Manufacturers aren’t short on ambition when it comes to AI. Organizations are investing heavily in predictive maintenance, quality systems, and process optimization. But even the most forward-thinking operations haven’t answered a more fundamental question: what happens when the people who know why line 4 vibrates differently on humid days or can diagnose a compressor by sound alone retire?
According to the Bureau of Labor Statistics, 25% of the current U.S. manufacturing workforce is nearing retirement. At the same time, demand for these roles is accelerating. Manufacturers are expected to need as many as 3.8 million new workers by 2033, with nearly half at risk of going unfilled. The pipeline isn’t keeping pace, and manufacturers risk losing their most valuable asset: tribal knowledge
Is The Real Problem Labor or Knowledge Loss?
Despite the challenge of filling roles on the factory floor, the deeper risk is the loss of tribal knowledge.
The National Association of Manufacturers found that 97% of manufacturers surveyed feared losing institutional knowledge when experienced employees leave.That fear is well founded — when experienced workers leave, organizations lose technical skill, as well as decades of pattern recognition, diagnostic intuition, and contextual judgment that no onboarding manual captures.
Yet a striking number of organizations fail to act before it is too late. In fact, most never capturethe vast expertise held by departing employees. And as industry coverage increasingly points out, there is a widening disconnect between what organizations have documented and what knowledge workers actually need to access in critical moments.
Can AI Solve Knowledge Loss?
While much of the conversation focuses on how AI is going to modernize the factory floor, adoption is moving slowly. Despite this, the global industrial AI market reached $43.6 billion in 2024, and is projected to grow at a 23% to roughly $154 billion by 2030.
The overwhelming majority of investment and deployment is encouraging but misses the mark.Most investment centers on predictive maintenance, quality inspection, supply chain optimization, and process control. These are valuable applications, but they all share one assumption: that a competent, experienced workforce exists underneath them to interpret results, make judgment calls, and act on recommendations.
That assumption is eroding. On the factory floor, a tiny fraction of overall revenue is spent on AI, and when they do invest, the money flows toward consulting engagements and systems integration rather than tools that directly augment the people. When manufacturers themselves are asked what’s holding them back from AI adoption, the answer isn’t budget constraints or poor data quality. It’s that they simply don’t have enough people with the knowledge to do the work.
The industry is building AI for a workforce that is shrinking and aging. The larger opportunity, building AI that captures, preserves, and scales the expertise of that workforce, remainsdramatically underbuilt.
How Can AI Scale Institutional Knowledge?
This is where the strategic picture shifts. The most consequential application of AI in industrial settings may not be optimizing machines. It is encoding the knowledge of the people who understand how those machines work most deeply and making that understanding accessible to everyone who comes after them.
Think of it as AI-as-institutional-memory. Rather than treating expertise as an individual trait that walks out the door at retirement, this approach treats it as organizational data that can be captured, structured, and operationalized. The building blocks already exist. AI can make manuals, procedures, processes, and troubleshooting guidelines more quickly and easily searchable. Then it can surface patterns across decades of shift logs, maintenance records, and incident reports.
An emerging category of AI systems is going further. These are not chatbots trained on generic manuals. They are platforms designed to internalize the specific operational context of a particular plant, process, or piece of equipment, and then reason about that context the way a 30-year veteran would. Some are being built to parse not just text, but also the visual knowledge that experienced workers actually rely on: schematics, exploded-view drawings, hydraulic layouts, and wiring diagrams. This is the kind of material that has historically resisted digitization because standard AI could not make sense of it.
This represents a fundamental reframing. Instead of asking how AI can automate what workers do, the question becomes: how can AI preserve and scale what experienced workers know?
How Do You Operationalize Knowledge?
What makes this moment different from previous waves of knowledge management is the technology’s readiness. Earlier attempts to codify industrial expertise relied on static documentation including manuals, training binders, and knowledge databases that went stale the moment they were printed. The critical context that made those materials useful, such as the annotations a veteran engineer scrawled on a diagram or the mental model behind a hand-drawn troubleshooting flowchart, lived only in the minds of the people who created them. Today’s AI systems can ingest not just text but visual knowledge like diagrams, annotated schematics, and process illustrations, building living repositories that learn, update, and improve with every interaction.
Organizations seeing the strongest results aren’t choosing between investing in people and investing in technology. They’re investing in technology that amplifies their people. The most forward-thinking operators are beginning to recognize that the retiring generation’s expertiseisn’t a liability to be managed. It’s a dataset to be captured, structured, and deployed, which ispotentially the most valuable dataset their organizations possess.
How Should Manufacturing Adapt to Knowledge Loss?
The convergence of demographics, reshoring momentum, and industrial policy is creating amoment of clarity. The CHIPS Act, Inflation Reduction Act, and Infrastructure Investment and Jobs Act are collectively driving demand for domestic manufacturing capacity at the same time the workforce capable of delivering it is contracting.
Knowledge capture isn’t a future initiative. Every retirement without a structured transfer of expertise is a permanent subtraction from the industry’s collective intelligence. The organizations that act on this now won’t just retain what they have; they’ll compound it. They will turn decades of experience into a scalable asset that grows with every new hire who uses it. The ones that don’t will discover that the most expensive knowledge is the kind you didn’trealize was gone until you needed it.
