When we talk about the UK’s journey towards net zero, there are words that dominate the conversation: hydrogen, carbon capture, renewable energy, battery storage and smart grids.
Politicians announce investment. Businesses unveil ambitious sustainability targets. New technologies are presented as the solution to some of the biggest environmental and industrial challenges of our time.
Yet there is one crucial part of the discussion that rarely receives the same level of attention: people.
Technology does not install itself and pipelines do not build themselves. Industrial facilities do not maintain themselves, nor do major energy projects move from drawing board to reality without skilled individuals who understand how complex systems work and how to operate them safely, efficiently and reliably.
The UK’s transition towards a lower-carbon economy is often described as a technological revolution, but in many ways it is also a skills revolution. As industries adapt, modernise and invest in new infrastructure, demand for engineering expertise will remain as important as ever.
Local advantage
This is particularly relevant here in Cheshire and the wider North West.
The region is already home to one of the UK’s largest industrial clusters, encompassing chemical manufacturing, energy production, automotive manufacturing, glass production and advanced engineering. At the same time, Cheshire and the Liverpool City Region are positioning themselves at the heart of major decarbonisation initiatives involving hydrogen production, carbon capture and storage, energy infrastructure and industrial transformation. Projects across the region are helping to place the North West at the centre of the UK’s net zero ambitions.
It is easy, then, to be captivated by the technology involved.
Hydrogen production facilities represent some of the most exciting developments in the energy sector. Carbon capture projects could help industries reduce emissions while continuing to manufacture essential products. Together, they offer the prospect of reducing emissions while protecting the industrial base that underpins much of the regional economy.
But these developments will only succeed if there are enough people with the skills to design, build, operate and maintain them.
The skills behind the technology
Long before a project becomes operational, engineers are involved in its design, development and construction. Once complete, infrastructure requires ongoing maintenance, monitoring and optimisation. Electrical engineers, mechanical engineers, instrumentation technicians, maintenance specialists and process operators all play critical roles in ensuring facilities perform as intended.
Many of the skills required for the net zero transition are not entirely new. Hydrogen production facilities and carbon capture projects still rely on electrical systems, mechanical engineering, instrumentation, process control, fault-finding, safety procedures and operational excellence. The technologies may evolve, but the engineering fundamentals remain largely the same.
That is one reason why engineering apprenticeships continue to be such an important route into the industry.
Building the workforce of tomorrow
Apprenticeships offer individuals the opportunity to develop practical skills while working alongside experienced professionals in real-world environments. They help learners build technical competence, gain industry experience and develop an understanding of workplace expectations from the very beginning of their careers.
For employers, apprenticeships also provide a long-term investment in workforce capability. As experienced engineers retire and industries continue to evolve, organisations need a pipeline of new talent capable of supporting both existing operations and future developments.
At TTE, we see this reality every day. Many learners entering the sector now could spend their careers working on technologies that are still developing today. In doing so, they may help shape the future of the UK economy.
The energy transition may create new opportunities and new technologies, but it will continue to depend on the practical expertise, technical understanding and professional standards that engineering has always required.
Net zero will require innovation, investment and collaboration between industry, government and education.
But perhaps most importantly of all, it will require people.
Because behind every major project, every new piece of infrastructure and every technological breakthrough, there is an engineer making it possible. And the engineers who help deliver tomorrow’s net zero ambitions are sitting in workshops, training centres and apprenticeship programmes today.