A grade II-listed building and a Level 4 AI module
On the edge of Grantham town centre, a Victorian building that once served other purposes has been given a new one. Stonebridge House, grade II-listed and recently converted at a cost of several million pounds, now operates as the digital and engineering hub for Grantham College's Institute of Technology site. Inside, IT design studios and digital technology suites sit alongside engineering robotics facilities — the physical fabric of what the college describes as 'vocational, hands-on learning moving away from the traditionally taught academic classroom'.
What is taught there is specific. The IoT digital curriculum lists Artificial Intelligence and Generative AI among its core subjects, alongside Internet of Things, Cyber Security, UI/UX Design, and Digital Marketing. These are Level 4 and 5 qualifications — higher technical awards equivalent to the first two years of a university degree — aimed at students who want technical depth without a conventional degree route.
For the purposes of this article, that curriculum is significant: it represents the clearest, most direct example of AI being taught as a subject in Grantham, in a dedicated space, to students pursuing recognised qualifications.
The Lincolnshire Institute of Technology network behind it
Grantham College's IoT site doesn't operate in isolation. The college is one of nine further and higher education partners in the Lincolnshire Institute of Technology (LIoT), a regional consortium led by the University of Lincoln that has operated since 2019 with Department for Education backing. The network's purpose is to fill technical skills gaps across Lincolnshire by delivering employer-co-designed qualifications at Levels 3 to 6.
Industry partners give the structure its practical direction. Siemens Energy UK and Bakkavor are among those linked to the consortium — connecting curriculum design to regional labour market needs rather than to national skills frameworks alone. The LIoT's core specialisms are agri-tech and food manufacturing, energy and engineering, with a digital thread running through all of them.
AI provision is distributed unevenly across the network. An HNC Digital Technologies (AI Solutions and Applications) is available at University Campus North Lincolnshire, and subsidised Skills Bootcamps in AI, robotics, and cyber security operate at various partner sites — but neither is based in Grantham. The AI and Generative AI modules sit specifically at the Grantham College site.
The practical upshot is that local provision in Grantham exists within and because of this wider regional architecture — which is relevant context rather than a footnote.
Engineering apprenticeships at West Grantham Academy — a different kind of skills story
Launched in February 2025, the BGB Innovation Partnership takes a different route entirely. The Grantham-based engineering firm BGB — founded in 1976 and marking its fiftieth year — has teamed up with West Grantham Church of England Secondary Academy to place six students in a 12 to 18-month programme of hands-on engineering work. The skills involved are manual turning, milling, slip ring assembly, and CAD. There is no AI component. The qualification target is Level 2.
The driver, as West Grantham's Senior Vice Principal Kirsty Kuffour described it, was 'a gap in local recruitment of apprentice engineers'. BGB Production Manager Nathan Flower put a sharper number on the problem: 81% of engineering businesses struggle to find the right candidate. The partnership also aims to address a perception issue — that engineering is 'unskilled' or 'dirty' work — by giving students direct access to the firm's testing equipment and the climate-linked engineering projects it handles.
BGB's school engagement stretches beyond West Grantham Academy. The firm runs work experience, T-level placements, and careers talks at Grantham College, Lincoln College, and Priory Academy, suggesting something more than a one-off arrangement — a pattern of industry reaching into local education on its own terms.
What the BGB partnership shares with the IoT provision across town is the underlying mechanism: an employer identifying a specific skills deficit and building a local route to address it, rather than waiting for the curriculum to catch up.
What national policy actually says about AI in schools
Behind both of these local arrangements sits a national policy framework that is, by the government's own admission, still catching up with practice. The DfE's Generative AI in Education guidance — updated in August 2025 — actively encourages teachers to use AI for lesson planning, resource creation, marking, and administrative tasks. That part is relatively settled. The student-facing side is not: the DfE states plainly that evidence on 'the benefits and risks of pupils using generative AI themselves' is 'still emerging'.
Schools are not left entirely without guardrails. Data protection law, the KCSIE safeguarding requirements, and exam board rules — which prohibit AI use in closed assessments unless explicitly authorised — all constrain how far schools can go on their own authority. Within those limits, each institution sets its own policy.
Where national funding points most directly at provision like Grantham College's is in the DfE's investment in subject-specific AI tools: as of June 2025, these include tools that assess handwritten work, give feedback on hand-drawn maps, and — notably — recognise soldering mistakes on student circuit boards. That last example maps closely onto the kind of technical, hands-on learning the IoT site was built to deliver. Whether such tools are deployed in Grantham specifically has not been confirmed publicly; the funding is real but local take-up remains unclear.
What the evidence doesn't yet tell us
Two questions that a curious Grantham resident might reasonably ask about all of this currently have no public answer. First: how many students at the IoT site are actually enrolled in AI-specific modules? The college publishes its curriculum, not its intake figures, so the scale of AI learning in Grantham — a handful of people or several dozen — remains unknown. No outcomes or progression data for IoT AI learners have been published either. Second: what, if anything, are Grantham's secondary schools doing about AI in the classroom? No school-level AI policy for the area is publicly documented.
These are not peripheral details. Knowing whether ten students or two hundred are working through AI qualifications in the Stonebridge House studios changes the story considerably. And the secondary-school question stands on its own: it is where most young people in the town encounter technology in formal education, and on that front the picture is largely blank.
One distinction is also worth keeping clear: teaching AI as a subject and using technology to support hands-on technical training are not the same thing. The IoT site offers the first. BGB's partnership with West Grantham Academy is closer to the second — a technology-adjacent skills programme built around engineering, not an AI curriculum. Treating them as equivalent would overstate how far AI has actually entered Grantham classrooms.
What a non-metropolitan town working through the AI skills agenda actually looks like
The pattern that emerges from Grantham's case is worth naming plainly. AI as a taught subject exists here — at higher technical level, through a regional consortium, in a restored Victorian building — not through a secondary school curriculum or a locally designed strategy. The infrastructure is real; the driving force is national policy channelled through LIoT, not a homegrown Grantham plan.
That is how smaller towns typically engage with ambitious national agendas: not with a strategy of their own, but by connecting into frameworks built at regional or government scale. In Grantham's case, those frameworks have delivered something tangible. The LIoT structure brings employer relationships — Siemens Energy, Bakkavor — that a standalone school or modest further education college could not easily replicate alone. BGB's engineering programme at West Grantham Academy reflects a different kind of local resourcefulness: a firm filling a gap that neither the school nor the state had addressed directly.
What a Lincolnshire market town's skills landscape actually looks like in mid-2025, then, is this: post-16 AI provision built on regional infrastructure and national capital funding, sitting alongside secondary-level technical training that is hands-on and employer-led but not yet AI-facing. The distance between those two things is real, and specific. It is not a failing peculiar to Grantham — it is the shape that technology education takes when a town is too small to set its own agenda but engaged enough to plug into someone else's.