FM's Engineering Talent Shortage: Why Nobody Is Fixing It (And One Idea That Could)

I Didn't Know I Was an Apprentice

My route into facilities management started with a Modern Apprenticeship. I just didn't realise it at the time. I was too busy being a soldier.

Two years of condensed, structured training: classroom theory running alongside practical hands-on work, delivered inside active military service. When I left the forces, that training is what got me into FM. The trade skills, the discipline, the ability to read a building and diagnose a fault before it became a failure.

Twenty years on, that route has all but closed for the next generation. We've built nothing credible to replace it.

The engineers who have carried this industry for three decades are approaching retirement in real numbers. The pipeline behind them is thin. And the funding model that's supposed to develop the next generation doesn't work for most of the businesses doing the actual work.

Someone has to bring the next generation through. Right now, it's not clear who that is.

The Numbers Behind the FM Engineering Talent Shortage

These three data points describe an industry simultaneously losing its experienced workforce, failing to develop replacements at scale, and competing for the same small pool of qualified people.

The maths doesn't work. And the levy, which was designed to be part of the answer, is not delivering what smaller FM businesses need.

Why the Apprenticeship Levy Isn't Solving It

What the levy actually covers

The apprenticeship levy was introduced with genuine intent. The idea that large employers would pay into a national training fund and smaller businesses would draw from it was a reasonable response to a real problem.

In practice, for most FM businesses, it doesn't work as the headline suggests.

The levy covers training and assessment. It does not cover wages, travel, or the years of salary an employer pays while someone learns the trade. Engineering apprentice salaries in the UK progress year by year. They start around £15,000 to £20,000 in Year 1, rising to £25,000 to £34,000 by Year 4 as the apprentice becomes a near-productive junior engineer. The market average across the sector sits closer to £24,000 to £27,500 per year. When you add those wages across a full four-year programme, the total employer investment pushes well past £120,000 per apprentice.

For a business turning over less than £2 to £3 million, that is not a marginal decision. It is a serious, multi-year strategic commitment that many smaller FM firms simply cannot make.

The cost nobody puts on paper

There is a second cost that rarely appears in any formal accounting of what an apprentice actually requires: the time spent by experienced engineers passing on knowledge that doesn't live in any manual.

Mentoring is absorbed quietly because it is treated as part of the job. But it is real, valuable work. Teaching a junior engineer to flush a system to temperature, read water sampling results correctly, interpret BMS data, or approach a plant room they've never seen before. These things don't happen in a classroom. They happen over years, in the field, delivered by senior people whose time has a direct cost to the business.

In practice that informal, on-the-job training runs to approximately £1,500 per year in absorbed senior time per apprentice. Across a four-year programme, that is another £6,000 on top of the headline levy cost. Across multiple apprentices, it compounds quickly.

The real cost of developing a skilled FM engineer is consistently higher than most businesses acknowledge. And because it is rarely calculated honestly, the scale of the commitment required is consistently underestimated.

The Incentive Problem Nobody Talks About

Here is the part of this conversation that rarely gets said directly.

The nationals, the tier-one contractors, the businesses operating at scale across multiple contracts: none of them have a structural reason to invest in an industry-wide training pipeline.

They recruit from the firms that absorb the development cost. A smaller regional business trains an engineer across three or four years. That engineer, now skilled and qualified, is recruited by a larger firm offering a better salary and broader opportunities. The smaller firm loses both the engineer and the investment.

This is not a criticism of large firms. It is an honest description of how markets work.

Levy transfer exists. An employer can pass up to 50% of unused levy funds to another organisation. But relying on goodwill between competing businesses is not a strategy. It is a hope.

The structural reality is this: the businesses most capable of funding a serious, scaled solution to the FM engineering talent shortage are the ones with the least financial incentive to do so. Until that incentive gap is addressed, the problem will continue regardless of how many working groups discuss it at industry events.

Construction Already Built the Answer

FM does not need to invent a new model. It needs to look next door.

Construction has operated Group Training Associations (GTAs) and Shared Apprenticeship Schemes for decades. The principle is straightforward: competing firms pool resources, apprentices train together in shared hubs, and no single employer carries the full cost of development alone.

• No single employer carries the full four-year financial commitment
• Apprentices rotate across multiple employers, building broader skills
• Firms access developing talent without long-term employment commitment upfront
• Costs, risk, and management burden distributed across the sector

This is not an untested idea. It is an established model that has produced the skilled construction workforce that built the buildings FM now maintains. The question is not whether it works. The question is why FM hasn't adopted it.

What an FM Academy Could Actually Look Like

• Regionalised hubs, not a single national body. Local labour markets have different supply conditions. Regional hubs tied to local FE providers would be faster and more responsive than one central structure.
• Every firm pays in; no single firm owns it. Industry-led governance with IWFM as a potential convening body provides legitimacy and independence.
• Curriculum built around what FM actually needs. SFG20 competency frameworks, BMS literacy, water hygiene and compliance, and the communication skills that separate a technically competent engineer from one who can manage a client under pressure.
• A veterans pathway embedded from the start. Former armed forces personnel bring discipline, practical training, and the ability to function under pressure. Skills FM needs and rarely recruits for deliberately.

The Question Worth Asking Out Loud

The engineering workforce that holds this industry together is retiring. The route that produced the generation currently running plant rooms across the UK has largely closed. The apprenticeship levy, in its current form, does not work for the majority of businesses that need it most. And the firms best placed to fund a real solution have no financial incentive to do so.

None of this is new information to anyone working in FM. What has changed is the urgency. This is not a problem that can be deferred for another five years without consequences that will take a decade to reverse.

If 85% of FM leaders would, in principle, back a shared Academy, the gap between that signal and any actual action is a question of coordination and leadership. Someone has to start that conversation at industry level: with IWFM, with training providers, with the firms willing to contribute, and with the honesty to name what isn't working about the current model.

The only question is whether the industry builds the route in now, while there is still time to do it properly. Or waits until the shortage becomes acute enough that the response is reactive, expensive, and too late.