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Failure prevention

Proactive Quality Engineering

Trace how failure can happen, then engineer prevention before defects escape.

The documented method separates failure modes from causes, evaluates their risks separately and builds new controls and proactive actions toward zero defects.

Separate the failure chain

Risk signals are intercepted before they become defects.

PROACTIVE QUALITY // FAILURE INTERCEPTIONPROCESS01 FAILURE MODESPTDB · PFD · DRAWING02 CAUSES16 ERROR TYPES · ISHIKAWA03 SEPARATE RISKFM AND CAUSE RANKED APART04 NEW CONTROLS13 HEP PRINCIPLES05 PROACTIVE ACTIONCAUSE ANALYSIS · WHY-WHYCUSTOMERESCAPING: 15ALL DEFECTS ARE RISK — ACT ON RISK, NOT ON THE DEFECT

The operating challenge

Change begins where the system is breaking down.

Conventional analysis often merges failure mode, cause and control. Separating them exposes where prevention and detection truly belong.

Documented method

The sequence shown in the system map.

01

Failure modes

Expose ways the output can fail.

02

Causes

Use 16 error types and Master Ishikawa to reveal causes.

03

Separate risk

Assess failure-mode and cause risk independently.

04

New controls

Design controls at the correct point in the chain.

05

Proactive action

Use HEP principles and cause analysis to prevent recurrence.

What changes

Outcomes designed to remain after the engagement.

ClaritySeparate controls for failure modes and causes
PreventionProactive actions address causes before escape
DirectionA systematic path toward zero defects

Start with a diagnostic

Bring us the challenge. We’ll shape the right first move.

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