Aberdeen and the North East, at 27,702 peak workers to 2030, followed by the Highlands and Islands at 18,291. Scotland’s peak demand of 58,308 is more than double England’s 23,716. Yorkshire and the Humber, usually named first in trade coverage, ranks fourth at 10,117.
Key takeaways
- The authoritative modelling is the RenewableUK and Offshore Wind Industry Council skills report of June 2025, and no 2026 edition has been published.
- Only one role carries a published shortfall figure. Wind turbine technician demand runs to an average annual shortfall of more than 11,000.
- Wind alone needs 21,882 engineering technicians a year against a UK engineering technician workforce of 77,400, which is 28.3% of the existing national population annually.
- The industry’s own evidence says there are probably enough people coming through education. The constraint is attraction, competition, timing certainty and data.
- The 2025 to 2026 supply chain trend is contraction. A Teesside monopile factory cut trainee welders from 25 to seven after two contract cancellations.
Which regions carry the most demand?
Scotland, by a wide margin. The RenewableUK and OWIC Wind Industry Skills Intelligence Report 2025, modelled by NSAR across 25 regions, puts peak annual workforce demand to 2030 at 27,702 in Aberdeen and the North East, 18,291 in the Highlands and Islands, 13,671 in the East of England and 10,117 in Yorkshire and the Humber. Tayside, Central and Fife follow at 7,165 and North East England at 5,914. By nation the split is Scotland 58,308, England 23,716, Wales 6,760 and Northern Ireland 4,252.
Three site-level facts are worth having straight, because they are commonly misreported. Ørsted’s East Coast Hub in Grimsby employs almost 700 people across its East Coast operations and Humberside Airport, about half of them wind turbine technicians, operating six East Coast wind farms including Hornsea 2 and the under construction Hornsea 3. The Dogger Bank operations and maintenance base is at the Port of Tyne in South Shields, not Teesside, and carries over 400 long term roles since opening in March 2023. JDR Cable Systems’ new £130m subsea cable factory is at Cambois near Blyth in Northumberland, roughly 45 miles north of Teesside, and only opened on 2 June 2026.
The most recent announcement is Scottish. SSE Renewables confirmed on 28 September 2026 that Montrose Port will host the Berwick Bank B operations base, creating 100 new full time operational roles for technicians and engineers plus around 30 construction roles, rising to almost 300 if the other phases proceed.
How big is the gap between today’s workforce and 2030?
The UK offshore wind workforce stood at 39,898 in the 2025 reporting year, up from 32,257 in 2023, a 24% rise in two years. Onshore wind adds 15,173, for a total UK wind workforce of 55,071. The 2030 offshore requirement runs from 74,000 to 95,000 depending on whether capacity reaches 39GW or 52GW, which gives a skills gap of roughly 38,000 in the baseline case and up to around 57,000 at peak in the upper case.
One widely recycled figure is wrong. The “over 100,000 offshore wind jobs by 2030” claim comes from the 2023 edition and has been superseded by the June 2025 modelling. The 112,000 figure now in circulation covers onshore and offshore combined, not offshore alone.
Which roles are actually short?
Wind turbine technician, and that is the only role with a published shortfall. Demand rises from 14,102 in 2025 to 21,074 in 2030, an average annual requirement of 17,382, with an average annual shortfall of more than 11,000. Behind it come fabrication engineer, rising from 4,988 to 8,121, export cable engineer from 4,509 to 7,916, commissioning engineer from 3,471 to 5,830, electrical manager from 3,068 to 4,923 and HV technician from 1,216 to 1,981. None of those carry a quantified shortfall, and anyone publishing one is inventing it.
Four roles move the other way, which almost nobody reports. On the same modelling, contract manager demand falls from 1,540 to 1,078, package manager from 1,278 to 939, environmental advisor from 1,591 to 927 and electrical engineer from 1,442 to 1,177. Those are not shortage roles.
The structural squeeze shows up in the comparison against the national labour market rather than in the project numbers. Wind needs an average of 21,882 engineering technicians a year against a 2024 UK engineering technician workforce of 77,400, which is 28.3% of the entire existing population annually. For electrical engineers the equivalent figure is 10.3% against a workforce of 50,600. That ratio, not any headline gap, is the number a hiring manager should carry into a resourcing plan, and it is why our engineering and technical desk treats wind, nuclear and process as one candidate pool rather than three.
Four disciplines regularly listed as short have no supporting evidence at all. Geotechnical, foundations, marine coordination, health and safety and project controls do not appear anywhere in the 2025 report. The only source naming them is a recruitment group’s own marketing report, which is a vendor assertion rather than evidence.
Is this really a shortage of people?
Not on the industry’s own account. The RenewableUK and OWIC report concludes there are probably enough potential members of the workforce coming through the education system to meet future demand, and frames the problem as attraction, competition and alignment rather than absolute scarcity. In written evidence to the Energy Security and Net Zero Committee in January 2025, RenewableUK and OWIC told Parliament that around 80% of the 2030 workforce is already in the labour market, that over 60% of offshore wind roles require STEM skills, and that the sector needs around 10,000 additional attractions and retentions each year rather than 10,000 new entrants.
The same submission is candid about what is missing. It states that no quantified training capacity figures exist, that training lead times are long, that uncertain auction timing discourages investment in training, and that there is a lack of supply side data for gap analysis. The Global Wind Organisation trained 140,544 course participants globally to the end of 2025 across 636 providers, up 15.2%, but publishes no UK provider count, no UK participant number and no UK capacity figure at all. Any UK training throughput number in circulation did not come from GWO.
Where the competition is documented, it is not where you would expect. RenewableUK and OWIC name onshore wind and grid infrastructure as having very similar skills demands, meaning they compete for the same workers, and note that developers compete with each other on skills under the contracts for difference scheme. Nuclear and defence are not mentioned. The scale alongside is real, with nuclear seeking 40,000 new jobs by 2030 against a core workforce of around 83,000, and defence priority occupations projected to grow by 53,000 between 2025 and 2035, but neither sector’s own strategy claims competition with wind. The nuclear newbuild programme drawing on the same engineering population is the overlap worth watching rather than a cross sector competition claim nobody has published.
What happened to the supply chain in 2026?
It contracted. UK operational offshore wind capacity reached 16,061 MW by January 2026 with 11,500 MW under construction across nine projects and 2.6 GW due to complete during 2026. Against that, forecasts for 2030 run at 32.2 GW fully commissioned on ORE Catapult’s modelling and 34.6 GW on RenewableUK’s, both of which fall short of the 43 to 50 GW Clean Power 2030 ambition.
Three cancellations frame the hiring picture. Ørsted discontinued the 2.4 GW Hornsea 4 project on 7 May 2025, ending its supply chain contracts and taking breakaway costs of DKK 3.5bn to 4.5bn. The 1.5 GW Morgan project in the Irish Sea was discontinued in January 2026 with lease rights returned to the Crown Estate, and an accelerated re-tender launched in July 2026. The Vestas site on the Isle of Wight stopped being an offshore wind facility altogether, converting to onshore blade manufacture in January 2026 with a £20m government grant that saved over 300 jobs.
Which projects won nothing in Allocation Round 7?
Fifteen of them. The 14 January 2026 results awarded 8,245 MW of fixed bottom capacity against 24.8 GW competing across 17 projects, at £91.20 per MWh in 2024 prices, with the budget raised from £900m to £1,790m and bids clearing 19.3% below the administrative strike price. Roughly two thirds of competing capacity went unfunded.
The losers cluster in exactly the regions usually described as demand hotspots. East Anglia ONE North, North Falls, Five Estuaries, Norfolk Boreas and Outer Dowsing all secured nothing in the East of England. Seagreen 1A, West of Orkney and the floating Salamander project secured nothing in Scotland. Those are consented or leased projects with no funded route to construction, and no hiring attached to them until that changes.
Why did a UK monopile factory cut trainee welders?
Because its orders were cancelled. SeAH Wind at Teesworks in Redcar planned to reduce headcount from 153 to an optimised 81, cutting up to 72 jobs, with trainee welders and welding machine operators falling from 25 to seven and crane operators from 22 to 12. Ørsted cancelled the Hornsea 3 monopile contract in February 2026 because the factory could not fulfil the order, and RWE terminated the Norfolk Vanguard West order while retaining Norfolk Vanguard East. The chief executive was replaced in February 2026.
That single decision is the clearest counterweight to the shortage narrative. Earlier figures of 750 and over 2,000 jobs for the site were pre construction projections and are contradicted by the April 2026 actual headcount of 153.
Can oil and gas workers fill the gap?
More than 90% of the offshore energy workforce has skills that transfer to renewables and adjacent sectors, a Robert Gordon University finding first published in 2021 and restated as current in June 2026. The UK offshore energy workforce stood at around 154,000 in 2024, split roughly 115,000 in oil and gas and nearly 39,000 in renewables, with oil and gas employment projected to fall to between 57,000 and 71,000 by the early 2030s. North East Scotland holds around one in three of those oil and gas jobs, and its regional offshore energy workforce has already fallen by around 14,000, from roughly 56,000 in 2016 to 42,200 in 2024.
Professor Paul de Leeuw, Director of the Energy Transition Institute at Robert Gordon University, put the risk plainly on 23 June 2026:
“Once that skilled workforce disperses, it does not come back.”
He also set out the scale of the retraining problem in the same research, describing most roles as highly transferable and requiring short term upskilling rather than wholesale retraining. The pattern is familiar to anyone who has moved engineers between regulated sectors, and how engineers move from oil and gas into the nuclear supply chain follows the same logic.
The mechanism built to deliver that transfer has not performed. The Energy Skills Passport went live on 22 January 2025, delivered jointly by Offshore Energies UK and RenewableUK with government support, mapping which qualifications each role requires so workers avoid duplicate training. A freedom of information response showed 482 people had signed up as at August 2025, and the Scottish Government does not hold information on how many of those moved into renewables employment. No more recent uptake figure has been published. For overseas crew, vessel visa requirements were flagged to Parliament as a pressing issue, and the right to work requirements that apply to non UK workers are the first thing to check on a marine brief.
What does the sector pay?
No offshore wind specific UK salary survey exists. Not from RenewableUK, not from OWIC, not from Offshore Energies UK, not from the ONS. Anyone quoting an offshore wind salary benchmark is quoting a job board aggregate for the job title across the whole economy, and in several cases from samples of fewer than a dozen entries.
Two pay statements are properly sourced. Offshore energy roles in North East Scotland typically pay up to twice the regional average income, per Robert Gordon University in June 2026. Zoe Keeton, OWIC Skills Sponsor, states that wind sector jobs often pay around £10,000 a year more than the UK average. Of the job board figures, only commissioning engineer is safe to cite, at £41,945 average base on Indeed from around 2,800 salaries in July 2026, cross checked at £42,456 on Glassdoor from an independent sample. Day rates for contract roles are not published in any citable, dated form, which is why published day rates for offshore survey contractors are the nearest comparable evidence, and why whether a contract or permanent route suits a technical career better matters more than any headline salary figure.
How should you plan an offshore wind hire for 2027?
- Check whether the project has a funded route to construction, because 15 eligible projects secured nothing in Allocation Round 7 and carry no hiring until that changes.
- Set the region against the modelled demand rather than the trade coverage, since Scotland carries more than double England’s peak requirement.
- Benchmark the role against the national occupational population, not the project headcount, because wind needs 28.3% of the UK engineering technician workforce each year.
- Treat the four declining roles as a different market, since contract manager, package manager, environmental advisor and electrical engineer demand all falls to 2030.
- Recruit from adjacent offshore energy rather than only from wind, given that over 90% of the offshore energy workforce has transferable skills.
- Budget for short term upskilling and certification rather than wholesale retraining, and check which standards already carry across.
- Price the role on the two sourced pay statements rather than a job board average built on a handful of entries.
Frequently asked questions
How many people work in UK offshore wind?
39,898 in the 2025 reporting year, up from 32,257 in 2023. Including onshore wind the total UK wind workforce is 55,071. The 2030 offshore requirement runs from 74,000 to 95,000 depending on whether capacity reaches 39GW or 52GW.
Which offshore wind role is hardest to fill?
Wind turbine technician, and it is the only role with a published shortfall figure, at an average annual shortfall of more than 11,000. Demand rises from 14,102 in 2025 to 21,074 in 2030.
Is the Humber the centre of UK offshore wind employment?
No. Yorkshire and the Humber ranks fourth on peak demand at 10,117, behind Aberdeen and the North East at 27,702, the Highlands and Islands at 18,291 and the East of England at 13,671. Scotland’s national peak demand is more than double England’s.
Can oil and gas engineers move into offshore wind?
More than 90% of the offshore energy workforce has skills that transfer to renewables and adjacent sectors, and most roles need short term upskilling rather than wholesale retraining. The Energy Skills Passport exists to remove duplicate training requirements, though only 482 people had registered as at August 2025.
Is the UK offshore wind supply chain growing?
Not uniformly. Operational capacity reached 16,061 MW with 11,500 MW under construction, but Hornsea 4 and Morgan were cancelled, 15 projects secured nothing in Allocation Round 7, and a Teesside monopile factory planned to cut up to 72 of 153 jobs after two contract cancellations.
About the author
Peter Bates founded Scantec Personnel in 1990 and is its Managing Director, leading the business from its Birkenhead head office. Over more than 35 years he has built a specialist engineering, manufacturing and scientific recruiter working across nuclear, defence, FMCG and scientific markets. He writes on UK technical hiring, security clearance and contractor regulation.
