Quick introductions — who shows up when the rubber meets the road

• Who on your team will be directly involved in evaluating and approving a manufacturing partner for this program? Options: VP Operations / Head of Ops, Director of Manufacturing, Program Manager, Head of Supply Chain / Procurement, Lead Hardware Engineer, Quality Manager, Finance / Commercial, Other (please name)
• Which single person has the final budget or executive sign-off authority for engaging a new contract manufacturer on this program?
• How have the people you just listed worked together on prior product ramps—smoothly, with friction, or rarely together? Options: Very smoothly, Some friction but productive, Often stalled by politics, Rarely collaborated before, New team / first time
• Tell us about one past ramp where decision-making helped or hurt execution—what happened and what did that feel like for the team?
• Are there any stakeholders not on the immediate team who will still influence decisions (e.g., OEM board, strategic supplier, investor)? If yes, who? Options: Board / Executive Committee, Major investor, Existing contract manufacturer, Strategic supplier, Regulatory or compliance group, No additional stakeholders, Other (please name)

If decisions wobble, what gets broken first (and why it matters)

• What would need to happen in the first 90 days for you to say decision-making is already slowing the ramp?
• Where do decisions most often stall today—technical tradeoffs, supplier selection, budget sign-off, or change-control debates? Options: Technical tradeoffs, Supplier selection, Budget approval, ECN/change control, Quality acceptance, Other
• Who typically escalates issues, and how long does an escalation usually take to resolve? (If you don't track time, estimate.) Options: <24 hours, 1–3 days, 4–10 days, >10 days, Not sure / no formal escalation
• When decisions have gone wrong in the past, which consequence hurt the program most—cost overruns, missed launch date, yield collapse, or lost supplier options? Options: Cost overruns, Missed launch date, Yield collapse, Supplier shortages / single-source problems, Customer satisfaction/recall risk, Other
• How does it feel internally when a cross-functional decision fails—annoying, career-risking, or something that gets fixed without drama? Options: Annoying and costly, Creates tension but recoverable, Career-impacting for owners, Usually fixed quietly, Unsure / varies

Are we actually using the same definition of 'good'?

• If you had to list the top three measurable outcomes that define a successful ramp for this product, what are they? Options: First-pass yield %, Time-to-first-pilot, Time-to-full-rate, Cost-per-unit, Supply continuity / days of stock, Number of escaped defects, Other (please specify)
• For each outcome you selected, what numeric target or threshold would feel like 'success' (e.g., 95% FPY by pilot, <12 weeks to first pilot)?
• Which of those outcomes is non-negotiable for each stakeholder group (Ops, Engineering, Supply, Finance, Quality)? Please map the must-haves per group. Options: Ops, Engineering, Supply Chain / Procurement, Quality, Finance / Commercial, Executive / Board
• Which outcome are you willing to trade a little on to protect another (for example, longer timeline to protect unit cost or vice versa)? Give one realistic trade-off you’ve accepted or would consider.
• How will you measure and report progress against these outcomes—what cadence and which dashboards or KPIs are trusted internally? Options: Weekly ops cadence, Biweekly cross-functional review, Monthly executive summary, Ad-hoc issue-based updates, No formal cadence yet, Other

Who's actually responsible — and who is pretending to be?

• Which single role owns engineering change control (ECN authority) during pilot and who owns it at full-rate?
• Is there a named owner for supply risk mitigation (single-source components, long-lead items)? If yes, who and what authority do they have? Options: Yes—Procurement with sourcing authority, Yes—Program Manager with escalation power, Yes—Third-party supply manager, No single owner, Other (please name)
• If a supplier fails to meet a critical component delivery during pilot, who will make the go/no-go call and who executes the contingency?
• Do you have formal backups or cross-trained owners for key roles (e.g., QM, process engineer, sourcing lead)? If yes, list them or describe readiness. Options: Fully backfilled and documented, Partial backups identified, No backups / single points of failure, Not sure
• How comfortable are you with the current RACI for this program—fully confident, some gaps, or not at all confident? Options: Fully confident, Some gaps but manageable, Significant gaps, No RACI in place

When do you start losing faith in a partner — and how do you want to be warned?

• What early warning signs would make you question a contract manufacturer's ability to execute the ramp? Options: Missed pilot dates, Consistent yield drops, Poor change-control discipline, Supply instability for key parts, Inadequate test coverage, Lack of clear root-cause analysis
• Tell us about a time you lost confidence in a supplier—what triggered it and how long did it take to recover or move on?
• What reporting cadence and level of detail would make you comfortable that risks are being managed (e.g., daily shop-floor KPIs, weekly RCA summaries, monthly exec dashboards)? Options: Daily shop-floor KPIs, Weekly tactical review, Biweekly cross-functional review, Monthly exec summary, Ad-hoc on major events, Other
• How do you prefer to receive bad news—direct and immediate, filtered through a program manager, or only with mitigations attached? Options: Direct and immediate, Filtered through PM with mitigation plan, Only with mitigation options, Depends on severity
• If a critical metric drifts beyond a threshold, who should be automatically notified and what immediate actions do you expect? Options: Program Manager, Head of Ops, Quality Lead, Supply Chain Lead, Executive Sponsor, Other

Imagine launch day — what looks different when the handoff really worked?

• Picture the product at full-rate with stable yields—what three concrete things would you point to as proof the ramp succeeded? Options: Sustained FPY above target, On-time deliveries to customers, Manufacturing cost targets met, No critical open engineering changes, Supply chain fully qualified, QA acceptance metrics met
• Who signs the final acceptance for pilot-to-full-rate transfer, and what documentation or evidence must accompany that signoff?
• What are the tangible handoff artifacts you absolutely need (e.g., BOM freeze, validated test plans, trained operators, documented process controls)? Select all that apply. Options: BOM maturity / approved BOM, Validated test procedures, Process flow and control plans, Operator training records, Spare parts / critical long-lead list, Change control access / ECN process
• How will lessons learned and improvement actions be captured post-ramp—and who owns the backlog for ongoing improvements? Options: Host owns backlog, Guest owns backlog, Shared backlog with joint owners, No plan yet
• When you celebrate a successful transfer, what internal recognition or structural change happens (e.g., program closed, headcount reallocation, executive memo)?

What do we do next so this doesn't become another hopeful plan that stalls?

• What are the non-negotiable outstanding concerns that would prevent you from committing to a pilot within the next quarter?
• Which proof points or demonstrations would move you fastest—pilot build, capability demo, third-party reference, or a small guaranteed SLA? Options: Pilot build with results, Facility tour and capability demo, Customer references / case studies, Short-term guaranteed SLA, Technical deep-dive workshop
• What timeline do you need for a commercial decision (dates or time-window), and who must be present or convinced at each decision gate? Options: Within 2 weeks, Within 1 month, 1–2 months, This quarter, Longer than a quarter
• Who else do we need to brief or bring into the next conversation to clear the remaining blockers (name and role)?
• If we were to provide a short, targeted proof-of-capability package tailored to your top risk, which of these would you pick? Options: Pilot run focused on yield stabilization, Supply risk mitigation plan with alternate sources, Technical deep-dive and process mapping, ECN / change-control demonstration, Quality systems and test coverage audit
• Finally, what would a successful next meeting look like to you—what decisions or artifacts should come out of it?

Start: Paint Today’s Picture

• Walk me through the current end‑to‑end flow from prototype to your latest build—who touches the product at each handoff and what are the formal milestones?
• Which stage best describes where you are today? Options: Prototype only (engineering samples), EVT/DVT builds, Small pilot (<1k units), Low-volume production (1k–10k), Full-rate production (>10k), Ongoing iterative builds/mixed stages
• Where is assembly and test currently performed? Options: In-house at OEM site, Single contract manufacturer (CM), Multiple CMs across sites, Shared in-house + CM (hybrid), Regional subcontractors
• How long (typical ranges) from design freeze to a first pilot-capable build in your environment? Options: <2 weeks, 2–6 weeks, 6–12 weeks, 3–6 months, >6 months
• Which functions formally own the handoff from design to manufacturing (select all that apply)? Options: Design Engineering, Process/NPI Engineering, Program Management, Supply Chain/Procurement, Quality, Operations/Manufacturing, Customer/Executive Sponsor
• Describe the existing process documentation, SOPs, or work instructions that guide your builds today (where they exist and where they don’t).

Where It Breaks Down (and You’ve Learned to Live With It)

• Which recurring problem during ramps do you find yourself accepting as 'normal' even though it costs time or money?
• Which of the following failure modes have you observed across recent builds? (select all that apply) Options: Intermittent electrical failures, Mechanical fit/assembly issues, Test escapes in field, Supplier part quality variation, Solder/joint defects, Connector/mating failures, Software/hardware integration defects, Other
• When a failure appears, how quickly is it detected and where—during assembly, in functional test, in field validation, or after shipment? Options: Immediate during assembly, During functional test, During system-level validation, Post-shipment/field, Detection is inconsistent
• Tell me about a recent ramp incident that forced a schedule change—what happened, who pushed back, and what was the real root cause?
• Which teams feel the operational pain most visibly when issues surface (select up to three)? Options: Design/Engineering, Manufacturing/Operations, Supply Chain/Procurement, Quality/Compliance, Program Management, Customer Success/Account

The Invisible Constraints — What’s Quietly Throttling You?

• If you had to name one invisible constraint that routinely slows or derails ramps, what would it be and why?
• Which of these constraints are present in your program right now? (select all that apply) Options: Single-source components or allocation risk, Incomplete BOM or variant confusion, Insufficient test coverage/fixtures, Tooling capacity limits, Lack of qualified suppliers, Workforce or skill gaps on assembly/test, Change-control bureaucracy, Budget or capital restrictions, Other
• For each constraint you selected, roughly how long would it take your team to remediate it without external help? Options: <2 weeks, 2–8 weeks, 2–6 months, >6 months, We don’t have a plan
• Have any of these constraints directly caused a missed ship date or a failed pilot? If so, tell me the story and the magnitude of impact.
• Are there contractual, regulatory, or IP restrictions that limit your ability to shift suppliers, change components, or alter production locations? Options: Yes—significant restrictions, Yes—some restrictions, No significant restrictions, Unsure

When Prototype Won’t Behave Like Production

• What parts of your prototype would most likely fail or behave unpredictably when you attempt high-volume assembly?
• Which of these prototype-to-production gaps apply today? (select all that apply) Options: Materials/tolerances differ, Hand-built fixtures vs. automated assembly, Test access is limited, Design relies on lab-only processes, Custom parts not manufacturable at scale, Thermal/DFM issues emerge at volume, Other
• Which components remain single-source, allocated, or at high supply risk (list categories or specific parts)?
• How mature is your BOM and the revision-control process (pick the best match)? Options: BOM mature + controlled in PLM/ERP, Mostly mature but some manual lists, BOMs are fragmented across teams, BOMs are ad-hoc and frequently inconsistent
• How often do engineering changes arrive after pilot start, and how are they prioritized? Options: Daily, Weekly, Monthly, Rarely, No formal prioritization
• What’s your process for validating that a prototype fix will behave the same when scaled to production volumes?

People, Decisions, and Who Actually Signs Off

• If the ramp were in crisis today, who would you expect to be in the room making the decisions—and who would you prefer was there but often isn’t?
• List the roles/titles that have final sign-off authority for engineering changes, supplier changes, and production transfers.
• How are change approvals routed and recorded today? Options: PLM/ECN workflow, ERP change orders, Email + spreadsheets, Dedicated NPI tool, Ad-hoc verbal approvals
• Where do disagreements typically occur—scope, schedule, cost, or quality? Give an example where that disagreement cost you time or progress.
• Who holds supplier escalation authority when a critical part fails—do suppliers know who to call? Options: Clear single escalation owner, Shared escalation across teams, Reactive/no clear escalation path, Suppliers escalate directly to us and to leadership
• How confident are you in your current governance cadence (reviews, gates, telemetry) to catch ramp issues early? Options: Very confident, Somewhat confident, Not confident, We don’t have a consistent cadence

Data, Tests, and What We Actually Trust

• What single metric would you be embarrassed to show your CEO about this ramp—what keeps you awake at night?
• Which of these metrics are tracked routinely for your builds? (select all that apply) Options: First-pass yield, Cpk/process capability, DPPM/PPM, Throughput rate, Test coverage per failure mode, Time to root cause, Supplier defect rate
• How consistent and searchable is your historical build data when you need it for root-cause analysis? Options: Fully searchable and centralized, Mostly available but fragmented, Hard to access, needs manual collation, We lack historical build data
• Which tests are manual versus automated in your current flow (describe categories or % split)?
• How do you validate test coverage against escape modes—do you have a living fault‑mode matrix and traceability? Options: Yes—living matrix with traceability, Partially—some documented traceability, No formal matrix, but ad-hoc checks, No validation of test coverage
• When you run a failure investigation, what's the typical time-to-closure and what usually prevents a faster resolution? Options: <24 hours, 24–72 hours, 3–10 days, >10 days, Investigation often stalls indefinitely

If We Could Snap Our Fingers — The Production You’d Love to Wake Up To

• Imagine constraints vanish and you have 12 months—what does a successful production state look like and how would day-to-day operations feel different?
• Which three measurable signals would tell you the ramp is successful (select up to three)? Options: Target first-pass yield achieved, Sustained throughput meeting demand, Cost per unit target met, Supply chain risks mitigated (no single-source), Engineering change rate stabilized, On-time shipments to customers, Quality metrics below target DPPM
• Which risks would you eliminate first if you could, and why (supplier, design, test, people, or process)?
• What timeframe would you consider acceptable for moving from pilot to full-rate production for this program? Options: <3 months, 3–6 months, 6–12 months, >12 months, Depends on milestones
• What specific support would you expect from a contract manufacturer to bridge prototype-to-production gaps (select all that apply)? Options: Process engineering/NPI support, Supply chain sourcing & dual-sourcing, Test development and fixtures, Tooling and automation setup, On-site pilot management, ECN/change implementation, Quality system ownership
• What would make you feel we earned an ongoing seat at the table as your ramp partner—what are the non-negotiables?

Quick Background — Bring Me Up To Speed

• What is the program name, product family, and a one‑sentence description of the function we’ll be manufacturing?
• Which best describes the product maturity you are handing off for pilot builds? Options: Working prototype (lab use only), Engineering prototype with field trials, Beta units with limited customers, Production-intent prototype
• What target first‑year volume should we assume for planning capacity and supply ramp? Options: <1k units, 1k–10k units, 10k–50k units, 50k–200k units, >200k units
• Who from your team will be the day‑to‑day program lead during pilot and ramp execution? (Name, role, contact preference)
• Are you currently planning to transfer production from in‑house, from another CM, or start fresh with us? Options: Transfer from in‑house, Transfer from another CM, New build at our CM

What Keeps You Up at Night About the Launch?

• If this launch fails to meet your ramp goals, what is the single biggest consequence your leadership worries about?
• Which of these problems would cause the most schedule disruption if they occurred during pilot? Options: Critical part shortages, Low first‑pass yield, Test failure coverage gaps, Engineering change backlog, Supplier capacity shortfall
• How have previous NPI or ramp efforts felt emotionally—more like controlled urgency, constant firefighting, or something in between? Options: Controlled urgency, Periodic firefights, Constant scrambling, Calm and managed
• Tell us about a past ramp that surprised you—what happened, how long did it take to recover, and what did you learn?
• How tolerant is your exec team for timeline slips, cost overruns, or early quality escapes (select the closest)? Options: Low tolerance—must hit deadlines, Moderate—some flexibility, High—prioritizes quality over speed, Depends on customer commitments

Where the Plan Feels Fragile (BOM, Suppliers, Single‑Source Risks)

• How complete and validated is your BOM today—do you have confirmed PN-level parts, approved alternates, and manufacturer sources? Options: Fully complete with alternates, Mostly complete, some alternates missing, Partial BOM with many placeholders, Component-level decisions pending
• Approximately what percentage of your BOM is currently single‑sourced or at risk of single sourcing? Options: 0–10%, 11–25%, 26–50%, 51–75%, 76–100%
• Which components are long‑lead or constrained today (list top 5 or upload later)?
• What contingency is already allocated for constrained parts—safety stock, dual‑sourcing, approved alternates, or none? Options: Safety stock allocated, Dual‑sourcing planned, Alternates identified but not qualified, No contingency yet
• How willing are you to accept approved form/fit/function alternates if they reduce single‑source risk? Options: Very willing, Open to discussion, Prefer to avoid unless necessary, Not willing
• Which suppliers (contract manufacturers, commodity houses, EMS partners) are already qualified or preferred for this build?

Can We Prove Production Without Breaking the Schedule?

• If we had to run pilot builds tomorrow, what key test capabilities are missing that would block a valid pilot? Options: Functional test hardware, Burn‑in capability, ICT/fixture, Environmental chambers, No blocking gaps
• Do you have a defined test plan and acceptance criteria for pilot builds (unit tests, system tests, first‑pass yield thresholds)? Options: Complete test plan with pass/fail criteria, Draft plan needing refinement, High‑level objectives only, No test plan yet
• Who owns ECN/engineering change approvals today and will they have access to implement changes during pilot on our floor?
• How confident are you that required test fixtures and software will be ready on the pilot start date? Options: Very confident, Somewhat confident, Uncertain, Not confident
• If test coverage gaps exist, which approach do you prefer: scope pilot to what’s testable, accelerate fixture delivery, or accept manual verification for early builds? Options: Scope pilot narrower, Accelerate fixtures, Manual verification, Hybrid approach

Who Will Own the Pressure Moments?

• When a yield hit or supplier failure occurs during pilot, who must be in the room to make decisions (roles, not names)? Options: Program Manager, Design Engineer, Supply Chain Lead, Quality/Compliance, Operations/Plant Manager, Other
• Do you have an established escalation path and SLA for engineering changes and supplier issues during ramp? Options: Yes, documented and agreed, Verbal process exists, No formal escalation path, Unsure
• What decision authority, dollar or schedule thresholds, should we assume we can act on without executive signoff?
• How do you prefer status and issue reporting during pilot (cadence and format)? Options: Daily standup + dashboard, Twice weekly summary, Weekly executive report, On‑demand via shared workspace
• Would you allocate on‑site engineering/support at our facility during the first X pilot builds and if so, for how long? Options: No onsite support, Partial days for first builds, Full‑time onsite for 1–2 weeks, Full‑time onsite until pilot complete

What Does Success Actually Look Like (Targets We Can All Rally Around)?

• What are your target acceptance metrics for pilot-to‑full transfer (first‑pass yield, DPPM, cycle time, throughput)? Please provide numeric targets where possible.
• What timeline does success require—how many weeks from pilot start to approved full‑rate transfer? Options: <4 weeks, 4–8 weeks, 8–16 weeks, >16 weeks
• Which metric will be treated as the gating metric for scaling to full rate (select one)? Options: First‑pass yield, Sustained throughput, Supplier fill rate, Test coverage/failure rate
• Are there customer or regulatory acceptance criteria we must meet before shipping pilot units beyond internal metrics? Options: Yes—customer specified, Yes—regulatory, Both customer and regulatory, No external criteria
• What post‑ramp support would feel necessary to you (service spares, 24/7 support, dedicated engineering team, knowledge transfer sessions)? Options: Spares and logistics, Dedicated engineering support, 24/7 escalation, Formal knowledge transfer, Other

If Things Break, What’s the Backup Plan?

• How much buffer (time or inventory) have you budgeted for supply disruptions or rework during pilot? Options: No buffer, 1–2 weeks, 3–6 weeks, >6 weeks
• Do you have qualified alternate suppliers or internal rework centers we can call on if primary sources fail? Options: Yes, alternates qualified, Alternates identified but not qualified, No alternates, Working to qualify alternates
• What’s your preferred approach to engineering changes discovered during pilot—fast emergency ECN, controlled weekly ECN, or freeze until pilot completion? Options: Emergency ECN, Controlled weekly ECN, Freeze changes, Hybrid based on impact
• How do you want cost tradeoffs handled when a mitigation (alternate parts, rework, expedited freight) increases unit cost temporarily? Options: We approve with limits, Host should proceed and log costs, Require pre‑approval for >X%, Case‑by‑case
• Who on your team will own supplier remediation and qualification when issues are found?

What Would Make Us a Trusted Partner (Expectations & Deliverables)?

• Which deliverables would you expect from us at pilot handover (process docs, PFMEA, control plan, test fixtures, training materials)? Options: Process docs, PFMEA, Control plan, Test fixtures & SW, Operator training, All of the above
• How do you prefer pilot acceptance to be documented—checklist signoff, statistical report, or a hybrid executive summary + data pack? Options: Checklist signoff, Statistical report, Hybrid summary + data pack, Other
• What cadence for joint reviews would you want during pilot (daily, every build, weekly, milestone-based)? Options: Daily, Every build, Weekly, Milestone-based
• Which KPIs should we publish on a shared dashboard to keep you comfortable about progress? Options: Yield by SKU, Supplier fill rate, Open ECNs, Test failure rate, Throughput, All of the above
• If we propose a prioritized readiness checklist to get to pilot start, would you be willing to commit owners and timelines to each item? Options: Yes—full commitment, Yes—partial commitment, Need to review internally, No

Deciding the First Small Steps — Practical Next Moves

• Given everything above, what single risk would you like us to tackle first to increase confidence for pilot start?
• Which of these starter activities would you prioritize for the next 2 weeks? Options: BOM freeze & alternate qualification, Test fixture development, Supplier capacity confirmation, Process documentation & training, ECN access and approval workflow
• Who needs to be invited to a 45‑minute kickoff to agree the readiness checklist and owners? Options: Program Manager, Design Lead, Supply Chain Lead, Quality Manager, Operations Lead, Other
• Realistically, when is the earliest pilot build window you can commit to after we align on the checklist? Options: <2 weeks, 2–4 weeks, 4–8 weeks, >8 weeks
• Is there any sensitive information or constraints (NDA, export, IP, supplier exclusivity) we should be aware of before we start executing readiness activities? Options: Yes—details to follow, Yes—restricted access only, No constraints, Unsure

Quick Orientation — Who Are We Collaborating With?

• Please tell us your name, title, and the function you own for this program (e.g., VP Ops, Program Manager, Head of Supply Chain).
• Which best describes your organization today with respect to this product? Options: Startup / early-stage, Scale-up / growth, Established OEM, Spin-out / new program within larger firm, Other
• How would you characterize the current maturity of your prototype relative to production readiness? Options: Proof-of-concept (limited functionality), Working prototype with lab validation, Field-tested prototype, Production-intent prototype with known gaps, Already running small-scale pilots
• Who is the executive sponsor and who will be the day-to-day contact for ramp decisions? Please include names, titles, and preferred communication channel.
• What single business outcome is driving this ramp right now (e.g., revenue target, contract delivery, regulatory deadline, product launch)? Options: Revenue/market entry, Customer contractual delivery, Regulatory/compliance milestone, Strategic capacity build, Other

What Keeps You Up at Night About This Ramp?

• If you woke up tomorrow and this program had a major failure, what would it most likely be—yield collapse, supply shortage, QA escape, or schedule slip? Options: Yield collapse, Critical component shortage, Quality escape (customer defect), Schedule delay, Other
• How often have you experienced that failure mode in past ramps, and what were the consequences (e.g., revenue loss, customer escalation, line shutdown)?
• Which of these stressors matters most to your leadership right now? Options: First-pass yield, Time-to-market / schedule, Unit cost / margins, Supply chain resilience, Regulatory/qualification risk
• How does the possibility of an engineering change during ramp make you feel—reassured it will improve robustness, or anxious it will disrupt schedule? Options: Reassured (improvements likely), Anxious (risk of disruption), Neutral / depends on change, Unsure
• Describe a recent manufacturing ramp you were part of where expectations were not met—what specific signs showed you were off-track early on?

Where Prototype and Production Tend to Fight

• What component, design feature, or process step do you believe is most fragile when moving from prototype to volume?
• Which of these documentation or process gaps exist today for this product? Options: Incomplete BOM or BOM variants, Insufficient assembly documentation, No standardized test procedure, Unvalidated supplier specifications, Work instructions not finalized
• What fraction of assemblies currently have proven test coverage that would catch a critical field defect before shipment? Options: >90%, 70–90%, 40–70%, <40%, Unknown
• Are there differences between how the prototype was built and how you intend production to be built (tools, tolerances, materials)? If so, describe the top 2 differences.
• How mature are your supplier relationships for long-lead or specialty items—do you have qualified alternates or single-source dependencies? Options: Multiple qualified suppliers, Primary + 1 alternate, Single-source with roadmap, Single-source no alternate, Unknown

If This Fails, Who Notices (and Who Decides)?

• When decisions get hard during ramp, who holds final authority—operations, engineering, procurement, or the customer? Options: Operations, Engineering, Procurement/Supply Chain, Customer/Program Office, Executive sponsor
• Who are the non-negotiable stakeholders we must align with (names/roles), and what will they measure to sign off on pilot and full-rate?
• Which stakeholder groups are most likely to veto a proposed change, and what are their primary concerns? Options: Quality, Program Management, Supply Chain, Finance, Customer/Contract, Other
• How do you prefer governance to work during ramp—tight staged gates, weekly cross-functional reviews, or escalation-by-exception? Options: Staged gates with formal sign-off, Weekly cross-functional review, Escalation-by-exception, Ad hoc as issues arise
• Tell us about your typical escalation path—who gets involved at Tier 1, Tier 2, and Tier 3 for a production-critical issue?

What Would Make Everyone Breathe Easier?

• Imagine 90 days after ramping to target rate—what three measurable outcomes would lead each stakeholder to call the ramp a success?
• Which of these success signals matter most to you right now? Options: First-pass yield, Throughput / units per week, Cost per unit, LTTR (Lead Time to Replenishment), Customer return rate / ppm
• What is the minimum acceptable first-pass yield and the stretch target you’d be proud of?
• Are there contractual acceptance tests, reliability benchmarks, or qualification gates we must meet? Please list or upload references if available. Options: Yes—formal contract tests, Yes—internal reliability benchmarks, No formal tests, Unknown / need help defining
• How much warranty/field-failure risk is leadership willing to accept during the first six months of production? Options: Minimal (near-zero), Moderate (measured tolerance), High (acceptable for speed), Not sure

Single Points of Failure — Let’s Call Them Out

• Name the single component, supplier, or process step that would stop production if unavailable or unstable.
• For the items you named, what are current lead times and any known allocation or obsolescence risks?
• Do you currently hold any safety-stock, long-lead inventory, or consigned parts to mitigate these risks? Options: Yes—safety stock held, No—just-in-time, Vendor-managed inventory, Other
• How would losing that supplier/component impact your launch timeline in weeks? Options: <1 week, 1–4 weeks, 1–3 months, >3 months, Unknown
• Have you validated alternate suppliers or qualified substitutions? If yes, which ones and what remains outstanding?

How Much Change Can Your Organization Absorb?

• If we recommend process or design-for-manufacturing changes, what level of disruption is acceptable—minor tweaks, short pause for validation, or full rework? Options: Minor tweaks only, Short pause for validation acceptable, Full rework acceptable if justified, Unsure / depends on impact
• Describe your engineering change process—what approvals, timelines, and documentation are required to implement a change on the line?
• Who signs off on ECNs for pilot vs full-rate, and how long do approvals typically take?
• How flexible is your sourcing team to add qualifiers or do expedited RFQs when alternate sources are needed? Options: Very flexible / fast, Somewhat flexible, Slow / requires cycles, Not flexible / constrained
• What internal training or resource constraints might limit your ability to adopt new assembly processes quickly?

Pilot Success — What Will Make Us Stop, or Keep Going?

• What would be an immediate red flag during pilot builds that would trigger a pause or escalation? Options: Yield below threshold, Critical test failures, Supply interruptions, Safety/regulatory failure, Other
• What are your go/no‑go criteria for proceeding from pilot to limited-rate production (please list specific metrics and thresholds)?
• How do you want pilot data presented—real-time dashboards, weekly summaries, root-cause reports, or decision-ready packets? Options: Real-time dashboards, Weekly summaries, Root-cause focused reports, Decision-ready packets (data + recommendations)
• If pilot outcomes fall short of targets, who must agree on remediation plans and how quickly must fixes be implemented?
• What level of iterative test / rebuild budget and time do you have allocated for pilot troubleshooting? Options: Significant (flexible), Moderate (planned buffer), Minimal (tight), None / must be fixed immediately

Commercials, Deadlines, and Unspoken Constraints

• Is there a firm external deadline (contractual delivery, trade show, regulatory date) that cannot move? Options: Yes—firm external deadline, Yes—but negotiable, No firm deadline, Unknown
• Is there a hard budget ceiling or capex limit for ramp activities we must not exceed? Options: Yes—hard cap, Yes—soft cap, No fixed cap, TBD
• Which commercial terms are non-negotiable from your side (payment milestones, liability, warranty, acceptance tests)?
• Are there commercial incentives or penalties tied to ramp milestones we should be aware of? Options: Yes—penalties exist, Yes—incentives exist, Both incentives and penalties, No
• How do you prefer to structure pilot pricing and risk—fixed-fee pilot, cost-plus with cap, or time-and-materials? Options: Fixed-fee pilot, Cost-plus with cap, Time-and-materials, Hybrid

The Practical Checklist — What We Need From You This Week

• Which of these artifacts can you provide within 7 days to accelerate our assessment? Options: Complete BOM with part numbers, Assembly drawings and IPC standards, Existing test plans/procedures, Known supplier contracts, Sample units for teardown
• Are physical samples available for immediate shipment to our engineering team? If so, how many and when? Options: Yes—available now, Yes—available in <1 week, Available in >1 week, No samples available
• Who will provide access to customers, field data, or warranty history if we need to correlate issues?
• What are the top three questions you hope we answer in the first discovery week?
• Finally, what would make you feel confident enough after discovery to move to a scoped pilot with us?