Glossary

Knowledge capture

Knowledge capture is the process of recording operational know-how so it can be reused in work instructions, training, and support.

Core Aerospace Operations Execution Digital Work Instructions and Training Knowledge Retention and Tribal Knowledge

Knowledge capture is the process of identifying, recording, and organizing operational know-how so it can be reused by other people or systems. In manufacturing, it commonly refers to converting experience from operators, technicians, engineers, inspectors, and other subject matter experts into controlled information such as work instructions, setup notes, troubleshooting guidance, inspection criteria, or training materials.

Knowledge capture is often used when skilled workers have practical knowledge that is not fully represented in formal documentation. This may include machine-specific adjustments, common defect patterns, changeover tips, rework decision points, or the reasoning behind process checks. The captured knowledge may be stored in systems such as MES, QMS, LMS, document control platforms, or digital work instruction tools.

Knowledge capture is related to knowledge retention, but the terms are not identical. Knowledge capture focuses on collecting and structuring the information. Knowledge retention is the broader ability of the organization to preserve and apply that knowledge over time. It should also not be confused with training alone; training uses captured knowledge, but the capture process defines what information is available, current, and usable.

Effective work instructions in regulated manufacturing rarely rely on a single media type. The most robust patterns combine concise text, 2D visuals, and short video or animation where risk and complexity are highest. Media choices must balance clarity, validation and change control effort, device and network limits, and operator skill mix.

Do technicians find digital work instructions harder to use than binders?

Technicians do not universally find digital work instructions harder than binders. Ease of use depends heavily on hardware choices, UI design, latency, training, and how well digital WIs fit existing work patterns. Poor implementations are slower and resented; well-designed ones can be easier, especially for complex, change-prone work, but require careful rollout and validation.

Are digital work instructions acceptable to aviation regulators?

Digital work instructions are generally acceptable to aviation regulators if they are controlled like any other technical document: proper approvals, change control, traceability, training records, and reliable access on the shop floor. Acceptance depends on your specific authority, approvals, validation, and how well the system coexists with existing QMS, MES, and maintenance systems.

What governance is required to keep digital work instructions up to date?

Keeping digital work instructions current in a regulated, brownfield environment requires more than a good editor. You need defined ownership, change control tied to engineering sources of truth, formal review and approval, versioning with audit trails, periodic review, and integration with training and production systems. Exact controls depend on your QMS, PLM/MES stack, and validation level.

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