Scaling Europe’s Wind Workforce Safely: How OPITO HUET Supports a Rapidly Growing Sector

Europe’s wind industry is undergoing rapid transformation. With ambitious capacity targets, evolving technologies, and increasing reliance on offshore operations, the region is experiencing both unprecedented opportunity and significant operational challenges. 

To understand what this means for workforce development, safety, and industry standards, we spoke with Hazel Lince, OPITO VP Strategic Partnerships for the UK and Europe. 

What major trends are shaping Europe’s wind sector right now? 

Hazel: Europe currently has 304GW of wind capacity, with onshore wind continuing to grow faster than offshore. However, the offshore sector has experienced delays due to escalating project costs, which have risen by 30–40% in recent years. 

 Europe has also increased its 2050 offshore wind target from 300GW to 360GW, although only 39 GW of offshore capacity is installed today. While installation rates are rising, there are still significant bottlenecks in permitting, grid buildout, and supply chain readiness. 

Grid constraints remain a major challenge, particularly around offshore transmission and cross-border interconnectors. At the same time, turbine technology is advancing rapidly, with larger and more efficient turbines placing additional pressure on a supply chain already facing shortages in foundations, vessels, manufacturing capacity, and skilled labour. 

How is this growth influencing workforce demand and skills requirements across Europe?

Hazel: A growing skills shortage is emerging across construction, operations, maintenance, and engineering roles. The wind sector currently employs over 440,000 workers, but by 2030 it is expected that more than 600,000 will be required. 
 
This growth is especially pronounced in operations and maintenance, where demand is increasing for higher skilled and more diverse personnel to support what is expected to be a 2TW wind fleet by the end of the decade. 
 
Key skills in demand include: 
• Welding and assembly 
• Electrical and high voltage work 
• Component repair and inspection 
• Troubleshooting and maintenance 
• Project management 
• Materials and design engineering 
• Health, Safety and Environment (HSE)

What new safety challenges does this bring?

Hazel: Scaling up the workforce at speed has clear safety implications. Rapid expansion increases the likelihood of onboarding less experienced technicians, and skills gaps in specialised offshore roles such as rigging, marine operations, and high voltage work can elevate accident rates if training and competence assessment do not keep pace.  In 2025, data showed that the top three work processes associated with injuries in 2024 were: 

1. Lifting operations
2. Routine maintenance
3. Manual handling 

Of those injuries, 7% required emergency response or medical evacuation. 

Why is Helicopter Underwater Escape Training (HUET) essential for workers travelling to offshore wind sites?

Hazel: Many offshore wind farms, particularly those far from shore, in deep water, or involving floating technologies, rely on helicopters for crew transfer. As offshore wind expands, helicopter use has increased significantly. 

HUET ensures workers are prepared to manage emergency situations specific to helicopter travel, which is critical for maintaining safety standards across offshore operations. 

What risks does HUET help mitigate?

Hazel: HUET prepares personnel to survive helicopter ditching events on water. The training includes: 
• Operating emergency exits and pushout windows 
• Escaping from an inverted or submerged helicopter cabin 
• Using emergency breathing systems 
• Navigating underwater in low visibility conditions 

The training provides realistic, controlled simulations that allow workers to practise emergency response until it becomes instinctive. Delegates rehearse staying calm under inverted, waterfilled conditions and following escape routes by touch, building essential muscle memory that increases survival odds. 

In addition to technical skills, HUET also strengthens mental resilience, decision-making under pressure, and coordination with other passengers. Trained workers consistently report greater confidence and reduced panic responses in emergencies. 

What misconceptions do you encounter about HUET in the wind industry?

Hazel: One misconception is that HUET is only for the oil and gas sector. Helicopter transport is increasingly used in offshore wind, particularly for projects more than 50km from shore, deep water or floating sites, and high priority maintenance operations where vessel transfer is unsafe. Regulators apply the same helicopter safety expectations regardless of sector. If a worker travels offshore by helicopter, HUET applies. 
Another misconception is that HUET can be completed virtually. It cannot. The standard relies on practical, hands-on simulation in a controlled pool environment, and the immersion and inversion elements are essential components that cannot be replicated online.

How does OPITO’s global training standard support consistency across wind projects and regions?

Hazel: OPITO provides a universal, globally recognised emergency response HUET standard that applies across offshore sectors and ensures all workers receive the same level of preparation regardless of where they operate.  By utilising OPITO’s HUET standard, wind projects in different countries and operated by different developers can rely on a unified training benchmark, ensuring personnel have consistent skills, strong operational readiness, and the ability to move confidently between locations and projects. 

As Europe accelerates towards ambitious offshore wind targets, ensuring a competent, confident, and safety ready workforce is non-negotiable. OPITO’s globally recognised HUET standard provides the practical skills, mental resilience, and consistent training benchmark needed to protect workers as offshore operations expand in scale and complexity. 

Learn more about OPITO Helicopter Underwater Escape Training (HUET)