wednesday.
The tools that do the workAutodesk AutoCADESRI ArcGISjob descriptions
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Oversee subcontractor activities
+Attend the subcontractor toolbox at 0800, inspect cable trenching and turbine foundations against the…
Oversee subcontractor activities
+Attend the subcontractor toolbox at 0800, inspect cable trenching and turbine foundations against the drawings, list three nonconformances with photos, instruct corrective action to the site foreman and update the procurement lead and QA log before lunch.
The tools that do the workAutodesk AutoCADjob descriptions
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Research locations to find the most productive
+Map candidate sites within coastal Norfolk and Lincolnshire, rank them by mean annual wind power density and…
Research locations to find the most productive
+Map candidate sites within coastal Norfolk and Lincolnshire, rank them by mean annual wind power density and accessibility, flag grid connection points and protected habitats, and deliver a shortlist of three sites with estimated annual energy production by Friday.
The tools that do the workESRI ArcGISESCO
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Develop strategies for environmental sustainability
+Draft a practicable sustainability plan for the Hornsea project covering turbine siting to minimise bird and…
Develop strategies for environmental sustainability
+Draft a practicable sustainability plan for the Hornsea project covering turbine siting to minimise bird and bat collisions, construction runoff controls, end‑of‑life blade disposal pathways and community benefit measures, with costed actions and owners for the board meeting next Tuesday.
The tools that do the workESRI ArcGISESCO
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Engineering processes
+Produce a clear, auditable engineering process document for turbine delivery from design freeze to…
Engineering processes
+Produce a clear, auditable engineering process document for turbine delivery from design freeze to commissioning, include gating criteria, inspection checklists, responsibilities and change‑control steps, and circulate it to project engineering and QA by Wednesday.
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Electrical power safety regulations
+Compile the applicable UK electrical safety requirements for array and export systems, reconcile them with…
Electrical power safety regulations
+Compile the applicable UK electrical safety requirements for array and export systems, reconcile them with our control room procedures, identify gaps and propose corrective actions with implementation dates for the safety committee next month.
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Test wind turbine blades
+Plan and execute static and fatigue tests on two prototype 60‑metre blades at the test rig, record loading…
Test wind turbine blades
+Plan and execute static and fatigue tests on two prototype 60‑metre blades at the test rig, record loading sequences, capture strain gauge data, and produce a pass/fail report with recommended design tweaks within four weeks.
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Adjust engineering designs
+Update the turbine structural drawings to reflect the revised root flange and pitch bearing clearances, run…
Adjust engineering designs
+Update the turbine structural drawings to reflect the revised root flange and pitch bearing clearances, run interference checks, produce revised fabrication drawings and a short engineering change notice for procurement by Monday.
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Types of wind turbines
+List and briefly differentiate the main commercial and utility-scale turbine types used today — horizontal…
Types of wind turbines
+List and briefly differentiate the main commercial and utility-scale turbine types used today — horizontal axis three-blade, vertical axis, two-blade teetering, and offshore floating platforms — noting typical rotor diameters, rated powers, and best site wind regimes for each.
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Record test data
+Ingest the blade test logs from yesterday, tag each run with site, time, wind speed, pitch angle and…
Record test data
+Ingest the blade test logs from yesterday, tag each run with site, time, wind speed, pitch angle and instrumentation channel, flag any sensor dropouts or limit excursions, and produce a cleaned CSV of test data ready for fatigue analysis.
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Mining, construction and civil engineering machinery products
+Prepare a short catalogue of earthmoving and lifting equipment suitable for a 50‑t nacelle installation: list…
Mining, construction and civil engineering machinery products
+Prepare a short catalogue of earthmoving and lifting equipment suitable for a 50‑t nacelle installation: list cranes, crawler excavators, piling rigs and access roads with lift charts, ground bearing pressures and mobilisation constraints for soft coastal soils.
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Design wind turbines
+Produce a concept design for a 3.6 MW onshore turbine: propose hub height, rotor diameter, blade planform…
Design wind turbines
+Produce a concept design for a 3.6 MW onshore turbine: propose hub height, rotor diameter, blade planform outline, generator type and basic electrical collection arrangement, and list the key safety and grid compliance checks before detailed design.
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Built on public evidence: O*NET®, ESCO, Wikipedia, U.S. Bureau of Labor Statistics, ILOSTAT. All sources & licenses
Built on public evidence: O*NET®, ESCO, Wikipedia, U.S. Bureau of Labor Statistics, ILOSTAT. All sources & licenses