Getting Comfortable Together

• What prompted you to start this conversation now—what's the most immediate thing on your mind? Options: IATF 16949 certification, OEM audit findings, Repeated customer complaints/PPM spikes, Preparing for a re-certification, Other
• Tell me about your role and who else on your team will be involved in making quality-system decisions.
• Which plant or product line are we focusing on, and what kinds of parts do you manufacture there? Options: Stampings, Machined parts, Plastics/injection molded, Electronics/PCBA, Assemblies, Other
• What is your current certification status and timing expectation? Options: Not certified — starting gap work, Working toward initial certification (within 6 months), Scheduled stage 1 soon, Surveillance audit due, Uncertain
• Roughly how large is the team responsible for quality at this site (including operators, inspectors, engineers)? Options: <5, 5–15, 16–50, 51–150, >150
• What single outcome would make you say this engagement was a clear success?

Are You Quietly Passing Audits—or Playing Firefighter?

• Are most of your quality resources spent preparing for audits, or responding to issues between audits? Options: Mostly preparing for audits, Mostly responding to issues, Balanced, Unsure
• How many OEM or customer nonconformities did you receive in the last 12 months? Options: 0, 1–5, 6–15, 16–50, 51+
• What were the three most serious findings or themes from recent audits (brief examples)?
• When a major finding appears, what usually happens next—who leads containment and corrective action? Options: Quality manager leads, Plant manager leads, Cross-functional team, External consultant led, No clear owner
• How do these recurring findings make the team feel—stressed, resigned, motivated, defensive, or something else? Options: Stressed, Resigned/used to it, Motivated to fix, Defensive/protective, Other
• Approximately how much do quality failures cost you in direct terms (PPM, scrap, rework, warranty) — and how do you track it? Options: We track PPM and costs precisely, We track PPM but not cost, Estimations only, We don't have consistent tracking

Where Paper and the Shop Floor Don't Match

• How often do you observe operators following the written control plan and work instructions exactly? Options: Almost always, Often, Sometimes, Rarely, Never
• Describe a recent example where a documented procedure diverged from what happened on the line—what was the outcome?
• Which of the following best explains why shop-floor practices diverge from documents? Options: Documents not practical, Operators not trained, Time pressures/targets, Out-of-date procedures, Lack of buy-in, Other
• What digital tools (if any) do operators use today for inspections, control plans, FMEA, or nonconformance? Options: Paper forms only, Spreadsheets, Sector-specific software, Our ERP/MES, Dedicated QMS software, None/unknown
• How confident are you that measurement systems (gauges, CMMs) produce reliable data used for SPC and decisions? Options: Very confident, Somewhat confident, Doubtful, Not confident / unknown
• If we were to shadow a shift, what behaviors or small fixes do you think we'd notice immediately?

Who Really Decides 'Go' or 'No‑Go'?

• If a line trend showed an increased defect rate that threatened shipments, who currently has the authority to stop production or shipments? Options: Plant manager, Quality director, Production supervisor, Cross-functional board, No clear authority
• How are commercial and quality priorities balanced when there’s pressure to ship parts that may be marginal?
• Who needs to sign off on corrective actions and process changes (roles or committees)?
• What governance cadence do you have today—weekly CAPA reviews, daily production standups, monthly management reviews, etc.? Options: Daily standup, Weekly review, Monthly management review, Quarterly only, Ad hoc
• When decisions stall, where does the bottleneck usually sit—information, authority, budget, or culture? Options: Information, Authority, Budget, Culture, Other
• Who will be our primary internal champion and who will be the ultimate sponsor for certification?

If Certification Day Went Perfectly, What Would It Feel Like?

• Imagine the registrar finishes a perfect stage‑2 audit—what three outcomes do you want to report to leadership?
• Which outcomes matter most for you—lower PPM, removal of controlled shipments, improved customer scorecard, fewer internal NCs, or smoother audits? Options: Lower PPM, Remove controlled shipments, Better customer scorecards, Fewer internal nonconformances, Smoother audits
• Which IATF/APQP elements do you feel are highest risk for your site today (select up to three)? Options: APQP/PPAP, FMEA/process design, MSA/gauge R&R, SPC implementation, Control plans/work instructions, Internal audit program, Documented procedures
• What measurable acceptance criteria would make you comfortable saying you’re 'certification ready'?
• How soon does leadership expect certification or remediation to be completed? Options: Within 3 months, 3–6 months, 6–12 months, No firm deadline
• If you could quantify one KPI that would prove success in 12 months what would it be (e.g., PPM target, % of operators using digital checklists)?

What's Stopping You From Getting There?

• What internal truth do you worry about most when implementing changes while production continues (e.g., will we get buy‑in, can we afford downtime)?
• Which constraints are most real for you right now? Options: Budget limits, Production uptime requirements, Limited trained personnel, Legacy systems/data, Cultural resistance, Other
• What level of production disruption would be acceptable for a phased implementation (choose the closest match)? Options: None—must be invisible to production, Very low—short pilot windows, Moderate—scheduled downtime allowed, Significant—can stop lines if needed
• Have you tried to close similar gaps before? If so, what did you try and why did it stall or fail?
• How flexible is your budget—do you have an approved capital or consulting pool for quality improvements? Options: Yes, approved, Possible with business case, No dedicated funds, Unsure
• What would make your leadership say 'yes' to the investment—cost savings, risk reduction, OEM relationship recovery, or compliance? Options: Cost savings/ROI, Lower audit risk, Restore OEM confidence, Regulatory/compliance, Other

What Would Make Our Work Stick Long‑Term?

• Would you prefer a system that passes audits today or one that operators use every shift—even if it takes longer to implement? Options: Pass audits quickly, Build operator-used system, Balanced approach
• What ongoing support model would give you confidence—occasional health checks, a retained improvement coach, software subscription with support, or full managed services? Options: Periodic health checks, Retained coach (monthly), Software subscription/support, Managed services (outsourced), Other
• How often would you like SPC and process health reports delivered to your leadership? Options: Daily dashboards, Weekly summaries, Monthly reviews, Quarterly only
• Who on your team will maintain FMEAs, control plans, and the digital system after handover? Options: Quality engineers, Process owners, Production supervisors, Dedicated QMS admin, Undecided
• What training cadence do you think would actually stick—one-time classroom, short regular refreshers, on‑the‑job coaching, or digital micro‑learning? Options: One-time classroom, Regular refreshers, On-the-job coaching, Digital micro-learning, Combination
• Which KPIs would you want automated and visible on the shop-floor dashboards (select up to three)? Options: PPM/defects, Process capability (Cpk), First pass yield, Audit nonconformances, Corrective action aging, Inspection utilization

Let’s Map Practical Next Steps

• What is the smallest, highest‑value step we could take in the next 30 days to change your trajectory? Options: Gap assessment on one product line, Run a focused pre‑audit, Pilot digital inspections on one shift, Facilitated FMEA workshop, Other
• Are you willing to schedule a 1‑day on‑site gap assessment within the next month? Options: Yes — within 2 weeks, Yes — within a month, Maybe — after internal review, No
• What documents or data should we ask for before the assessment to make it high‑impact (examples: recent audit reports, PPM history, FMEAs, control plans)?
• Who should be on the invitation list for our first workshop or kickoff meeting? Options: Quality director, Plant manager, Production supervisor, Engineering lead, Operations finance, Other
• How quickly does your leadership expect a proposal after the assessment? Options: Within 48 hours, Within 1 week, Within 2 weeks, Longer/No expectation
• Finally, what's the best way for us to follow up—email with a proposed scope, phone call, or a short on‑site review? Options: Email scope/proposal, Phone call, Schedule on-site review, Other

• Solution Experience Kickoff — State & Impact
• Shop-Floor Validation Walkthrough (Gemba)
• Data-Driven Consequence & Root-Cause Workshop
• Future-State Design & FMEA Mapping Workshop
• Solution Proof & Validation Session (Pilot/Simulation)

• Assign document owners to finalize process flows, work instructions, and control plans for the pilot.
• Collect and upload photos, timestamped cycle-times, defect examples, and operator statements into the shared Evidence Pack.
• Create a short discrepancies log linking each observed deviation to the relevant documented procedure.
• Assign owners for investigating each of the top 3 failure modes for data analysis in the next workshop.
• Consolidated Data Review
• Create a data-backed linkage from observed failures to their root causes.
• Quantify the business and audit consequence of each root cause to prioritize interventions.
• Set clear, measurable acceptance criteria and KPIs to judge solution success.
• Owner to calculate baseline metrics and produce a short impact model for top 3 root causes.
• Seller to map potential mitigations to each root cause with estimated PPM reduction ranges.
• Agree measurement methods and data sources for the agreed KPIs.
• One-sentence Future State Reconfirmation
• Produce draft future-state process flows, control plans, and FMEA mitigations tied to root causes.
• Agree a pilot scope and sequence that demonstrates outcome with minimal production disruption.
• Define validation checkpoints and the data required to prove the future state.
• Introductions & Objectives
• Seller to prepare software configuration or digital forms that enforce the new control points for the pilot.
• Schedule pilot window and allocate line resources, including contingency plans.
• Reconfirm Success Metrics & Acceptance Criteria
• Demonstrate a direct, measurable link between the proposed solution and reduction in PPM/audit risk.
• Force customer validation that the proof meets the agreed acceptance criteria.
• Secure explicit decision and owners for the pilot expansion or adjustments.
• Seller to deliver pilot configuration and documented test results to the shared workspace.
• Customer to confirm acceptance or list required adjustments with owners and timelines.
• If accepted, schedule phased rollout milestones and governance check-ins tied to measurable KPIs.
• Produce and lock a concise, customer-validated current-state sentence.
• Quantify the business and audit consequences of the current state in measurable terms.
• Define and agree a one-sentence future-state hypothesis that will be proven in later sessions.
• Agree concrete pre-work and participants for the shop-floor validation.
• Customer to provide latest PPM data, OEM audit reports, NCR log, and production uptime metrics.
• Seller to compile an Evidence Pack (charts, excerpts, trend lines) to drive the Experience.
• Schedule shop-floor walkthrough with operators, supervisors, and process owners.
• Pre-walk Briefing
• Validate or correct the current-state statement with real shop-floor evidence.
• Identify and document top failure modes that directly drive PPM and audit findings.
• Capture operator-sourced root causes and informal controls to inform future-state design.
• Gemba Walk — Process Segments
• Pareto Analysis of Defects
• One-sentence Current State
• Process Flow & Control Point Mapping
• Show Proof: Software/Workflow Using Customer Data
• Control Plan & Inspection Design
• Evidence Review (Data Snapshot)
• Root-Cause Mapping (5 Whys/Fishbone)
• Real-time Discrepancy Capture
• Process Proof: Pilot Results or Simulation
• Operator & Supervisor Interviews
• FMEA Update — Top Risks
• Tie Results Back to Root Causes
• Consequence Quantification
• Consequence Modeling
• Pilot Sequencing to Minimize Disruption
• Force Validation & Collect Sign-off
• One-sentence Future State Hypothesis
• Synthesize Top 3 Failure Modes
• Define Measurable Acceptance Criteria
• Decision on Pilot Expansion & Next Steps
• Reconfirm Current State Sentence
• Validation Checkpoints & Acceptance Tests
• Agree Next Steps & Pre-work for Walkthrough

• Write IATF 16949 quality manual and system procedures
• Develop process control plans and routings
• Create operator work instructions and visual aids
• Build DFMEA and PFMEA documents and risk controls
• Digitize FMEA, control plans, and inspection forms
• Configure SPC data capture and real-time control charts
• Install shop-floor inspection stations and tablets
• Assemble PPAP submission packages (PSW, dimensional reports, MRs)
• Implement nonconformance and corrective-action workflows
• Deliver operator, inspector, and supervisor training
• Create MSA test procedures and templates
• Prepare internal-audit checklists and audit procedures

Write IATF 16949 quality manual and system procedures

• Do you require a full IATF 16949 quality manual plus detailed system procedures or revisions to existing documents? Options: Full new manual + procedures, Revise existing manual/procedures, Only specific procedures, Unsure
• Which core processes must be captured in the manual (e.g., design, production, PPAP, supplier management)? List key processes.
• How many facilities or sites need site-specific procedures? Options: 1, 2-3, 4-10, 10+
• Who will be the primary owner(s) for system procedures during implementation? Options: Quality Manager, Plant Manager/Production, Cross-functional team, No owner identified
• What is your target timeline for having the manual and procedures audit-ready? Options: 0-3 months, 3-6 months, 6-12 months, 12+ months
• What measurable acceptance criteria should we use for the manual and procedures (e.g., certifier feedback, number of nonconformities, operator sign-offs)?

Develop process control plans and routings

• Do you have existing control plans and routings for the parts in scope? Options: None, Partial (some part families), Complete but outdated, Complete and used on shop floor
• How many distinct part families or processes require control plan development? Options: 1, 2-5, 6-20, 20+
• Which process types need routings and controls (e.g., stamping, machining, assembly, painting)? Select all that apply. Options: Stamping, Machining, Assembly, Welding, Painting/Coating, Plastics/Molding, Other
• Are your control plans expected to include operator checkpoints, SPC rules, and reaction plans? Options: Yes—full coverage, Partial—SPC only, No—document only, Unsure
• Who will validate and approve control plans and routings (roles/departments)? Options: Quality, Production, Engineering, Supplier Quality, Cross-functional
• What are your acceptance criteria for completed control plans (e.g., approved by engineering, aligned with FMEA, validated by trial run)?

Create operator work instructions and visual aids

• How many unique work instructions are needed (by station or part)? Options: <10, 10-50, 51-200, 200+
• What format do operators prefer or require (paper at station, laminated cards, tablet UI, videos)? Select all that apply. Options: Paper/Laminated, Wall-mounted visuals, Tablet/e-Work Instruction, Short video clips, Posters/Visual Aids
• Do work instructions need multiple language versions? Options: No, Yes—2 languages, Yes—3+ languages, Unsure
• Should work instructions include embedded inspection criteria, tolerance callouts, and reaction steps for nonconformances? Options: Yes—full detail, Partial—inspection only, No—high-level only
• Who will be responsible for verifying accuracy on the shop floor (e.g., line leads, engineers)? Options: Line Supervisor, Process Engineer, Quality Engineer, Production Manager
• Describe the measurable acceptance criteria for work instructions and visual aids (e.g., operator competency pass rate, reduction in process errors, time-to-complete).

Build DFMEA and PFMEA documents and risk controls

• Do you have existing DFMEA/PFMEA files that require update or do you need creation from scratch? Options: Create from scratch, Update existing DFMEA, Update existing PFMEA, Both update and create
• How many product families or processes require FMEAs? Options: 1, 2-5, 6-20, 20+
• What level of detail should FMEA include (severity/occurrence/detection, existing controls, recommended actions)? Options: Full standard IATF detail, Streamlined/high-level, Unsure—recommend approach
• Which stakeholders must participate in FMEA sessions (select all that apply)? Options: Design Engineering, Process Engineering, Quality, Manufacturing/Operators, Supplier
• Do you require FMEA traceability to control plans, work instructions, and PFMEA actions? Options: Yes—full traceability, Partial traceability, No
• What are the acceptance criteria for FMEA completion (e.g., actions assigned with due dates, risk reduced below threshold, management sign-off)?

Digitize FMEA, control plans, and inspection forms

• Do you want our software to host FMEA, control plans, and inspection forms or integrate with an existing system? Options: Use provider's software, Integrate with existing MES/EQMS, Both (staged), Unsure
• What systems do we need to integrate with (ERP, MES, PLM, existing QMS)? List system names.
• How many concurrent users (operators/inspectors/engineers) will access the digital tools? Options: <10, 10-50, 51-200, 200+
• Which data export or reporting formats are required (CSV, PDF, API endpoints, PLM integration)? Select all that apply. Options: CSV/Excel, PDF reports, API/JSON, Direct PLM/MES connector, Other
• Do inspection forms need signature capture, timestamping, photo attachments, or operator ID logging? Options: Yes—all, Some (specify in comments), No
• What are the acceptance criteria for digitization (e.g., live control plan access at station, reduction in form errors, certifier acceptance)?

Configure SPC data capture and real-time control charts

• Do you currently collect SPC data digitally or manually? Options: Fully digital, Hybrid (some digital), Manual/paper-based, Not collecting SPC
• How many characteristics/variables require SPC monitoring? Options: <10, 10-50, 51-200, 200+
• What sampling frequency is typical (each part, per shift, hourly, random)? Options: 100%/each part, Per lot, Hourly, Per shift, Custom
• Which control chart types do you need (Xbar-R, Xbar-S, p-chart, np-chart, c-chart)? Select all that apply. Options: Xbar-R, Xbar-S, Individual/MR, p-chart, np-chart, c-chart, Other
• Do you require automated alerts and escalation rules when SPC rules are violated? Options: Yes—automated alerts and escalation, Yes—alerts only, No
• Define the acceptance criteria for SPC configuration (e.g., live charts on dashboard, reduction of special-cause events, notification SLA).

Install shop-floor inspection stations and tablets

• How many inspection stations or tablets are required initially? Options: 1-5, 6-20, 21-50, 50+
• Do you prefer ruggedized tablets, thin-client terminals, or shared operator tablets? Options: Rugged tablets, Thin-client terminals, Shared consumer tablets, Mix—specify in comments
• What network infrastructure is available at stations (Wi-Fi, wired Ethernet, none)? Options: Wi‑Fi available, Wired Ethernet, No reliable network, Mixed
• Do inspection stations require peripherals (barcode scanner, digital calipers, label printers, cameras)? Select all that apply. Options: Barcode scanner, Digital calipers gauge integration, Label printer, Camera/photo capture, None
• Who will manage device provisioning, security, and updates (IT, Quality, external IT partner)? Options: Internal IT, Quality Team, External IT/Provider, No owner identified
• What are the acceptance criteria for installation (e.g., devices online, successful test inspections, operator sign-off)?

Assemble PPAP submission packages (PSW, dimensional reports, MRs)

• How many part numbers or PPAP submissions are in scope for the initial engagement? Options: 1-5, 6-20, 21-100, 100+
• What PPAP submission level is typically required by your customers (1-4)? Options: Level 1, Level 2, Level 3, Level 4, Unsure
• Do you have existing dimensional data and measurement plans available for each part? Options: Yes—complete, Partial, No
• Are material certifications, performance test reports, and MR documents currently prepared or missing? Options: All available, Some available, Most missing
• Who will approve PPAP packages internally before submission (roles)? Options: Plant Quality, Engineering, Supplier Quality, Cross-functional sign-off
• What constitutes acceptance of a completed PPAP package (e.g., acceptance by OEM/customer, internal checklist passed)?

Implement nonconformance and corrective-action workflows

• Do you currently use a formal NCR/CAPA system or are issues handled informally? Options: Formal NCR/CAPA system, Informal tracking (spreadsheets, paper), No system
• How many NCRs/CAPAs does your plant typically generate per month? Options: 0-10, 11-50, 51-200, 200+
• What capabilities are required for workflows (root cause tools, 8D, 5-why, containment tracking, supplier corrective actions)? Select all that apply. Options: 8D, 5-Why, Containment tracking, Supplier CAR, Automated notifications, Escalation rules
• Which roles should be able to create, edit, approve, and close CAPAs? Options: Operator, Line Supervisor, Quality Engineer, Plant Manager, Supplier Quality
• Do you require integration between NCR/CAPA and nonconforming material management (quarantine, hold tags)? Options: Yes—full integration, Partial, No
• What are the acceptance criteria for NCR/CAPA implementation (e.g., closure within SLA, percent recurrence reduction, supplier acceptance)?

Deliver operator, inspector, and supervisor training

• Which audiences require training (select all that apply)? Options: Operators, Inspectors, Supervisors/Leads, Engineers, Maintenance
• What delivery formats do you prefer (classroom, on-the-job coaching, e-learning, train-the-trainer)? Options: Classroom, On-the-job coaching, E-learning modules, Train-the-trainer, Blended
• How many employees need initial training for the rollout? Options: <10, 10-50, 51-200, 200+
• Do you require certification or assessment after training (e.g., competency tests, sign-offs)? Options: Yes—formal assessments, Informal sign-off, No
• Will training need to be delivered across multiple shifts and languages? Options: Yes—multiple shifts, Yes—multiple languages, Both shifts and languages, No
• What are your measurable training success criteria (e.g., pass rate, reduction in inspection errors, time-to-proficiency)?

• Non-Disclosure Agreement (NDA)
• Master Services Agreement (MSA)
• Statement of Work (SOW)
• Pricing & Payment Schedule
• Governance & Change Control
• Milestones & Acceptance Criteria
• Roles & Responsibilities
• Escalation & Go/No-Go Decision Criteria
• Change Order Agreement
• Software License & Hosting Agreement
• Data Processing Agreement (DPA)
• Training & Knowledge Transfer Agreement
• Support, Maintenance & Surveillance
• Acceptance Sign-off & Closeout
• Warranty & Liability Terms
• Termination & Renewal Terms
• Travel & Expenses Policy

• Certification Readiness Validation Workshop
• SPC & Surveillance Monitoring Plan Confirmation
• Post‑Certification Governance & Issue Resolution Kickoff
• Shared Channel Setup & Handoff Session
• 90‑Day & Annual Continuous Improvement Review Planning

• Confirm initial users are trained to submit issues and respond to alerts within SLAs.
• Document surveillance deliverables and assign owners with deadlines for quarterly packages.
• Governance Model Overview
• Put a governance framework in place with clear meeting rhythm and decision authority.
• Agree an escalation matrix and SLAs to ensure timely resolution of quality events.
• Define CAPA evidence requirements aligned to surveillance audit expectations.
• Publish governance RACI and meeting calendar for the next 12 months.
• Create and publish the SLA/escalation matrix and communication templates to the shared channel.
• Configure CAPA intake templates and verification checklists in the software platform.
• Workspace Walkthrough
• Ensure the shared channel is populated, permissioned, and accessible to all required stakeholders.
• Agree on templates and naming conventions so evidence is consistently organized for surveillance.
• Opening & Objectives
• Invite and verify access for the defined user list and assign workspace roles.
• Upload governance artifacts, evidence templates, and the registrar evidence index to the workspace.
• Distribute a 1‑page quick-start guide and schedule a follow-up 15‑minute drop‑in support session.
• Identify budget owners for planned enhancements and initiate approval process if required.
• Review Desired Outcomes
• Lock in a review schedule and KPI set that proves sustained certification readiness and SPC control.
• Agree an enhancement roadmap with clear approval and funding triggers.
• Define success and escalation criteria for each review period.
• Publish the 30/60/90-day and 6/12-month review calendar with owners and required evidence lists.
• Create review templates (KPI dashboard, evidence checklist, CI backlog) and add them to the shared channel.
• Confirm a single, shared statement of current state, its business consequence, and the required future-state outcome.
• Validate evidence sufficiency for registrar acceptance across IATF core elements (SPC, MSA, FMEA, APQP/PPAP, internal audit).
• Produce a concrete go/no‑go decision with assigned owners and deadlines for any remaining items.
• Establish contingency actions to manage observations on audit day to avoid production disruption.
• Assign owners and deadlines for each open nonconformance required for registrar submission.
• Compile and label a registrar evidence package (list and location) and share with registrar and internal stakeholders.
• Schedule final evidence verification walk‑through 48 hours before registrar audit.
• Document the Go/No‑Go decision and communicate to executive sponsor and plant leadership.
• SPC Implementation Snapshot
• Agree a documented SPC plan that is auditable, with defined metrics, thresholds, and owners.
• Ensure surveillance audit evidence and frequency are mapped to the SPC outputs and responsible roles.
• Define automated alert behavior and escalation path to minimize time-to-action for out-of-control signals.
• Publish the SPC monitoring plan (metrics, thresholds, owners) to the shared workspace.
• Configure dashboards and automated alerts in the software platform and test with sample data.
• Issue Escalation & SLA Matrix
• KPI & Evidence Pack Definition
• One‑Sentence Current State
• Permissions & Access Controls
• Metric Definition & Thresholds
• Templates & Naming Conventions
• Consequence Summary
• Cadence & Attendees
• CAPA Lifecycle & Evidence Requirements
• Data Flow & Ownership
• Enhancement Roadmap & Budget Triggers
• Quick‑Start Training & Support
• One‑Sentence Future State
• Surveillance Audit Deliverables
• Continuous Improvement Backlog & Prioritization
• Automation & Alerts
• Success Criteria & Exit Conditions
• Residual Nonconformance Review
• Reporting Cadence & Dashboards
• Evidence Walkthrough
• Risk & Mitigation Mapping
• Go/No‑Go Decision & Next Steps