Out of the Crisis¶
Deming, W. E. (1986). Out of the Crisis. MIT Press.
Cited by¶
20 citations across 20 artifacts.
Each citation links to the sentence it supports in the citing article.
Primes¶
- Goodhart's Law
- Mediator Availability Constraint
- The distinction is sharpest in Deming's (1986) account, where quality is a property of the System (standards, processes, statistical control) that management is responsible for designing—separable from the question of who is available to staff that system.
This sourceFoundational quality-management text: locates quality in the system that management designs (standards, statistical process control, the 14 Points), distinguishing systemic quality assurance from the separate question of who is available to staff and supervise the system.
- The distinction is sharpest in Deming's (1986) account, where quality is a property of the System (standards, processes, statistical control) that management is responsible for designing—separable from the question of who is available to staff that system.
- Quality Control
- The structural insight is robust: a semiconductor fab measuring wafer dimensional specs, a hospital monitoring post-operative infection rates, a software team tracking test-coverage drops, and a pharmaceutical manufacturer sampling finished-product potency all exhibit the same detect-compare-respond logic, a cross-domain transferability Deming (1986) emphasized in his integrated theory of management.
This sourceFoundational quality-management text: locates quality in the system that management designs (standards, statistical process control, the 14 Points), distinguishing systemic quality assurance from the separate question of who is available to staff and supervise the system.
- The structural insight is robust: a semiconductor fab measuring wafer dimensional specs, a hospital monitoring post-operative infection rates, a software team tracking test-coverage drops, and a pharmaceutical manufacturer sampling finished-product potency all exhibit the same detect-compare-respond logic, a cross-domain transferability Deming (1986) emphasized in his integrated theory of management.
- Refinement
- It separates an initial candidate state from a target state and names the incremental work required to narrow the gap.
This sourceFoundational quality-management text: locates quality in the system that management designs (standards, statistical process control, the 14 Points), distinguishing systemic quality assurance from the separate question of who is available to staff and supervise the system.
- It separates an initial candidate state from a target state and names the incremental work required to narrow the gap.
Domain-specific¶
Mechanisms¶
- Bottleneck Analysis Workshop
- The shared map plus an agreed output measure is the payoff, and naming the bottleneck as a system property — not blaming the person standing at it — is what keeps the follow-up honest.
This sourceAttributes production and service problems to the management-owned system rather than presuming that the workers operating within it are to blame.
- The shared map plus an agreed output measure is the payoff, and naming the bottleneck as a system property — not blaming the person standing at it — is what keeps the follow-up honest.
- Control Chart
- Its central failure mode is treating common-cause variation as if it were special and adjusting a stable process point by point — which, far from helping, increases the variation, the phenomenon Deming's funnel experiment makes vivid.
This sourceUses Deming's funnel experiment to show that point-by-point adjustment of a stable process in response to ordinary variation worsens its performance.
- Its central failure mode is treating common-cause variation as if it were special and adjusting a stable process point by point — which, far from helping, increases the variation, the phenomenon Deming's funnel experiment makes vivid.
- Control Chart and Trigger Rule
- Over-reacting, an operator who adjusts to every point amplifies variation — chasing common-cause noise as if it were signal is tampering, and it reliably makes a stable process worse.
This sourceDemonstrates that adjusting a stable process in response to common-cause variation amplifies its variability, a practice called tampering.
- Over-reacting, an operator who adjusts to every point amplifies variation — chasing common-cause noise as if it were signal is tampering, and it reliably makes a stable process worse.
- Control Chart Review
- Its central failure mode is tampering
This sourceDemonstrates tampering as adjusting a stable process in response to common-cause variation, thereby increasing rather than reducing variation.
- Its central failure mode is tampering
- Exception-Based Oversight
- The control-chart discipline is precisely about distinguishing signal from noise so operators do not tamper — react to ordinary variation as though it were a defect.
This sourceExplains that control charts separate special-cause signals from common-cause variation and that reacting to routine variation is harmful overadjustment or tampering.
- The control-chart discipline is precisely about distinguishing signal from noise so operators do not tamper — react to ordinary variation as though it were a defect.
- Exception-Lag Review Workflow
- In effect it is a discipline for separating common-cause variation — the ordinary, expected wobble of a stable process
This sourceDistinguishes predictable common-cause variation in a stable system from special causes that call for different action.
- In effect it is a discipline for separating common-cause variation — the ordinary, expected wobble of a stable process
- Goal Alignment Workshop
- Its strength is catching suboptimization
This sourceWarns that optimizing a component independently can suboptimize and damage the performance of the whole system.
- Its strength is catching suboptimization
- Inspection Pass/Fail Test
- Deming's maxim is that you cannot inspect quality into a product; screening at the end catches defects but does not stop them being made, and heavy reliance on it signals an upstream process out of control.
This sourceArgues that quality must be built into the process because end-of-line inspection can detect defects but cannot create quality.
- Deming's maxim is that you cannot inspect quality into a product; screening at the end catches defects but does not stop them being made, and heavy reliance on it signals an upstream process out of control.
- Porosity Statistical Process Control
- … rescue one that was never capable; it controls only what is charted, so an uncharted defect mode runs free; and its worst misuse is tampering — adjusting a stable process in response to every individual sample, which provably increases variation rather than reducing it, the lesson of Deming's funnel demonstration.
This sourceDistinguishes process stability from capability and uses the funnel experiment to show that adjusting a stable process after each observation increases variation.
- … rescue one that was never capable; it controls only what is charted, so an uncharted defect mode runs free; and its worst misuse is tampering — adjusting a stable process in response to every individual sample, which provably increases variation rather than reducing it, the lesson of Deming's funnel demonstration.
- Process Control Chart
- Its strength is that it draws the single most useful line in all of process monitoring: the line between common-cause variation you must leave alone and special-cause variation you must act on.
This sourceDistinguishes common-cause variation from special-cause variation and prescribes different managerial responses to each.
- Its strength is that it draws the single most useful line in all of process monitoring: the line between common-cause variation you must leave alone and special-cause variation you must act on.
- Process Stabilization Loop
- It is the natural home of the PDCA / Shewhart cycle — set a target, apply the control, check the residual, act on what the check shows.
This sourcePresents the Shewhart cycle as planning a change, carrying it out, observing and studying the results, and acting on the learning.
- It is the natural home of the PDCA / Shewhart cycle — set a target, apply the control, check the residual, act on what the check shows.
- Process Variation Review
- Its central failure mode is reacting to noise as if it were signal — the review, under pressure to "do something" every session, orders a process change in response to ordinary common-cause variation and destabilizes a process that was fine, the organizational cousin of tampering.
This sourceDefines tampering as reacting to common-cause variation as if it were a special cause and shows that unnecessary adjustments add variation and worsen the process.
- Its central failure mode is reacting to noise as if it were signal — the review, under pressure to "do something" every session, orders a process change in response to ordinary common-cause variation and destabilizes a process that was fine, the organizational cousin of tampering.
- Quality Control Loop
- Reacting to every individual measurement — treating ordinary scatter as if it were real drift — makes a stable process more variable, not less; correcting toward each deviation is a known way to worsen a process that was already in control.
This sourceShows that reacting to routine variation by adjusting a stable process is tampering that increases variation and worsens performance.
- Reacting to every individual measurement — treating ordinary scatter as if it were real drift — makes a stable process more variable, not less; correcting toward each deviation is a known way to worsen a process that was already in control.
- Quality Control Review
- Its central limitation is that inspection does not create quality — it only sorts it, so a review used as the primary quality strategy just discovers, batch after batch, that the upstream process is unstable; the fix belongs upstream, not at the gate.
This sourceArgues that inspection cannot create quality after production and that quality must be built into the process upstream.
- Its central limitation is that inspection does not create quality — it only sorts it, so a review used as the primary quality strategy just discovers, batch after batch, that the upstream process is unstable; the fix belongs upstream, not at the gate.
Verification¶
Does it exist? Confirmed. This work's ISBN resolves to a registered record, which fixes its identity. That is all it fixes.
Does it back the claim? Not recorded. Neither this nor any other of the 20 citations of this work carries a recorded support check.
Support is checked per citation rather than per work — the same source can be cited soundly in one article and wrongly in another. Per-citation recording began recently, so a citation with no recorded check is a gap in the record rather than evidence it went unchecked.
See how references were verified.
Links previously used in the corpus¶
Before the registry existed this work was also linked 8 other ways.
- https://search.worldcat.org/title/1036768606 ×5
- https://search.worldcat.org/it/title/out-of-the-crisis/oclc/013126265 ×2
- https://books.google.com/books?id=UrcgswEACAAJ ×1
- https://mitpress.mit.edu/9780262541152/out-of-the-crisis/ ×1
- https://mitpress.ublish.com/book/out-of-the-crisis ×1
- https://search.worldcat.org/title/11467773 ×1
- https://search.worldcat.org/title/13093611 ×1
- https://search.worldcat.org/title/13124242 ×1
Registry ID ref:42fc68289b9d · see in the full table