Industry · Manufacturing
Line procedures that survive a retirement, a new shift and a new product.
A setup or changeover is learned by watching the person who has done it for twenty years, and is lost when they leave.
Example: Harlow Precision Components (fictional). Fictional organisation, fictional data, scripted answers.
What makes this sector hard
- 01A changeover is learned by watching the person who has done it for twenty years, and is lost the day they retire.
- 02A procedure is revised on the shop floor long before the controlled copy is, so two versions are in use at once.
- 03Scrap and rework are explained differently by each department, so nobody agrees where the money goes.
- 04One stopped machine halts a line, then an order, then a customer, and the chain is clear only in hindsight.
See it work on Harlow Precision Components’s own data
Simulation. Five short examples, one for each working area. The wording is scripted and no model is called; the figures are computed from what you decide, and a person’s approval covers exactly what you decided.
Decide which changes become the controlled changeover
- What happened
- After a new fixture arrived, operators on cell 3 proposed changes to the five-step changeover for the CNC cell. The quality engineer must decide which become the controlled procedure.
- The question
- Which proposed changes should become part of the controlled changeover, and which of them change what an operator must do? Asked by: Production engineer.
Decide which changes become the controlled changeoverAccept or reject each proposed change. The procedure below is rebuilt from your decisions, and the changes that alter a safety-critical step are marked.Open
Accept or reject each proposed change. The procedure below is rebuilt from your decisions, and the changes that alter a safety-critical step are marked.
Accept or reject each change. The text below is rebuilt from the changes you accept, and changes that alter what people must do are marked.
Changeover, CNC cell 3, version 4 (fictional)
Isolate the machine and apply the lock.
Remove the previous fixture and clean the table.
Added
Wipe the locating pins with the lint-free cloth supplied.
A cleaning detail; nothing that must be achieved changes.
Fit the new fixture and torque the bolts in sequence.
Reworded Changes what people must do
Fit the new fixture and torque the bolts in two passes, 20 then 45 Nm.
Changes how a safety-critical fastening is done; the torque values need engineering sign-off.
Load the programme and run one proof part.
Reworded Changes what people must do
Load the programme and run three proof parts.
Triples the proof checks and adds about six minutes to each changeover.
Release to production once the proof part is passed.
Removed Changes what people must do
Removes the release step, so nothing would stop an unchecked part going into production.
The text after your decisions (5 lines)
- Isolate the machine and apply the lock.
- Remove the previous fixture and clean the table.
- Fit the new fixture and torque the bolts in sequence.
- Load the programme and run one proof part.
- Release to production once the proof part is passed.
4 proposed changes: 0 accepted, 0 rejected; 0 accepted change(s) alter what an operator must do.
The torque change and the extra proof parts alter safety-critical steps, so each needs the quality engineer's sign-off before the procedure changes [S1]. Removing the release step would let parts run unchecked, which a review should not accept [S2].
The procedure below is rebuilt from your decisions and has 5 steps.
Relies on: S1 · Operators' proposed changes, cell 3 (fictional)S2 · Controlled changeover procedure, version 4 (fictional)
The quality engineer decides. Approving issues the rebuilt procedure for operator training and a practical check. It does not change any machine setting or put the procedure on the line by itself.
Not ready. 4 changes are still undecided. Accept or reject each one first.
Not done here. It does not decide that a torque value or a proof-part count is right: engineering owns the numbers, and the platform shows only what changed.
Check the evidence before a customer's quality audit
- What happened
- A customer audit of the Harlow quality system is announced for the end of next month.
- The question
- Is the evidence for each area of the quality system in place and current, and what is missing? Asked by: Quality manager.
Check the evidence before a customer's quality auditAttach evidence for a missing item, or have its owner confirm that a stale one is still current. The completeness is recomputed from what is actually held.Open
Attach evidence for a missing item, or have its owner confirm that a stale one is still current. The completeness is recomputed from what is actually held.
Resolve what is missing or out of date. Evidence counts only when it is attached, or when its owner confirms it is current; the sign-off needs the stated completeness.
25% complete · 90% needed
Calibration
- Calibration certificates for every gauge in use StaleEleven of 142 gauges are past their calibration date
- The gauge register matches the gauges on the floor PresentRegister reconciled in June
Supplier approval
- Approved supplier list reviewed this year PresentReviewed in April by the purchasing manager
- A signed quality agreement with each critical supplier MissingTwo of nine critical suppliers have not returned a signed agreement
Training
- A current training record for each operator on controlled processes StaleSeven records expired this quarter
Corrective actions
- Every open corrective action has an owner and a date MissingFour actions have no date
Audit evidence is 25% complete; the audit file needs 90%.
4 item(s) are short: Calibration certificates for every gauge in use; A signed quality agreement with each critical supplier; A current training record for each operator on controlled processes; Every open corrective action has an owner and a date [S1].
A certificate past its date is not evidence for today, so it counts only once its owner confirms it has been renewed [S2].
Relies on: S1 · Quality system evidence index (fictional)S2 · Calibration and training registers (fictional)
The quality manager decides. Approving freezes the evidence index for the audit file and lists what is still open. It does not say the quality system conforms to anything.
Not ready. Evidence is 25% complete; the sign-off needs 90%.
Not done here. It does not judge whether the quality system conforms: an auditor does, and the platform shows only what evidence is held and how current it is.
See what a faster changeover is worth
- What happened
- Operations proposes buying a quick-change fixture system to cut changeover time on the two busiest cells.
- The question
- What would shorter changeovers be worth in a year, and how long would the system take to earn back its cost? Asked by: Plant controller.
See what a faster changeover is worthChange the three assumptions the case rests on. Every figure below is recomputed from them.Open
Change the three assumptions the case rests on. Every figure below is recomputed from them.
Change the assumptions. Every result and the answer below are recomputed from them, and a warning appears when a result crosses a stated limit.
- Machine hours freed in a year
- 34546 working weeks.
- Contribution from those hours
- GBP 32,775
- Months to earn back the cost
- 23
345 machine hours a year are freed, worth GBP 32,775; the system earns back its cost in 23 months.
The result rests on three things you can change: how many changeovers there are, how much time each saves and what an hour of the machine earns [S1].
Freed hours are worth money only if there is an order to fill them; the quotation does not say there is [S2].
Relies on: S1 · Changeover log and machine-hour rates, last year (fictional)S2 · Quick-change system quotation (fictional)
The plant controller decides. Approving records these assumptions as the case put to the capital committee. It does not order equipment or commit any spend.
Ready.
Not done here. It does not forecast orders or promise a saving: the freed hours are an estimate on the assumptions shown.
Answer a customer's quality claim with only what the records support
- What happened
- A customer has written that a batch of brackets failed in service and asks Harlow to accept responsibility.
- The question
- Which statements can Harlow put in its reply because the records support them? Asked by: Commercial counsel.
Answer a customer's quality claim with only what the records supportChoose the statements that go into the reply. One with no source behind it is refused; an estimate is labelled as one.Open
Choose the statements that go into the reply. One with no source behind it is refused; an estimate is labelled as one.
Choose which statements go into the brief. A statement with no source is refused; each one you include carries its sources with it.
Reply to the customer's quality claim: statements of fact
Choose the statements to include. Each one carries its sources into the brief.
0 of 6 statements included · 1 held back for lack of a source.
0 statements are ready with a source; 1 was refused because nothing supports it.
The reply states what the records show and nothing more [S1][S2]. The statement about the customer's assembly may be true, but no record in the file supports it, so it cannot go into a letter that could later be read in court.
0 statement(s) are labelled as estimates, and the customer's own report is cited for what it says and no more [S3].
Relies on: S1 · Inspection and material records, batch 5521 (fictional)S2 · Order and drawing revision history (fictional)S3 · The customer's test report (fictional)
Commercial counsel decides. Approving releases these statements as the factual basis of the reply. It does not admit or deny liability, and counsel still settles the wording.
Not ready. Choose at least one supported statement for the brief first.
Not done here. It does not decide who is responsible or advise on liability: counsel does.
See what stops when one machine stops
- What happened
- The only five-axis machine that can cut the housing profile will be out for three weeks for a spindle replacement, and the sales director is asking which customer orders are at risk.
- The question
- If this machine stops, which cells, orders and deliveries stop with it, and which only slow down? Asked by: Operations director.
See what stops when one machine stopsChoose what stops. Everything downstream is worked out by following the dependencies: a hard link stops the next thing, a soft one only slows it.Open
Choose what stops. Everything downstream is worked out by following the dependencies: a hard link stops the next thing, a soft one only slows it.
Fail one or more items and see what stops and what only degrades, worked out by following the dependencies.
Choose what stops. Hard dependencies stop with it; soft ones carry on, degraded.
- The only machine that can cut the housing profile.
- Bought weekly from an outside supplier.
- Cuts and finishes housings.Depends on: Five-axis machine 2 (hard), Heat-treatment slot (hard)
- Can borrow cell 1 at a lower rate.Depends on: Five-axis machine 2 (soft), Heat-treatment slot (soft)
- Due in five weeks.Depends on: Housing line, cell 4 (hard)
- Due in four weeks.Depends on: Bracket line, cell 2 (hard)
- A named delivery date.Depends on: Order 4410: housings for Corvane Pumps (hard)
- A named delivery date.Depends on: Order 4415: brackets for Hale Rail (hard)
- stops
- 0
- Stops as a result
- 0
- Degraded
- 0
- Unaffected
- 8
0 item stopped; 0 others stop with it and 0 slow down. The most critical: Five-axis machine 2.
Stopping: none. Slowing: none [S1].
Housings cannot be cut elsewhere, so their order and delivery stop with the machine; brackets can move to another cell at a lower rate [S2].
Relies on: S1 · Routing and order book (fictional)S2 · Capacity plan by cell (fictional)
The operations director decides. Approving records the dependency picture used to talk to the two customers. It does not move work between machines or promise any date.
Not ready. Fail at least one item first, to see what depends on it.
Not done here. It does not reschedule production or promise a delivery date: planners decide what moves.
Where a person decides, and what is never done
Every example above ends with a named person approving it. Approving means exactly what is written here, and nothing more.
- SOP IntelligenceDecides: The quality engineerApproving lets: Approving issues the rebuilt procedure for operator training and a practical check. It does not change any machine setting or put the procedure on the line by itself.Never: It does not decide that a torque value or a proof-part count is right: engineering owns the numbers, and the platform shows only what changed.
- ComplianceDecides: The quality managerApproving lets: Approving freezes the evidence index for the audit file and lists what is still open. It does not say the quality system conforms to anything.Never: It does not judge whether the quality system conforms: an auditor does, and the platform shows only what evidence is held and how current it is.
- Financial IntelligenceDecides: The plant controllerApproving lets: Approving records these assumptions as the case put to the capital committee. It does not order equipment or commit any spend.Never: It does not forecast orders or promise a saving: the freed hours are an estimate on the assumptions shown.
- Legal IntelligenceDecides: Commercial counselApproving lets: Approving releases these statements as the factual basis of the reply. It does not admit or deny liability, and counsel still settles the wording.Never: It does not decide who is responsible or advise on liability: counsel does.
- Executive IntelligenceDecides: The operations directorApproving lets: Approving records the dependency picture used to talk to the two customers. It does not move work between machines or promise any date.Never: It does not reschedule production or promise a delivery date: planners decide what moves.
Always a person in manufacturing
- A quality engineer decides whether a revised procedure may be used on the line.
- A supervisor, not the platform, decides when a machine is safe to restart.
- Counsel decides how the company answers a customer's claim.
The capabilities behind these examples
- Review and approve, as peopleA procedure that nobody accountable has approved is a liability, however well it reads.
- See what changed between versionsWhen a procedure is revised, people cannot tell what actually changed, so they either re-read everything or miss the one change that matters.
- Publish a versioned, official releasePeople work from whichever copy they happen to find, and nobody can say which version was in force on a given day.
- Audit Readiness and Evidence CompletenessConnect each obligation to its controls, evidence, owner and effectiveness, show which artifacts are missing, and produce an evidence-backed preparation and gap report.
- Continuous Control MonitoringEvaluate whether each control is operating: evidence present and current, expirations, exceptions and failures, so assurance is ongoing instead of a one-time checklist.
- Financial Scenario and Sensitivity ModelingModel pricing, hiring, investment, expansion, cost-reduction and operating scenarios with explicit variables and assumptions kept distinct from facts.
- What-If Decision SimulatorA person changes stated assumptions and sees the effect on verified baselines through documented formulas.
- External Disputes and LitigationTracks notices, claims, cases, counsel, deadlines, court events, holds, settlement workflows and outcomes.
- Legal Drafting and Negotiation SupportReviewed first drafts, redlines, clause comparisons, playbooks and negotiation questions.
- Delivery and Execution HealthStatus of commitments from recorded work items and handovers: on track, needs attention, overdue, paused.
- Operational Bottleneck DiscoveryShows where work waits (review queues, overdue approvals) from recorded timestamps.
- Organizational Dependency GraphA graph of people, teams, systems, suppliers and obligations from recorded relationships.
All industries · All demonstrations · Ask for a demonstration on your own sector
The other industries
- HealthcareClinical routines that are written down once, followed everywhere and checked in practice.
- BankingControls and procedures that a supervisor can trace, from the rule to the person who did the work.
- InsuranceClaims and underwriting routines applied the same way by every handler.
- RetailStore routines that are the same on a busy Saturday in every shop.
- LogisticsDepot and driver procedures that hold across sites, subcontractors and seasons.
- TechnologyRunbooks and release routines that new engineers can follow and leaders can trust.
- EducationSafeguarding and operational routines every member of staff can find and follow.
- Professional servicesEngagement methods captured once, so quality does not depend on who is staffed.