DELMIAWorks Implementation Readiness Checklist for Manufacturers

Direct answer

How should a manufacturer prepare for a DELMIAWorks implementation?

Prepare ownership, process decisions, master data, plant-floor transaction rules, integrations, reporting, testing, training, and cutover before configuration accelerates. Name process owners, document current and target workflows with exceptions, profile and govern the data, choose representative end-to-end scenarios, and define the evidence required to move through customer readiness, design, implementation, and deployment.

Establish decision rights and realistic capacity

An ERP implementation asks departments to define how work becomes a transaction. Sales owns order commitments, engineering and manufacturing define items and routings, supply chain owns planning rules, production owns labor and material reporting, quality owns nonconformance and inspection controls, finance owns valuation and close, and IT owns the technical environment. Name one accountable process owner for each chain.

Assign an executive sponsor who can resolve cross-functional conflicts and protect project time. Subject-matter experts need scheduled capacity for design sessions, data decisions, testing, training, and defect review. Listing a person on a project chart while leaving the full daily workload untouched is not a staffing plan.

Define the first-release scope and the business outcomes it must improve. Examples include inventory accuracy, schedule visibility, on-time shipment, job-cost traceability, downtime capture, quality containment, or financial close. Avoid promising outcomes that lack a baseline, owner, and measurement method.

Map the transaction chain, including exceptions

Document how a customer requirement becomes an item, quote, order, BOM, routing, material plan, schedule, production job, labor and material transaction, inspection record, shipment, invoice, and cost. Record which system and role owns each step today, where data is re-entered, and which spreadsheet or local database is acting as an unofficial subsystem.

Exception paths reveal the actual design. Include expedite requests, material substitutions, rework, scrap, outside processing, split lots, partial shipments, machine downtime, labor corrections, customer returns, nonconformance, engineering changes, and inventory adjustments. If the project only maps the perfect order, the first difficult week will create uncontrolled workarounds.

Use the design phase to decide target rules, not to reproduce every historical habit. For each change, state why it improves control or flow, who approves it, what data it needs, and how it will be tested. Park unrelated enhancements in a governed backlog so they do not expand the release invisibly.

• Define item, lot, serial, location, work-center, tooling, labor, and machine-event ownership.
• Decide where engineering changes enter the manufacturing and inventory process.
• Write transaction timing rules: who records consumption, completion, scrap, downtime, and inspection, and when.
• Map approval and correction authority for sensitive inventory, quality, and financial transactions.
• Separate required controls from preferred reports or later automation.

Profile master data before promising a migration date

Inventory customers, suppliers, items, units, revisions, BOMs, routings, work centers, calendars, machines, molds or tools, warehouses, locations, lot and serial rules, quality plans, pricing, open orders, inventory balances, and financial dimensions. For each object, identify the source, owner, count, duplicate rule, required fields, historical depth, and target disposition.

Measure completeness, uniqueness, validity, referential integrity, and freshness. An item can have a valid part number but an obsolete unit, missing lead time, broken BOM component, or routing that does not reflect the floor. Data cleanup requires process decisions, and those decisions need owners before transformation scripts are finalized.

Reconcile converted data through control totals and operational tests. Inventory quantity and value, open sales and purchase orders, work in process, receivables, payables, and general-ledger balances need finance and operations acceptance where applicable. A successful import job does not prove the business state is correct.

Design plant-floor transactions around the actual work

Walk each production area by shift. Observe where travelers, labels, scanners, terminals, machine signals, quality checks, tooling, and supervisor decisions occur. Record network coverage, power, mounting, environmental conditions, glove use, language, barcode quality, shared-login behavior, and how operators recover from a missed or incorrect transaction.

DELMIAWorks scheduling uses demand, current work orders, projected availability, material, labor, equipment, and other constraints to drive MRP, MPS, and schedule decisions. Production monitoring can apply part counts, downtime, scrap, rejects, and other shop-floor signals to orders. Those outputs remain only as trustworthy as the item, routing, status, quantity, reason-code, and timing rules feeding them.

Pilot devices and screens at the point of use. Time login, job selection, material issue, labor start and stop, production reporting, scrap, downtime, inspection, and label printing. The objective is not merely that the screen loads. It is that the right person can complete the correct transaction without slowing or confusing the work.

Inventory every system boundary and assign a source of truth

List CAD and PDM, EDI, e-commerce or customer portals, shipping, carriers, banks, payroll, timekeeping, tax, label systems, quality equipment, CMM outputs, machine monitoring, business intelligence, and any legacy database that exchanges data with the current ERP. For each interface, record direction, frequency, owner, authentication, data volume, error handling, retry, monitoring, and reconciliation.

Define the source of truth by object and event. If customer master data can be edited in two systems, decide which one publishes and how conflicts are resolved. If job completion comes from a machine signal but scrap requires an operator reason, define how those events combine. Ambiguous ownership creates accurate interfaces that still disagree.

Build failure cases into testing: duplicate message, missing required field, delayed file, partial outage, changed code, rejected transaction, and replay after correction. The operating model needs someone to see the failure, understand business impact, correct the source, and confirm reconciliation.

Test complete manufacturing scenarios, not isolated screens

Build an acceptance library from representative products, customers, materials, routings, machines, shifts, quality requirements, and financial treatments. Include a normal make-to-order job, a purchased component shortage, rework, scrap, outside processing, a schedule disruption, partial shipment, customer return, and an engineering or revision change.

Test the complete chain with converted data and intended roles. Confirm planning and scheduling results, material availability, production transactions, traceability, inspection and nonconformance, label and shipping output, invoice, inventory movement, job cost, and financial posting. Record expected results before running the case so the team is not grading the system after seeing what it did.

Classify defects by severity and process impact. A cosmetic label alignment issue differs from an inventory imbalance, failed traceability, or incorrect financial posting. Every conditional pass needs an owner, workaround risk, correction date, and retest. Go-live authority belongs to the sponsor informed by process-owner acceptance, not to the project schedule alone.

Train by role and rehearse the first production day

Create role-based exercises from the same scenarios used for acceptance. Operators practice their job and correction path, planners respond to real constraints, quality handles a nonconformance, supervisors correct transactions, finance reconciles postings, and support staff diagnose common failures. Attendance is not evidence of readiness; completed exercises are.

Write cutover prerequisites, data freeze, final conversion, inventory and financial reconciliation, interface switch, device deployment, access activation, communication, go-live authority, rollback limits, and first-shift support. Define how transactions created during the freeze are captured and entered once the target is available.

Staff hypercare across shifts with one issue channel, severity rules, daily triage, process-owner decisions, and a temporary freeze on nonessential changes. Monitor inventory differences, unposted transactions, schedule anomalies, interface failures, quality holds, shipping blocks, and shadow spreadsheets. Stabilization ends when the business operates predictably and open risks have owners, not when consultants leave the site.

• Require named role exercises before production access is considered ready.
• Rehearse final conversion and reconciliation with realistic volume and timing.
• Define rollback boundaries, especially after new production and financial transactions begin.
• Cover every production shift and remote or satellite operation in hypercare staffing.
• Hold a thirty-day review against the original business baselines and open-risk register.

Use a readiness gate before moving from planning into build

Customer readiness should produce decisions and evidence the design team can use: charter and scope, owners and capacity, current and target process maps, exception catalog, data inventory and profile, interface inventory, plant-floor assessment, reporting and control requirements, representative test scenarios, training approach, cutover outline, and open risks.

Not every open item must be closed before design begins, but every material uncertainty needs an owner, due date, impact, and decision point. If item numbering, inventory ownership, plant transaction rules, or financial reconciliation remain undefined, configuration will encode temporary assumptions that become expensive to unwind.

A readiness review should end with one of three decisions: proceed with the agreed design scope, proceed with explicit conditions and dates, or pause a workstream until a blocking decision or data condition is resolved. That discipline protects the implementation from becoming a discovery project after production commitments have already been made.

Frequently asked questions

Vendor references and method

1. Dassault Systèmes DELMIAWorks Course Catalog, official Customer Readiness, Design, Implement, and Deploy methodology phases
2. DELMIAWorks manufacturing scheduling and planning, official demand, material, resource, MRP, MPS, and scheduling context
3. DELMIAWorks production monitoring, official plant-floor and production-visibility context
4. Morphos 3D: DELMIAWorks ERP for machine shops, companion product and workflow overview
5. Checklists, sequencing, and decision gates on this page are Morphos 3D implementation guidance. Adapt them to the exact software release, infrastructure, machine, controller, quality system, and approved company procedures.