Description

A focused course, tailored for you

Product Assurance Engineering for Defence Programs

Name: Product Assurance Engineering for Defence Programs
Price: 199 USD
Availability: InStock

Build the V&V plans, CDRL packages, and nonconformance closure artefacts that hold up under DCMA surveillance.

A nonconformance report surfaces three days before a milestone review. The closure evidence package takes two engineers a day to reconstruct. The root problem is not the nonconformance itself but the absence of ready artefacts: a live traceability matrix, a disposition log the program manager can read, and a DCMA-audit-ready quality package. This course builds those artefacts from scratch.

$199 one-time

Tailored to your situation. Access within 24 hours. 30-day money-back.

Includes a hand-built implementation playbook delivered alongside course access, generated for your specific situation.

Why this course

Product Assurance Engineers on government defence programs carry a deceptively wide accountability. They own requirement-to-test traceability, configuration item audit trails, supplier quality oversight records, nonconformance disposition evidence, and the CDRL deliverables that satisfy contract data requirements. Each of those outputs must be audit-ready at any point in the program lifecycle, not assembled under pressure when DCMA schedules a surveillance visit or the program office flags a milestone risk. The gap is rarely effort. It is the absence of a repeatable build sequence for each artefact class, so every milestone preparation becomes a reconstruction exercise rather than a review exercise.

What you walk away with

Build a requirement-to-test traceability matrix that maps every contract requirement to its verification method and test record without gaps.
Construct a nonconformance log and disposition record structure that supports closure at any program phase without emergency reconstruction.
Prepare CDRL-ready quality summary packages the program office and contracting officer can read independently.
Design a supplier quality oversight record set that satisfies AS9100 and DCMA surveillance expectations.
Establish a configuration audit trail for software and hardware deliverables that holds up under a formal configuration audit.
Build a milestone-readiness quality checklist that converts surveillance preparation from a reactive sprint into a standing review.

The 12 modules

Module 1. Contract Requirements to Quality Obligations

Map the SOW, CDRL list, and applicable MIL-STDs to the specific quality artefacts the programme office will ask for at each milestone. This module builds the obligation register that drives every subsequent artefact: which deliverables are due, under which data item description, at which programme event, and who owns each one. Outcome: a populated obligation register ready to share with the programme manager.

Module 2. Requirement-to-Test Traceability Matrix

Build the RTM from contract requirements through allocated requirements, design verification methods, test procedures, and test execution records. The module covers the column structure that satisfies a DCMA compliance review, the update cadence across programme phases, and the common gaps that turn a milestone RTM review into an emergency. Includes a worked example based on a hardware integration programme with mixed CDRL DI-MISC and DI-NDTI deliverables.

Module 3. V&V Planning: Test Plans, Test Procedures, and Test Reports

Write a qualification test plan that satisfies DI-NDTI-81259, map it to the RTM, and structure test procedures so execution records feed directly into the traceability matrix. This module covers the review and approval workflow inside a defence prime, the configuration control of test documentation across increments, and the specific evidence a DCMA test surveillance representative wants to see during an in-progress review.

Module 4. Nonconformance Management: Log, Disposition, and Closure

Build a nonconformance report structure and disposition workflow that produces closure evidence a programme manager and contracting officer can read without interpretation. Covers MRB authority levels, use-as-is versus repair versus scrap dispositions, corrective action linkage, and the audit trail format that satisfies both AS9100 clause 8.7 and a DCMA product surveillance visit. Includes the most common closure package gaps found during surveillance reviews.

Module 5. CDRL Package Assembly for Quality Deliverables

Construct the CDRL packages for the quality data items most common in defence programmes: Software Development Plan quality annexes, Test and Evaluation Master Plan inputs, Quality Assurance Surveillance Plan deliverables, and the formal inspection and acceptance report. This module covers the DID compliance checklist, the preliminary versus final submission workflow, and the most frequent reasons contracting officers reject quality CDRLs on first submission.

Module 6. AS9100 Quality Management System for a Defence Programme

Implement the AS9100 Rev D clauses most directly relevant to a defence programme QA function: clause 8.1 operational planning, clause 8.4 control of externally provided processes, clause 8.5 production and service provision, and clause 9.2 internal audit. This module builds the procedure set and objective evidence structure needed to pass a third-party AS9100 surveillance audit while simultaneously satisfying DCMA process reviews.

Module 7. Supplier Quality Oversight: Surveillance Plans and Records

Write a supplier quality surveillance plan that covers source inspection authority, first article inspection requirements, certificate of conformance acceptance criteria, and supplier corrective action request workflow. The module builds the oversight record set that satisfies AS9100 clause 8.4 and the prime contract flow-down requirements. Includes the documentation a DCMA contractor purchasing system review will inspect when evaluating how the prime manages its critical suppliers.

Module 8. First Article Inspection: Planning and Evidence Package

Plan and execute a first article inspection to AS9100 and AS9102 requirements. This module covers the FAI planning checklist, the design characteristic accountability form, the material and process certification record set, and the functional test report linkage. Particular attention to the partial FAI conditions that apply after an engineering change, and the evidence package structure required when a customer or DCMA representative conducts an independent FAI review.

Module 9. Configuration Audit Trail: FCA, PCA, and Baseline Control

Build the configuration audit evidence set for a functional configuration audit and physical configuration audit against a defence programme baseline. Covers the FCA checklist tied to the requirements baseline, the PCA checklist tied to the product baseline, and the configuration status accounting records that demonstrate the delivered item matches the approved design. Includes the most common findings from DCMA configuration management reviews and how to close them before the formal audit.

Module 10. DCMA Surveillance Preparation: What They Actually Inspect

Map the DCMA surveillance activities most relevant to a product assurance function: contract management, quality assurance, manufacturing and production, and earned value system surveillance. This module translates each DCMA activity into the specific artefacts and objective evidence required, so surveillance preparation becomes a standing review process rather than a reactive sprint. Includes a surveillance-readiness scorecard and the remediation steps for the most frequently cited findings.

Module 11. Milestone Readiness: Quality Evidence for Programme Reviews

Build the quality evidence package for each major programme review: System Requirements Review, Preliminary Design Review, Critical Design Review, Test Readiness Review, and Functional Configuration Audit. This module covers the quality-specific entrance and success criteria for each review, the metrics and objective evidence the programme office needs from the QA function, and how to present nonconformance status and corrective action closure in a way that supports rather than delays milestone approval.

Module 12. Repeatable QA Operating Rhythm for a Defence Programme

Consolidate the artefact library into a sustainable operating rhythm: a weekly quality status cadence, a monthly supplier oversight cycle, a quarterly internal audit schedule, and a milestone-driven delivery calendar. This module builds the programme-specific quality management plan that describes the entire artefact system in one document, satisfies DI-QCIC-81910 or equivalent CDRL requirement, and gives the programme manager a single reference for QA accountability across the programme lifecycle.

How this addresses your situation

Specific modules that map to what you said you are dealing with.

DCMA surveillance scheduled with 10 days notice: Modules 6, 9, 10 give you the standing artefact set and the readiness scorecard to run a gap check today.

Milestone review in three weeks with open nonconformances: Modules 4 and 11 build the closure evidence package and the quality evidence summary the programme office needs.

New supplier added to the programme: Modules 7 and 8 produce the surveillance plan and FAI package required before first article acceptance.

AS9100 re-certification audit approaching: Modules 6, 7, and 12 build the internal audit record set and quality management plan that demonstrates clause compliance.

What you get with this course

12 written modules covering the full product assurance artefact library for defence programmes.
Downloadable templates: RTM, nonconformance log, CDRL DID compliance checklist, FAI planning checklist, supplier surveillance plan, FCA/PCA evidence checklist, milestone readiness scorecard, quality management plan outline.
Worked examples based on hardware integration and software-intensive defence programme contexts.
Hand-built implementation playbook tailored to your programme type and contract structure, delivered alongside course access.

What you will have in hand by Day 1, Week 1, Month 1

Within 24 hours your account in the learning environment is provisioned and the tailored implementation playbook is delivered alongside it.

Before and after

Before

Milestone preparation is a reconstruction exercise. Nonconformance packages are assembled under pressure. DCMA surveillance visits require two days of evidence gathering. CDRL submissions come back with requests for additional data.

After

Each artefact class has a standing build sequence. Nonconformance closure evidence is current at all times. DCMA surveillance preparation is a 90-minute review of existing records. CDRL packages pass on first submission.

What happens if you do not address this

Without a structured artefact build sequence, every programme milestone and every DCMA surveillance event becomes a reactive sprint. The risk is not failing an audit outright but accumulating findings that delay milestone approvals, trigger corrective action requests, and consume engineering time that should be on design or integration work. On a cost-plus programme, that time is visible to the contracting officer.

Who it is for

Senior Product Assurance Engineers and Quality Engineers on US defence programs who own V&V planning, nonconformance management, CDRL preparation, and supplier quality surveillance. Typically embedded in programs operating under CMMI, AS9100, MIL-STD-1553, or DoD 5000 acquisition frameworks. The course serves engineers who already know the domain but want a structured build sequence for the artefact library a defence program QA function actually needs.

Who this is NOT for. Commercial product quality roles without defence acquisition context. Engineers looking for theory-first certification prep rather than artefact-build practice. Roles with no contract or CDRL accountability.

How it arrives

Text-based course in the Art of Service learning environment, plus downloadable templates and worked examples for every module, plus the hand-built implementation playbook delivered alongside course access.

Time investment. Approximately 4-6 hours across the 12 modules. Each module is self-contained so you can work through the artefacts most urgent to your current programme phase first.

Why $199 is the right number

Internal training covers process compliance but rarely builds artefact-level proficiency for the specific CDRLs and audit evidence packages a defence programme QA function owns. PMI or ASQ certification paths address quality management principles but not the DoD acquisition context. This course is the build sequence for the specific deliverables, not a framework overview.

FAQ

Is this relevant if my programme is CMMI-appraised rather than AS9100-certified?

Yes. The artefact build sequences in this course map directly to CMMI process areas as well as AS9100 clauses. Modules 1 through 5 and Module 12 are framework-neutral; Modules 6 and 7 call out AS9100 specifically but the objective evidence structures apply to CMMI appraisal contexts as well.

Does this cover software quality assurance or is it hardware-focused?

Both. The RTM module and the configuration audit module explicitly cover software-intensive programmes with mixed hardware and software deliverables. The CDRL module includes DI-MCCR and DI-IPSC data item descriptions alongside the hardware-oriented DI-NDTI deliverables.

What does the implementation playbook add beyond the course modules?

The playbook is built for your specific programme context: contract type, CDRL list, applicable MIL-STDs, and programme phase. It sequences the artefact builds in the order most useful to your current milestone calendar rather than the generic instructional order of the course modules.

30-day money-back guarantee. If after a week of working through the materials this is not what you needed, reply to the receipt email and a full refund is processed. No questions, no forms.

Within 24 hours your account in the learning environment is provisioned and the tailored implementation playbook is delivered alongside it.