Onshore wind construction jobs: what the 2026 build surge means for hiring in the UK and US

Part 1 of a three-part series. Part 2 covers offshore wind. Part 3 covers the policy pressure driving hiring urgency. This piece covers construction only. For operational and maintenance roles, see our guide to wind energy jobs UK. Until Part 2 publishes, our existing coverage of offshore wind recruitment is the nearest thing.

Last verified: August 2026. Several project statuses referenced below (Sanquhar II, Twyn Hywel, Chokecherry and Sierra Madre) will change before this piece is next updated.

If you want to know where onshore wind construction jobs are about to land, look at what is under contract. Wood Mackenzie has just lifted its five-year US wind outlook off the back of a construction surge, and the UK has its own pipeline shifting towards site after February’s auction. Two markets, two completely different hiring problems, and a great deal of commentary that treats them as one thing.

We have kept them apart here. Merging them makes the numbers look bigger and the advice get worse.

The US onshore wind market is in execution mode

Wood Mackenzie’s Q2 2026 monitor puts the US on track to connect more than 53GW of wind capacity through 2030. Construction starts rose 8% from Q1 2025 to Q1 2026. Firm turbine order intake hit 1.1GW in Q1 2026, five times the volume a year earlier. Projects past final investment decision now account for 58% of expected greenfield additions through 2028, with new build peaking in 2028.

Read that 53GW carefully. It covers all wind, offshore and repowering included. Wood Mackenzie’s April 2026 update breaks out the useful part:

• 8.2GW installed in 2025, a 49% year-on-year rise
• Around 11GW expected in 2026
• Roughly 24GW of land-based additions across 2026 to 2028
• A 15.4GW near-term pipeline that has already cleared its commercial hurdles

For scale, the American Clean Power Association’s wind facts page puts US wind capacity at nearly 161GW across more than 75,000 turbines, with land-based wind supporting over 383,000 direct, indirect and induced jobs. At the end of Q1 2026 it counted nearly 26GW of land-based capacity in the pipeline, carrying more than $52bn of capital investment. That figure is pipeline capital. Treat it as an indication of appetite, not committed spend.

What drove the surge was a deadline. Developers pushed hard to meet the July 2026 safe harbour milestone, which has now passed. A deadline-driven surge concentrates hiring instead of spreading it, and the projects that qualified are the ones that will carry construction headcount for the next two years.

There is a counter-signal in the same data, and it deserves airtime. ACP’s Q1 2026 report recorded the weakest first quarter for land-based commissioning since 2018: 415MW across three projects plus 18MW of repowering, with the land-based pipeline shrinking 2% over the quarter. Only one new 300MW project entered advanced development, because federal approvals had slowed to a crawl. So the industry is executing well and replenishing badly, which is a very particular kind of hiring market. Lots of work now, less visibility past 2028.

Two named projects are worth getting straight, because both research reports we started from had one of them wrong. SunZia is finished. Pattern Energy confirmed the roughly 3,650MW New Mexico project fully operational on 18 June 2026, three years after construction began. It belongs in the completed column. The largest publicly verifiable project still building is Chokecherry and Sierra Madre in Wyoming, up to 3,000MW across 622 turbines, where Carbon County commissioners approved an extension pushing completion out to June 2029. It will leave behind at least 114 permanent operations and maintenance roles.

Onshore wind construction jobs in the US: which roles the build needs

No official dataset isolates construction vacancies by occupation for land-based wind. What we have is occupational evidence that maps onto construction packages, which is enough to work with if you handle it honestly.

The Bureau of Labor Statistics projects wind turbine service technician employment to grow by around 49.9% between 2024 and 2034, an increase of roughly 6,800 jobs. That occupation bundles operations and maintenance in with commissioning, so it undercounts construction demand.

The wider labour picture is the one that should worry anyone planning a 2027 build. Reuters reported in May 2026 that around 41% of the US construction workforce is expected to retire by 2031, against projected annual openings of roughly 81,000 electricians and 10,700 power line installers and repairers across 2024 to 2034. Wind is bidding for those people alongside data centres, transmission and everyone else with a shovel in the ground.

By package, the roles carrying US builds:

Civil construction roles

Project executives, construction managers, site superintendents, civil and field engineers, surveyors, geotechnical specialists, concrete and foundation supervisors, heavy equipment operators, quality inspectors.

Electrical and transmission roles

Electrical and substation engineers, protection and controls specialists, collection system engineers, electricians, lineworkers, cable specialists, commissioning managers, energisation leads.

Turbine installation roles on US builds

Erection managers, turbine technicians, mechanical and electrical technicians, crane and rigging supervisors, blade specialists, OEM commissioning technicians.

Project delivery roles

Project managers, schedulers, project controls, contract administrators, procurement and logistics managers, cost engineers.

Safety and environmental compliance roles

HSE managers, safety specialists, environmental compliance managers, wildlife and habitat specialists, permit compliance personnel.

Development interface roles

Permitting managers, land agents, planners, interconnection specialists, aviation and defence review specialists. That last group has quietly become one of the most valuable hires on a US project, for reasons the next section explains.

What US pay evidence actually supports

The defensible floor is the BLS Occupational Employment and Wage Statistics release covering May 2025, published in May 2026. These are all-industry national figures rather than wind salaries, and the annual column shows means while the hourly column shows medians. The table below is the clearest current picture of US construction-adjacent pay by occupation:

BLS publishes no wind construction day rate, and anyone converting these into one is guessing. A national hourly median carries none of the employer payroll cost, overtime, per diem, travel, insurance or the scarcity premium that attaches to a site four hours from the nearest town.

What is slowing US delivery

Federal aviation and defence review has become the defining constraint on land-based wind. Wood Mackenzie found that roughly 60% of projects filed with the FAA for a Determination of No Hazard trigger a Department of Defense review, and that the backlog of turbines awaiting final determination grew more than fivefold during 2025 to nearly 5,000. Left unresolved, Wood Mackenzie puts the cost at around 17% of installations through the end of the decade, roughly 7GW.

ACP has been blunter, telling Associated Press the situation amounts to a de facto moratorium on new land-based wind, with more than 250 projects pending across more than 30 states and at least 30GW held up.

Costs are the second pressure. Turbine prices sit around 22% above early 2022 levels, and land-based capital costs are forecast to climb a further 5% through 2029.

Tax law is the third, and it has moved twice inside a year. The One Big Beautiful Bill Act set a 4 July 2026 beginning-of-construction threshold, with anything missing it needing to be placed in service by 31 December 2027 to keep access to the section 45Y and 48E credits. IRS Notice 2025-42 then stripped out the five percent safe harbour for wind, leaving the physical work test as the main route to qualifying. On 6 June 2026, with under a month left on the clock, a federal district court vacated that notice in full as arbitrary and capricious, and the safe harbour came back.

Both dates are now behind us, which changes the question. The qualifying pipeline is largely fixed. Safe-harboured projects have to reach commercial operation inside their continuity window, and everything that missed the threshold is running at the December 2027 placed-in-service cliff. Qualifying was a development problem. Delivering is a resourcing one, and that is where the hiring pressure has landed. Part 3 takes the full policy argument.

The UK onshore wind market has contracts, and is waiting on grid dates

The UK’s onshore wind pipeline passed 47GW in September 2025, against 15,827MW operational at the same point. A pipeline that size tells you about ambition, not about how many site managers you need next spring.

Construction has begun to move. RenewableUK’s 2025 review records nearly 950MW entering construction across 11 projects during the year, Sanquhar II and Strathy South among the biggest starts, with operational capacity reaching around 15.9GW after 201MW was added.

February brought the real signal. The AR7a results awarded contracts to 28 onshore wind units totalling 1,306.18MW, at a strike price of £51.85/MWh in 2012 prices (£72.24/MWh in 2024 prices), with delivery years of 2027/28 and 2028/29.

One terminology note for anyone searching, and it trips up more coverage than it should: offshore awards came under Allocation Round 7 in January, while onshore and the other established technologies came under Allocation Round 7a in February. Get that wrong and you will find the wrong dataset.

Geography is where the hiring problem concentrates. RenewableUK put Scotland at roughly 1.09GW across 21 projects, Wales at roughly 185MW across five, and England at roughly 28MW across two. Imerys in Cornwall is the largest English onshore project to win a contract in ten years, which tells you how little planning reform has yet translated into buildable English work.

Projects with evidence of active construction or financing:

• Sanquhar II, Scotland. A 44-turbine, 308MW project across Dumfries and Galloway and East Ayrshire, built by Jones Bros Civil Engineering as principal contractor with Vestas V162 turbines. Powersystems holds the electrical balance of plant package and reported in July 2026 that the connection substation had reached around 85% completion with the project into its commissioning phase. SP Energy Networks has the grid connection scheduled for Q3 2026. Three capacity figures circulate for this one: 308MW as built, 269.4MW across the two AR7a CfD units, and 350MW as originally consented. The developer expects hundreds of construction jobs, with almost half the workforce sourced locally.
• Strathy South, Scotland. SSE took final investment decision in December 2024 on this 208MW project in Sutherland. Main construction was due to start in spring 2025 using 35 Vestas V162-6.2 turbines, with commercial operations expected late 2027.
• Aberarder, Scotland. SSE Renewables’ 50MW project near Inverness, 12 Vestas V117-4.2MW turbines, a circa £100m investment backed by an AR5 contract. Construction began with earthworks in 2024, completion scheduled for late 2026.
• Twyn Hywel, Wales. The 93.8MW project reached around £160m of financing in June 2026, construction expected to start in early summer 2026 and complete by the end of 2027.
• Pencloe, Scotland. Invenergy describes an 81MW wind farm under construction. The AR7a contract covers a 72MW unit.
• Whitelee repowering. ScottishPower announced plans for an approximately £1.5bn redevelopment, swapping 215 turbines for 124 larger machines and pushing capacity towards 1GW. Construction runs principally between 2030 and 2035, so treat it as a workforce planning signal for the next decade.

Beyond those, most AR7a winners have published neither financial close nor mobilisation dates. Calling them projects under construction would be wrong. They are contracted projects moving towards financing.

Then there is the number nobody quotes. RenewableUK’s own forecasting model has the UK reaching around 23GW of onshore wind by 2030, against the government target of 27GW to 29GW in the Onshore Wind Taskforce Strategy. Somewhere in that four to six gigawatt gap sits every argument about whether the UK has the people to build what it has promised.

Onshore wind construction jobs in the UK: which roles the build needs

The government’s Clean Energy Jobs Plan, published in October 2025, expects the clean energy workforce to nearly double from around 440,000 jobs in 2023 to around 860,000 by 2030. Skilled construction and building trades carry the largest single increase within that, rising from 22,000 direct jobs to 62,000.

The plan names 31 priority occupations facing both high demand and real supply constraints. Those 31 account for around 150,000 workers, roughly 39% of the estimated direct 2030 workforce. By 2030 it puts additional clean energy demand at:

• 7,000 to 8,499 electricians and electrical fitters
• 4,000 to 5,499 metal working production and maintenance fitters
• 1,000 to 2,499 welders
• 1,000 to 2,499 civil engineers
• 1,000 to 2,499 electrical engineers
• 1,000 to 2,499 engineering project managers
• 1,000 to 2,499 construction project managers

Those are clean-energy-wide numbers rather than wind vacancies, but they identify exactly who wind will be bidding against as networks, nuclear, solar and storage all build at once. The plan also flags that engineering roles are in demand across advanced manufacturing, defence and digital, so the competition reaches well outside the sector.

The regional split is more revealing than the totals. Scotland is expected to need 55,000 to 60,000 direct clean energy jobs by 2030, an increase of 35,000 to 40,000 on 2023. DESNZ notes that in Scotland, the North East and the East Midlands, meeting projected 2030 demand would absorb around 10% of every skilled construction and building trades worker currently employed across all sectors. Two of those three regions are also where data centre construction hiring is concentrating. Set that beside AR7a, where Scotland took 1.09GW of the 1.306GW awarded, and you can see the squeeze forming in one place.

Mapped to delivery packages:

Civil and site enabling works

Civil project managers, site managers, civil and geotechnical engineers, setting out engineers, quantity surveyors, plant operators, groundworkers, temporary works specialists. What matters on paper is access road and drainage delivery, turbine foundation construction, crane pad design, earthworks, concrete quality control, subcontractor management and remote site logistics.

Grid and electrical balance of plant

HV project managers, electrical and substation engineers, protection and control engineers, cable engineers and jointers, authorised persons, commissioning engineers, electrical supervisors. Sanquhar II shows why this package sits at the centre of utility-scale onshore wind: two substations including a 132kV grid connection substation, a 132kV cable network out to a satellite substation, extensive 33kV array cabling, a site-wide fibre optic network and a fully integrated earthing system. That is a serious HV project wearing a wind farm’s name.

Turbine installation roles on UK builds

Erection supervisors, mechanical and electrical technicians, lifting supervisors, riggers, crane coordinators, quality inspectors, commissioning technicians.

Project controls and commercial delivery

Construction project managers, project engineers, planners and schedulers, cost controllers, contract managers, procurement specialists, quantity surveyors.

HSEQ roles on site

HSE managers, site safety advisers, environmental managers, quality managers and inspectors. Site-based people who will be on the hill in February, and a different hire entirely from a corporate sustainability lead.

Planning and consents

Town planners, planning and land managers, stakeholder managers, EIA specialists, ecologists, ornithologists, GIS specialists, aviation and radar specialists. These roles stay live well into construction, because consent conditions still need discharging long after the diggers arrive.

One thing no public source will give you is a breakdown of required certifications by role. There is no national dataset covering GWO, SMSTS, NEBOSH, CSCS, high voltage authorisations or OEM platform experience against onshore wind construction vacancies. Anyone publishing one has inferred it. What each of those site credentials and passports actually covers, and what it adds to a mobilisation timeline, is set out in our contractor guide.

What UK pay evidence actually supports

Less than the market would like. The strongest official benchmark comes from the Clean Energy Jobs Plan, which states that jobs in wind, nuclear and electricity networks all advertise average salaries above £50,000, against a UK average of £37,000. The same document records a 23% average pay premium on entry-level green roles across around 60% of occupations. ONS put UK median gross annual earnings for full-time employees at £39,039 in April 2025.

Useful context, none of it an onshore wind construction benchmark. No current independent UK survey covers civil engineers, site managers, planners, commissioning engineers or turbine installation technicians in onshore wind specifically. We could smooth over that with a broad renewables average and hope nobody checked. We would rather say it plainly.

The absence is itself the opportunity. A benchmark built from placed roles and live client instructions, segmented by permanent salary, inside and outside IR35 rate, region, project stage, voltage level and OEM experience, would beat anything currently published in either country.

What is slowing UK delivery

Grid connection sits at the top of the list. The pre-reform queue had swollen past 700GW, around four times what Great Britain needs by 2030. NESO’s Gate 2 connections reform prioritises projects that are ready and strategically required, and in June 2026 713 projects totalling around 37GW received updated connection agreements, 58% of those identified as aligned with Clean Power 2030. The commercial impact is already showing: SSE has reported that construction programmes at both Strathy South and Aberarder were affected by delayed grid access.

Planning capacity comes next, and England’s 28MW share of AR7a is the evidence. Removing the policy barrier has not yet produced buildable near-term work.

Aviation, radar and defence interaction is the third, with the Taskforce Strategy identifying turbine interference with civil and military surveillance as a material barrier. The UK and US have landed on the same problem from opposite regulatory directions.

Then there is the unglamorous one. Larger turbines need routes capable of carrying long blades, towers and heavy nacelles, and remote sites need access roads, crane pads and substantial civil preparation before anything can be lifted. Strathy South shows how far that can run. SSE had to promote a compulsory purchase order, take it through a public inquiry and have it confirmed by Scottish Ministers, purely to secure land for moving turbine components to a 208MW site in Sutherland. A multi-year legal process sitting on the critical path, before a single blade turns up, and no national dataset counts a single day of it.

The onshore wind construction recruitment sequence that actually matters

Search for wind construction recruitment and you will mostly find lists of renewable energy job titles. Useless to anyone running a build programme, because the order is the whole point:

1. Planning and land
2. Civils and enabling works
3. High voltage and collection systems
4. Turbine erection
5. Testing and commissioning
6. Operational handover

Every stage draws on a different candidate pool, runs a different lead time and fails in a different way. Hire the civils team late and everything downstream slips. Hire the authorised person late and energisation stops dead, however well the civils went. Map vacancies onto that sequence, against CfD delivery windows in the UK and placed-in-service dates in the US, and workforce planning starts doing something a calendar cannot.

Where the data still has gaps

Worth saying out loud, because most content in this space quietly pretends otherwise.

No official source aggregates committed UK onshore wind construction capital expenditure from 2026 onwards. No single public US source lists every land-based project under construction with capacity, financial close and expected operation date. Neither market has a transparent 2026 salary and rate dataset for onshore wind construction.

Present a static national list as a live picture and you are guessing. A dated, project-level tracker is the harder and more honest alternative.

Where that leaves onshore wind construction recruitment

Onshore wind construction jobs in both countries are being pulled by the same forces: contracted pipelines running ahead of actual build activity, permitting and grid constraints deciding when that work mobilises, and a shortage of the people who can deliver civils, high voltage and commissioning on sites a long way from anywhere. Timing is what separates them. The US is mid-surge with thin replenishment behind it. The UK is holding contracts and waiting on connection dates.

Astute handles onshore wind construction jobs alongside power generation, nuclear, wider renewables recruitment and data centres in the UK and the US. If your workforce plan is built around a construction programme instead of a financial year, we should talk.

Part 2 covers offshore wind. Part 3 covers the policy deadlines driving hiring urgency in both markets.

Frequently Asked Questions

What is the difference between AR7 and AR7a?

Offshore wind awards came under Allocation Round 7, announced in January 2026. Onshore wind and other established technologies came under Allocation Round 7a, announced separately in February 2026. AR7a awarded 28 onshore wind units totalling 1,306.18MW.

Which roles does an onshore wind construction project need first?

The build order runs planning and land, then civils and enabling works, then high voltage and collection systems, then turbine erection, then testing and commissioning, then operational handover. Each stage draws on a different candidate pool, so hiring out of sequence causes delays further down the programme.

How many onshore wind projects won contracts in the UK’s February auction?

AR7a awarded contracts to 28 onshore wind units totalling 1,306.18MW, at a strike price of £72.24/MWh in 2024 prices, with delivery years of 2027/28 and 2028/29. Scotland took the largest share, at roughly 1.09GW across 21 projects.

What is holding up land-based wind construction in the US?

Three things. Federal aviation and defence review, where roughly 60% of FAA filings trigger a Department of Defense review and the backlog has grown more than fivefold. Turbine and capital costs, which remain around 22% above early 2022 levels. And beginning-of-construction tax rules under the One Big Beautiful Bill Act, which shifted twice during 2026.

Is there a published salary benchmark for UK onshore wind construction roles?

No. The strongest official figure is that wind, nuclear and electricity networks roles advertise average salaries above £50,000, against a UK average of £37,000, but that is sector-wide rather than onshore construction specific. No current independent UK survey covers civil engineers, site managers, planners, commissioning engineers or turbine installation technicians in onshore wind construction.

Which UK onshore wind projects are actually under construction right now?

Sanquhar II, Strathy South, Aberarder, Twyn Hywel and Pencloe all have confirmed construction or financing activity as of mid-2026. Most other AR7a winners have not yet published financial close or mobilisation dates, so they are contracted projects moving towards financing rather than active builds.