Why this conversation matters today

• To get us started, briefly describe the event or pain that led you to explore BOM synchronization now.
• How many product families have recently experienced a BOM mismatch that affected purchasing or production in the last 12 months? Options: None in last 12 months, 1, 2-3, 4-10, More than 10
• Walk me through the last time an engineering change failed to reach production on time, step by step.
• Which functions first notice a mismatch, engineering, procurement, manufacturing, service, or multiple teams? Options: Engineering, Procurement, Manufacturing, Service, Quality, Multiple of the above, Other
• Who in your organization owns the final decision about accepting a pilot's results? Options: VP Engineering, VP Operations, VP Supply Chain, Cross-functional steering committee, CFO, Other
• If you could fix only one part of the flow this quarter, what would that be and why?

How changes leave engineering and reach production

• When an eBOM change is released, how often does the corresponding mBOM or purchasing data reflect that change within 48 hours? Options: Almost always (>90%), Often (60-90%), Sometimes (30-60%), Rarely (<30%), Never
• Describe the typical handoff steps between your PLM and ERP teams, including manual checkpoints or spreadsheets used.
• Which specific artifacts do you use to represent assemblies and alternates, for example phantom assemblies, subassembly drawings, or approved manufacturer lists? Options: Phantom assembly markers, Alternate part lists, Approved manufacturer lists, Effectivity dates, Custom attributes in PLM, CAD assembly structure, Other
• Who is usually the first person to detect a propagation failure, and what action do they take? Options: Design engineer, Production planner, Purchasing agent, Quality engineer, Service technician, Unknown
• Estimate the average time from engineering release to purchase order update for a changed part. Options: <24 hours, 24-48 hours, 3-7 days, More than 1 week, Unsure
• What breaks downstream when a change takes weeks instead of hours to propagate, in terms of cost, line downtime, or audit exposure?

When BOM drift costs real money

• Tell me about the costliest BOM mismatch you have records for in the past two years and what caused it.
• Which cost categories were impacted, procurement spend, scrap, rework, warranty, or expedited freight? Options: Procurement spend, Scrap, Rework, Warranty claims, Expedited freight, Production line downtime, Other
• On average, how much additional procurement spend occurs per quarter due to part-number errors or duplicate parts? Options: <$10,000, $10,000-$50,000, $50,000-$250,000, >$250,000, Unsure
• How does a major BOM error show up on your monthly operations reports or KPIs?
• If a pilot reduces BOM-related procurement errors by 50 percent, what is the annual cost reduction you would expect?
• Who ultimately bears the financial responsibility when incorrect parts are ordered or assemblies are built to old revisions? Options: Procurement, Operations/Plant, Engineering, Finance, Shared across departments, Other

What usually blocks a synchronization project

• Which internal objections have stopped synchronization projects in the past, is it politics between functions, lack of API access, or data quality? Options: Politics between functions, No API access, Data quality concerns, Security or compliance objections, Cost concerns, Lack of internal resources, Other
• Describe any regulatory, quality, or audit constraints that complicate sharing BOM data across systems.
• Do you have a single source of truth requirement for production BOMs, or does each function keep its own authoritative view? Options: Single authoritative production BOM, Each function maintains its own view, Hybrid with reconciliation checkpoints, Unsure
• How long would a governance disagreement between engineering and manufacturing typically delay a pilot, in weeks? Options: Less than 2 weeks, 2 to 4 weeks, 1 to 3 months, More than 3 months, Depends on leadership involvement
• Which stakeholder group tends to say no to external integrations, and what are their reasons? Options: IT/security, Procurement, Engineering, Operations, Legal/compliance, Other
• If the governance conflict is not resolved, would you stop a pilot entirely or run it in a restricted scope? Options: Stop pilot, Run restricted scope, Proceed with contingency plan, Unsure

Other routes you are considering

• What other approaches are you actively considering to solve BOM drift, external vendor platforms, PLM built-in tools, ERP connectors, or internal scripts? Options: External BOM platform, PLM vendor features, ERP connectors from integrator, Custom in-house integration, Manual reconciliation with spreadsheets, No plan yet, Other
• Which of those alternatives have you evaluated in the last six months and what was the outcome of those evaluations?
• If you stayed with your current method, what specific improvements would have to appear for you to keep it instead of changing? Options: Improved data quality, Faster change propagation, Lower cost, Clear governance model, Better audit trail, Other
• Has anyone on your team proposed building a custom integration in-house, and who would lead that effort? Options: Yes - IT or integrations team, Yes - Engineering, Yes - Third-party consultant, No internal proposal, Unsure
• Rank the top reasons you might prefer an internal solution rather than an outside partner, such as cost, control, or security. Options: Lower cost, Greater control, Security concerns, Faster internal approval, Existing internal expertise, Other
• Which incumbent capabilities are already contractually available that you might try to repurpose before buying something new?

What needs to be in place to run a pilot

• Which systems must be accessible and writable for a pilot to run, and who owns those system credentials? Options: Primary PLM, Primary ERP, CAD PDM, MES, Purchasing system, None are accessible, Other
• Do your PLM and ERP expose APIs or batch export mechanisms that can provide BOM structure and change events? Options: Both have APIs, One has APIs, other has exports, Only batch exports, No APIs or exports, Unsure
• How many FTEs can your team commit to pilot support, including integration and testing, over a 4 to 8 week window? Options: 0, 1-2, 3-5, 6-10, More than 10
• Is there a single data owner who can sign off on test data and part-number mappings, and can they make decisions within two weeks? Options: Yes, named owner available, Yes, but not enabled to sign, No single owner, Unsure
• Give an example of the current BOM data quality, including common issues like missing effectivity, duplicate part numbers, or ambiguous alternates.
• If test environments cannot be made available, would you permit a pilot on sanitized extracts or a staged dataset? Options: Yes, sanitized extracts, Yes, staged dataset, No, must use test environment, Unsure
• Which compliance or legal reviews, if any, must run before we can connect systems, for example IT security, procurement, or legal? Options: IT security review, Procurement review, Legal review, Quality/audit review, None, Other

What success looks like and who signs off

• What single metric from the pilot would make you comfortable moving from evaluation to a paid rollout, time-to-sync, error-rate reduction, or cost avoidance? Options: Time-to-sync, Error-rate reduction, Cost avoidance, Audit traceability, Other
• Which stakeholders must be satisfied with pilot results for the project to proceed, and what does each require? Options: VP Engineering, VP Operations, Procurement lead, IT/security, Quality, Finance, Other
• Estimate target values for key outcomes, maximum acceptable sync time, acceptable error rate, and expected reduction in procurement mistakes.
• How quickly do you need to see validated results to meet your internal planning, within 2 weeks, 4 weeks, or 8 weeks? Options: Within 2 weeks, Within 4 weeks, Within 8 weeks, Longer than 8 weeks, No firm deadline
• If the pilot meets the acceptance criteria, what internal approvals or purchase orders are required to start implementation?
• Who would be the final signatory for the rollout budget and what threshold would require executive approval? Options: VP Operations, VP Engineering, CFO, CEO, Cross-functional committee, Other
• What risks would make you pause expansion even if the pilot metrics were achieved? Options: Residual sync errors, Stakeholder pushback, Budget limits, Regulatory concerns, Integration instability, Other

How we get from pilot to rollout

• If the pilot proves the target metrics, what is the single fastest path for you to sign within 30 days?
• Which resources can you commit for the first 90 days of implementation, in people, test data, and environment access? Options: Dedicated integration engineer(s), Access to test environments, Project manager, Budget reserve, Executive sponsor, Other
• Do you have preferred contractual terms or procurement constraints we should know before drafting commercial terms? Options: Standard supplier contract, Need custom terms, Single purchase order, Must go through procurement RFP, Unsure
• How would you like the seller to report progress during the pilot, daily standups, weekly demos, or a shared issue tracker? Options: Daily standups, Weekly demos, Shared issue tracker, Email updates, Biweekly executive summary
• Which communication channels will your team use for post-pilot issue triage and enhancement requests? Options: Shared Slack channel, Email distribution list, Issue tracker, Weekly meetings, Vendor portal, Other
• What would stop you from moving forward quickly after a successful pilot, internal politics, budget approvals, or competing projects? Options: Internal politics, Budget approvals, Competing projects, Technical blockers, None, Other

• Solution Experience Session

• Confirm the current state and its cost
• Customer confirms the demonstrated workflow eliminates the rework and wrong purchases described in Discovery.
• Deliver a runbook of the demonstrated scenario including logs, timing data, and the transformation rule snapshot used during the session.
• Customer confirms change propagation timing meets the target of hours rather than weeks and accepts the proposed acceptance thresholds.
• Walk an end-to-end change scenario using your data
• Provide a representative CAD/PLM change package and the corresponding ERP product record for the pilot product family.
• Agreement on pilot product-family scope, required evidence to evaluate success, and the next technical steps to run the pilot.
• Validate propagation timing and exception handling
• Confirm the pilot product family and list cross-functional owners required for evaluation and acceptance.
• Provide access credentials for test environments and schedule the pilot execution window.
• Agree acceptance evidence and pilot scope
• Deliver a proposed pilot timeline and tuning plan based on the session outcomes.
• Forced validation, is this what you meant?

• Solution Experience Session
• Solution Experience Deck
• Solution Brief

• meeting
• slides
• document

• Connect PLM and ERP endpoints
• Ingest and normalize eBOM data
• Part-number mapping and cross-reference
• Author transformation rules (eBOM→mBOM→sBOM)
• Configure effectivity and revision propagation
• Implement phantom-assembly and alternate handling
• Generate and publish mBOM to ERP
• Create and synchronize service BOM (sBOM)
• Automate engineering change notice propagation
• Configure exception resolution and conflict rules
• Reconcile production, purchasing, and as-built data
• Train BOM stewards and operational users

Connect PLM and ERP endpoints

• List the PLM and ERP systems and environments to connect, and include protocol type (REST API, SOAP, database, file drop)
• Specify the connector access method required for each endpoint Options: API key, Single sign-on (SSO), Database read-only, SFTP / file drop, Other
• Provide the endpoint hostnames or base URLs for test and production deployments
• Identify the service account or user account that will be used and list required privileges against the PLM change notice and ERP part master tables
• Are there network constraints (firewall, IP allowlist, private link) that will restrict integration traffic to the integration endpoint? Options: Yes, No
• Confirm whether representative test sandboxes with production-like eBOMs and ERP part master data are available for both PLM and ERP Options: Test sandbox available for both systems, Only PLM sandbox available, Only ERP sandbox available, No sandbox available

Ingest and normalize eBOM data

• Provide a sample eBOM export (CAD assembly or PLM CSV/XML) that represents a typical pilot product family
• Specify the eBOM export formats and key field names the PLM provides (for example: part_number, qty, effectivity_date, revision, CAD_model_id) Options: CSV, XML, JSON, Proprietary PLM export
• List the typical eBOM depth and average parts per assembly for the pilot product family Options: Shallow (<=3 levels), Medium (4-7 levels), Deep (8+ levels)
• Identify any custom CAD/PLM attributes that determine manufacturing intent (for example: procure_flag, manufacturable, substitute_allowed)
• How will you handle legacy eBOM rows that are missing part numbers or revision data during normalization? Options: Create exception list for manual review, Attempt fuzzy match by description, Map to placeholder part number, Other
• Do eBOM rows include CAD model IDs or drawing numbers that must be preserved in the normalized record for traceability? Options: Yes, CAD model IDs present, Yes, drawing numbers present, No, neither present

Part-number mapping and cross-reference

• Attach an excerpt of your ERP part master for the pilot family including part number, description, supplier, unit of measure, and lifecycle status
• Indicate the current mapping strategy between PLM part IDs and ERP part numbers Options: Single canonical part number, Dual-numbering (engineering + ERP), Cross-reference table maintained manually, No formal mapping today
• Outline the rules you use to treat parts as equivalent (for example: form-fit-function, supplier alternates, lifecycle status match)
• State who currently owns authoritative part-number changes and where change notices are logged (example: PLM ECO log, procurement change register)
• How many unmapped parts in the pilot family do you estimate require manual cross-referencing? Options: 0-10, 11-50, 51-200, 200+
• What acceptance criteria will confirm part-number mapping is complete for the pilot (for example: mapped percentage target, maximum manual exceptions)

Author transformation rules (eBOM→mBOM→sBOM)

• Describe the typical eBOM-to-mBOM structural changes you expect for this product family (for example: phantom assembly collapse, consolidate subsystems, split alternates)
• Which eBOM attributes should drive transformation decisions (examples: procure_flag, manufacturing_usage, replacement_group)
• Define any product-family specific rules for substituting alternate parts during mBOM generation
• Give the desired field mappings from CAD/PLM properties to ERP part master fields (for example: CAD_drawing -> manufacturer_drawing, weight -> gross_weight)
• Who will approve drafted transformation rules for the pilot product family and where will approvals be recorded (ECO record, change log)?
• What test-case scenarios (specific ECO numbers, assembly revisions, or representative assemblies) will you use to validate transformation rule correctness?

Configure effectivity and revision propagation

• State your effectivity model for the pilot product family Options: Date-based effectivity, Serial-number based effectivity, Lot-based effectivity, Hybrid model
• Indicate how PLM revision identifiers and ERP effectivity windows are currently recorded (field names and formats)
• Attach examples of ECO records and the fields that must propagate to ERP work orders and purchase orders
• How will you resolve conflicting revisions when a running production order references an older eBOM revision? Options: Hold production until reconcile, Auto-advance to latest with approval, Create corrective work order, Other
• Do you require retention of historical mBOM snapshots for audit and as-built traceability? Options: Yes, retain snapshots for audit, Yes, but limited retention window, No, not required
• Define the measurable propagation SLA you require for revision and effectivity changes from released PLM revision to ERP mBOM update (for example: <=4 hours)

Implement phantom-assembly and alternate handling

• Outline how phantom assemblies are represented today in your CAD/PLM (for example: attribute flag, part type, or special BOM row)
• Describe how alternates are represented in your current systems (primary/alternate relationships or distinct ERP part numbers) Options: Primary/alternate link in PLM, Separate ERP part numbers with cross-reference, No formal alternate tracking
• Which manufacturing routings depend on phantom assembly collapse to produce correct mBOM and costing?
• Give examples of production scenarios where alternates must not be auto-substituted (for example safety-critical or certified components)
• Are there supplier lead-time or packaging constraints that affect alternate selection in purchasing? Options: Yes, lead-time impacts selection, Yes, packaging constraints impact selection, No constraints
• Explain the validation steps you will perform to confirm correct phantom collapse and alternate substitution during a pilot change run

Generate and publish mBOM to ERP

• Include an example mBOM that should be published to the ERP showing part numbers, quantities, effectivity, and routing references
• Choose whether publishing should create new ERP items, update existing part masters, or both Options: Create new ERP items, Update existing items, Both
• Enumerate required ERP transaction types when publishing (for example: create item, update BOM, create change order, post inventory adjustment)
• Who will approve the mBOM before it is published to production ERP and where will the approval be captured?
• Name the reconciliation artifact you expect after publishing (for example: ERP work order change log entry, PO line update, inventory reservation delta)
• Will you require rollback or soft-publish options when the ERP rejects a change due to part master or validation constraints? Options: Require rollback option, Require soft-publish with exceptions, Not required

Create and synchronize service BOM (sBOM)

• Supply a list of sBOM consumers (for example: field technician, depot repair, warranty team) and the fields each consumer requires from the master BOM
• Define the spare-part numbering convention the sBOM should use when ERP part numbers differ from field replaceable unit tags Options: Use ERP part number, Use field RMA/spare numbers, Maintain cross-reference table
• Should sBOMs include as-built serial numbers and repair histories for installed units? Options: Yes, include serial and repair history, Include serial only, No, do not include
• Explain how service substitutions should be represented in the sBOM (replacement kit numbers, repair vs replace, lifetime warranties)
• Confirm any regulatory labeling or traceability requirements for spare parts that must be reflected in the sBOM (for example: UDI for medical devices, traceability tags) Options: Yes, regulatory labeling required, No regulatory labeling required
• How frequently should sBOMs be synchronized to reflect field returns and as-serviced changes (for example: hourly, nightly, on-demand)? Options: Hourly, Nightly, On-demand

Automate engineering change notice propagation

• Include a sample engineering change notice (ECO or ECR) that will be used for the pilot showing fields to propagate
• Name the triggers that should initiate propagation to ERP (for example: ECO approval, release to manufacturing, manual release) Options: ECO approval, Release to manufacturing, Manual release, Scheduled batch
• Assign the primary owner for change notices and approvals across engineering and operations for the pilot
• Detail the hot-fix process for emergency engineering fixes and how they bypass normal batching windows
• Enumerate the audit trail and timestamp fields that must be preserved when a change notice propagates into ERP work orders and purchase orders
• Will you require staged propagation with approval gates by ECO severity level? Options: Yes, staged by severity, No, single propagation path, Conditional for selected families

Configure exception resolution and conflict rules

• Characterize common conflict scenarios between eBOM and ERP BOM that occur for the pilot family (for example: description mismatch, quantity mismatch, alternate conflict)
• Select the auto-resolution rule acceptable for quantity mismatches Options: Adjust ERP qty automatically, Create exception for manual reconcile, Create corrective inventory adjustment
• Assign the tie-breaker owner when concurrent changes from engineering and operations conflict on the same assembly
• Document parts or classes that must never be auto-corrected and include reason codes (regulatory, safety, contractual)
• Detail how conflicts should be surfaced to users (for example: alert channel, ticket creation, dashboard) and which system must receive the notification Options: Email alert, Ticketing system, Integrated dashboard, Chat alert
• Propose conflict-resolution SLA targets if required (for example: critical conflicts resolved within 4 business hours)

• Master Services Agreement (MSA)
• Statement of Work (SOW)
• Subscription Order Form
• Order Confirmation & Payment Schedule
• Data Processing Agreement (DPA)
• Data Access & Security Addendum
• Acceptance Criteria & Pilot Test Plan
• Implementation Timeline & Milestones
• Cross-Functional Owner Confirmation
• Service Level Agreement (SLA)
• Change Order Agreement

• Go-live Health Check (weeks 1-4)
• First Measurement Review (weeks 4-10)
• Acceptance Gate Review (around day 90)
• Ongoing Operational Review (quarterly)

• Buyer to confirm any approved enhancement requests for scheduling and provide acceptance criteria for each.
• Buyer to supply any additional PLM/ERP test-case data and confirm environments for re-run.
• Both parties to schedule and document the rule-tuning and controlled sync windows before the acceptance gate.
• Restate acceptance criteria and numeric targets
• Produce a documented acceptance decision against each Solution Scope criterion, with supporting evidence.
• For any unmet criteria, capture remediation items with owners, completion dates, and verification steps.
• Agree the next-meeting cadence and operational handoff tasks if the pilot is accepted.
• Record the acceptance decision and attach metric evidence to the journey workspace.
• Create the remediation backlog entries with owners and target completion dates for any conditional or failed criteria.
• Seller to publish the operational runbook and verification checklist for steady-state monitoring.
• Quarterly metric trends
• Confirm the platform continues to meet or progress toward the Solution Scope targets for time-to-sync and mean time to resolve sync errors.
• Resolve or re-prioritize persistent operational issues and ensure an owner is assigned to each high-severity item.
• Create a prioritized list of enhancement requests with tentative scheduling for the next quarter.
• Maintain the shared issue channel with SLA commitments for triage and resolution timeframes.
• Seller to produce the quarterly metric report and submit it to the shared workspace before the next review.
• Re-confirm success criteria and owners
• Deployment connectivity and at least one successful pilot sync run are verified.
• All pilot users needed for measurement are confirmed with access and basic training completed.
• Open blockers are documented with owners and target resolution dates before the next meeting.
• Export and share the most recent sync run logs and a list of successful/failed transactions.
• Buyer to confirm the list of pilot users and their access levels in the platform.
• Seller to triage high-priority blockers and publish remediation ETA before the first measurement meeting.
• Present metric dashboard vs targets
• Determine whether time-to-sync and BOM mismatch error rate are trending toward the Solution Scope targets and document gaps.
• Agree a prioritized corrective action list with owners and dates to bring metrics to target by the acceptance gate.
• Confirm additional test cases and data needed to validate fixes.
• Seller to deliver a detailed export of sync latency distribution and item-level mismatch logs.
• Deployment and connectivity validation
• Present final outcome data against each criterion
• Root cause analysis for shortfalls
• Operational incidents and ticket burn-down
• Enhancement request queue review
• Prioritize corrective actions
• User access and onboarding status
• Document pass/fail per criterion and the acceptance decision
• Early adoption signals and usage patterns
• Change-control and upcoming releases
• Agree remediation items for any failed or conditional criteria
• Confirm additional test cases and data requirements
• Schedule rule-tuning and verification windows
• Open issues, blockers, and owners
• Plan transition to ongoing operations
• Agree immediate remediation actions