Shift, not disappearance — what is actually happening on the factory floor
Look at what Lincolnshire's manufacturers are actually hiring for right now, and something shifts. The job titles on recruitment boards at Siemens Energy in Lincoln, Wren Kitchens in Barton-upon-Humber, and Bakkavor's food processing sites are not the ones that dominated the sector a decade ago. Automation Controls Engineer. Robotics Engineer. Multi-Skilled Engineer. Salaries ranging from £45,000 to over £80,000 for senior roles. These are not future projections — they are live vacancies.
The loudest public narrative around automation tends toward the dramatic: robots eliminate jobs, workers lose out. The evidence from Lincolnshire's manufacturing base tells a more complicated and arguably more honest story — one of structural role transformation rather than straightforward disappearance. The county's spread of industries, from food processing and agricultural engineering through to defence and power systems, is in active Industry 4.0 transition. That means PLC and HMI programming, cobot integration, control systems engineering, and 3D vision systems are becoming core competencies on factory floors where manual dexterity and mechanical experience once dominated.
The critical question this creates for workers is not simply 'will my job still exist?' but 'can I move with what this job is becoming?' That distinction matters. The shift is real and it is structural — but it opens a path as well as closing one, provided workers have access to the skills and the time to make the transition.
Food factories as the clearest test case
Nowhere in Lincolnshire is the change more visible — or more instructive — than in food manufacturing. In October 2025, at the inaugural Great Exhibition of Lincolnshire, OAL unveiled a fenceless AI-powered robot capable of 3D bin-picking: identifying and lifting irregular food products such as chicken breasts and lemons from mixed bins in the kind of tight factory-floor space that previously made automation impractical. OAL's systems already run on over 2,000 production lines nationally, serving Bakkavor, M&S, Tesco, and Sainsbury's — with Bakkavor itself a significant Lincolnshire employer.
The South Lincolnshire Food Enterprise Zone has seen parallel adoption of hygienic robotic arms, pick-and-place systems, and automated palletisers across the agri-food supply chain. The common thread in all of this is what these systems are actually targeting: repetitive, physically demanding, often wet and cold work that has become chronically hard to fill.
That matters because it complicates the standard displacement story. When a robot takes over a role that workers were not applying for in the first place, the dynamic is different from automation moving into a stable, willing workforce. It is partly a labour-market response, not purely a productivity calculation. OAL frames this as 'freeing people from repetitive manual handling', and in some cases that framing reflects genuine operational reality.
What it does not resolve is what happens to the workers who were doing those roles — and whether the technical positions that automation creates are realistically accessible to them. Food processing is a useful test case precisely because it holds both possibilities at once.
The skills employers are actually hiring for now
The title appearing most consistently across Lincolnshire's active engineering recruitment — Multi-Skilled Engineer — is deliberate. It signals what manufacturers now need from a single worker: someone who can move across mechanical, electrical, and digital systems without requiring three separate specialists on site.
What those roles ask for in practice varies by employer but converges on a recognisable core. Gainsborough Engineering Company, Siemens Energy in Lincoln, and Wren Kitchens in Barton-upon-Humber are recruiting for positions that combine traditional fault-finding with the ability to programme and maintain automated control systems, integrate collaborative robots, and work with sensor-based and vision-guided equipment. The specific competencies — PLC and HMI programming, cobot configuration, electrical diagnostics on automated systems, 3D vision system operation — are not fringe specialisms here. They appear on live postings from multiple Lincolnshire employers simultaneously, including Bakkavor.
Salary levels reflect how acute the demand is. Standard automation engineering roles in the county sit between £45,000 and £55,000; senior positions reach £90,000 — levels that have historically been unusual in regional manufacturing outside defence or highly specialist engineering work.
The practical gap this creates is real. A skilled machinist or production line operator who has built expertise over twenty years carries knowledge that genuinely matters — understanding a machine's tolerances, reading its behaviour, managing flow. But translating that experience into the programming logic that now drives the same machines is a different discipline. It requires formal training, not just accumulated instinct, and that distinction is where the pressure falls hardest on the existing workforce.
The skills gap is the central tension
The national picture against which all of this plays out is sobering. Make UK research puts 36% of UK manufacturing vacancies as hard to fill due to skills mismatches; EngineeringUK calculates that 59,000 skilled technicians are needed annually just to keep pace with technological change. Since 2000, an estimated 1.7 million routine manufacturing jobs have been lost across the UK as automation advanced. Lincolnshire is not exempt from any of this.
What the county does have is an unusually capable baseline — and that baseline makes the current structural question sharper, not softer. Multi-generational engineering families, many tracing their working lives through firms such as Aveling-Barford in Grantham or Richard Hornsby & Sons, produced workers with deep mechanical literacy: people who can read a machine's behaviour, anticipate failure, and understand process flow from hard-won experience. In automated environments, that knowledge still has value.
But the translation is not automatic. PLC programming, cobot configuration, and vision-guided systems require formal technical training, not simply accumulated instinct applied to new equipment. For workers whose expertise is tacit and manual rather than digital and codified, the gap is structural — a question of what training pathways exist and who can access them in time, not of aptitude or commitment.
There is also a dynamic specific to Lincolnshire that makes this harder to separate out: the automation drive is partly a response to labour shortage rather than a straightforward replacement of a settled workforce. That means the skills gap and the automation push are accelerating each other simultaneously. Local optimism about job creation is not unreasonable, but it should be held alongside that national figure of 1.7 million lost routine roles — and read as an aspiration requiring active, practical support rather than an outcome that will arrive on its own.
What institutions are doing about it — and how far along they are
Institutional responses exist — and some of them are specific enough to be genuinely useful. The Greater Lincolnshire Local Skills Improvement Plan, formally launched in January 2026 by the Federation of Small Businesses in partnership with the Greater Lincolnshire Combined County Authority, covers 41,000 businesses and a workforce of more than 550,000. Its priorities explicitly include advanced manufacturing, robotics, and automation skills, with the stated aim of aligning post-16 training with what employers are actually asking for.
On the ground, practical pathways are beginning to take shape. North Lindsey College offers a Level 4 Automation and Controls Engineering Apprenticeship; UCNL runs Level 4 courses covering PLCs, pneumatics, and electrical actuators; and partially or fully subsidised Skills Bootcamps in digital and advanced manufacturing skills are available through Greater Lincolnshire. Separately, the £3m Made Smarter Programme — led by Lincolnshire County Council and Greater Lincolnshire LEP — is targeting more than 400 SMEs with hands-on support for automation, AI, and 3D printing adoption, with projected productivity gains of £80m.
The language used by these institutions is consistently one of job creation rather than displacement. That framing is not simply spin — the Made Smarter programme explicitly aims to generate high-skilled roles, not reduce headcount — but it does mean the risk to workers already in post receives less direct institutional attention than the opportunity for employers adopting new technology.
What matters most here is timing. The LSIP launched in January 2026; none of these programmes has had enough time to demonstrate measurable impact on the workforce pipeline. The provision is real. Whether it reaches workers at the pace the transition demands is still an open question.
What Lincolnshire engineering workers should realistically expect
The honest reckoning is that no Lincolnshire-specific figure yet exists for net job gains or losses from automation — and that gap matters. The LSIP is months old; the Made Smarter programme is still reaching its target SMEs. What the transition actually does to headcount in the county will be clearer in two or three years, and any framing that presents the outcome as already settled is outrunning the evidence.
What is already legible is the loop that makes this region's story distinct from the generic national version. Labour shortage drove early automation in food processing; that automation raised the skills floor required to work in the sector; the skills gap then created pressure for still more automation — and the cycle continues feeding itself. Workers arriving alongside OAL-style robots in food factories are not replacing a settled workforce; they are filling a vacuum that the sector could not staff anyway. Workers in established engineering firms face a sharper calculation: move toward PLC programming and cobot integration, or watch the next hire arrive with those skills already built in.
The provision to act on this exists — apprenticeships, bootcamps, further education — but uptake is not automatic, and access typically requires a deliberate choice made alongside full-time work, with no employer guarantee attached. The county's heritage of deep mechanical craft is a genuine asset, but it is not a substitute for the digital training that the roles being advertised now actually require.
The outcome, for individual workers and for Greater Lincolnshire's engineering base together, is not fixed. That is both the risk and the point.