Manufacturing, Mechanical and Electrical Engineering Talent Needed in the Global Energy and Sustainability Shift

Changing Global Energy Needs

The global shift toward electrification is not a single-industry trend — it’s a system-wide transformation of how energy is generated, distributed and consumed.

The reasons for the shift are multifaceted, but there’s a growing concern consistent across all sectors. Our society is moving toward a more electric future, and while we have the drive to get us there, we’re finding that we don’t have the workforce.

Our ability to execute will not be limited by capital or technology, but by being able to access the right engineering talent at the right time. Amidst growing demand and persistent labour shortages, access to talent will be the key difference between project success and failure.

Top Factors Driving the Shift Toward Electrification

To understand the rapidly changing engineering landscape, we need to understand the key factors that are shifting our energy supply toward electricity.

Data Centres

With artificial intelligence now embedded across nearly all sectors, the UK is scaling its data centre infrastructure at pace to support AI growth. The UK is home to over 500 data centres - the largest market in Western Europe - with around £40 billion of projects either planned or in development. Major investments include hyperscale AI campuses and multi billion pound commitments by global and domestic tech firms, following the UK government’s designation of data centres as Critical National Infrastructure.

Across Europe, AI adoption is driving a rapid expansion of digital infrastructure, with more than €100 billion in data centre investment reshaping the continent’s compute capacity by 2030. Hyperscale facilities are expanding beyond traditional hubs such as London, Frankfurt, Paris and Dublin, as governments and industry race to secure the power, land and resilience needed to sustain AI at scale.

Renewable Energy Expansion

Renewable energy deployment in Europe slowed in 2025 amid permitting delays and reductions in national support schemes. Even so, renewables accounted for the overwhelming majority of new power capacity added across the EU, with around 85 - 90 GW of new renewable capacity installed in 2025. Most of this growth came from solar PV, supported by a rapid expansion in grid scale battery storage and continued additions of wind power.

Electrified Vehicles

The reduction of EV purchase incentives in several European countries, alongside softer consumer demand in parts of the market, has slowed electric vehicle growth across Europe. However, automakers continue to launch new electric models, expressing confidence that demand will rebound - supported by tightening EU emissions rules and renewed consumer interest driven in part by recent spikes in fuel prices.

Grid Modernisation

Across Europe, large scale investments in data centres, renewable energy and electric vehicles will not deliver their full value without major investment in modernising the power grid. Electricity demand is rising sharply as electrification accelerates, whilst Europe’s grids are under growing pressure from aging infrastructure, cybersecurity risks, geopolitical tensions and more frequent extreme weather events. To address these challenges, European transmission and distribution operators are expected to invest roughly €600 billion in grid upgrades by 2030, making grid modernisation one of the critical enablers of Europe’s clean energy and digital transitions.

Semiconductor Production

The European Chips Act commits around €43 billion to strengthening domestic semiconductor manufacturing across the European Union. The initiative is designed to support the full semiconductor value chain - from research and development through fab construction, advanced manufacturing, packaging and final chip production - with the goal of boosting Europe’s technological sovereignty and resilience in critical chip supply.