Description

A focused course, tailored for you

The Precision Motion Control Compliance Dossier Playbook

One product dossier that answers AS9100, ITAR, CMMC, and FAA Part 21 reviewers without rebuilding the evidence pack for each audience.

Four overlapping reviewers want the same actuator program documented four different ways, and engineering time is leaking into reconciliation work that does not improve a single product.

$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

A precision motion-control program lives at the seam of multiple regulator and customer regimes. The AS9100 surveillance team wants configuration management, special-process control, and corrective-action evidence. ITAR and EAR licensing wants a controlled-technology access log and an export classification decision per part number. CMMC Level 2 wants security control evidence with a defensible CUI scope. FAA Part 21 production-approval reviewers and the DER want airworthiness substantiation tied to a configuration baseline. Customer prime contractors then ask for their own variant of the same evidence with their own template. The dominant failure mode is four parallel binders maintained by four different owners, none of which agree on which configuration baseline they describe, with engineering time spent harmonising them at year end instead of building product. The course teaches a single-source dossier pattern that publishes filtered views per audience while the underlying evidence stays under one configuration baseline.

What you walk away with

Author a single product compliance dossier per program that satisfies AS9100, ITAR/EAR, CMMC Level 2, and FAA Part 21 reviewers from one configuration baseline.
Cut the reconciliation cycle between four parallel binders to a single review pass per program per quarter.
Produce a defensible CUI scope for a precision motion-control program that the CMMC assessor accepts without rescoping.
Maintain a controlled-technology access log that an ITAR compliance officer signs off on the first review.
Tie airworthiness substantiation to the configuration baseline so the DER and the Part 21 production-approval reviewer read the same evidence.

The 12 modules

Module 1. The single-source dossier pattern for a controlled hardware program

Lays out the architecture: one configuration baseline per program, one evidence repository keyed to that baseline, and audience-specific filtered views generated from it. Walks through the failure mode of four parallel binders, the engineering hours lost to reconciliation, and what changes when the underlying source-of-truth never forks. Concrete worked example using a representative servo-actuator program with mixed aerospace and defense applications.

Module 2. Configuration baseline as the spine of every compliance artefact

Builds the configuration baseline that every downstream dossier section points to: part number tree, effectivity ranges, change control authority matrix, and the record of every engineering change that moved the baseline. Shows how AS9100 clause 8.5.6, FAA Part 21 production-approval expectations, and customer prime contract change-control requirements all read against the same baseline if it is structured correctly upfront.

Module 3. Traceability chain from supplier lot to flight or fielded hardware

Walks the traceability chain a reviewer can follow from a serial-numbered actuator back to the supplier heat lot, the special-process certification that touched the part, the inspection records, and the conformity decision. Covers special-process control under AS9100 clause 8.5.1.2, supplier flow-down per DFARS 252.204-7012, and the lot-traceability evidence an FAA reviewer expects when granting production approval.

Module 4. Export classification and the controlled-technology access log

Builds the export classification artefact per part number (ITAR USML category vs. EAR ECCN), the controlled-technology access log that records who saw which controlled drawing and when, and the deemed-export decisions for foreign-person engineers. Covers the licensing decisions that change once a precision motion-control product moves from commercial to military application and how to document that transition without re-baselining every related artefact.

Module 5. CUI scope defensible to a CMMC Level 2 assessor

Defines the CUI scope for a precision motion-control program: which drawings, which test data, which engineering analyses, and which supplier correspondence carry CUI markings, and which engineering systems they flow through. Shows the scoping decisions that hold up under assessment and the ones that collapse into a full enclave scope when poorly justified. Includes the asset categorisation that maps to CMMC asset categories without redrawing the engineering network.

Module 6. Security control evidence drawn from existing engineering workflows

Takes the CMMC Level 2 control set and shows which controls are answered by evidence already produced inside the engineering, quality, and IT functions if surfaced correctly, versus which require net-new artefacts. Covers access control evidence drawn from the PLM system, audit log evidence drawn from CAD vaulting, configuration change evidence drawn from ECO workflows, and incident response evidence aligned to the existing engineering escalation path.

Module 7. Airworthiness substantiation tied to the configuration baseline

Builds the airworthiness substantiation pack for a precision motion-control component: design assurance level, verification matrix, qualification test report, and the substantiation narrative that links each requirement to the configuration baseline established in module 2. Walks through the artefacts a DER reviews, the artefacts a Part 21 production-approval reviewer reads, and how to author them once so both audiences can read what they need without forking the source.

Module 8. AS9100 surveillance audit pack built from the dossier

Generates the AS9100 surveillance audit pack by filtering the master dossier: special-process control evidence, FOD program evidence, counterfeit-parts program evidence, configuration-management evidence, and on-time-delivery and quality data. Covers the surveillance scope questions, the typical findings in precision motion-control suppliers, and the artefacts that close those findings the same week they open.

Module 9. Customer prime audit pack and the flow-down evidence

Builds the audit pack a prime contractor's supplier quality team asks for: flow-down evidence for the prime's specific contract clauses, counterfeit-parts policy alignment, cybersecurity flow-down evidence for DFARS 252.204-7012 and 252.204-7020, and the program-specific quality data the prime tracks per shipment. Shows how to publish a prime-specific view of the dossier without authoring a separate binder.

Module 10. Cross-program library: reusable evidence with program-specific overrides

Lifts the parts of the dossier that are common across programs (overall quality system, cybersecurity practice, supplier control framework, special-process certifications) into a reusable library, and defines the program-specific overrides that sit on top. Cuts the per-program dossier build from a quarter-long effort to a few engineering weeks. Includes the governance pattern that keeps the library current as the underlying programs evolve.

Module 11. Change control across four regimes from one engineering change

Walks one engineering change through its effect on every downstream compliance artefact: configuration baseline update, AS9100 change-control documentation, ITAR re-classification check, CMMC scope re-evaluation, and airworthiness re-substantiation if the change is configuration-significant. Shows the workflow that produces all five updates from one ECO submission without separate parallel reviews.

Module 12. First 90 days running the dossier pattern on a live program

Step-by-step rollout plan: pick the first program, freeze its current state, build the configuration baseline, migrate the existing binder content into the dossier structure, run a dry-run AS9100 surveillance pack and a dry-run prime audit pack against the dossier, then expand to the next two programs. Includes the stakeholder conversations with engineering, quality, program management, export compliance, and IT, and the evidence that proves the pattern is working at the 30, 60, and 90 day marks.

How this addresses your situation

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

Two AS9100 surveillance findings in the last cycle pointed at configuration management inconsistencies between engineering and quality records, and the corrective-action close-out is overdue.

An ITAR compliance review is open against the controlled-technology access log because it does not record who saw which controlled drawing during a recent engineering review.

A CMMC Level 2 assessment is on the schedule and the current scope sweeps the entire engineering network into the assessment boundary, which would push the assessment cost and the remediation timeline well past what is sustainable.

A customer prime sent a supplier-quality audit request for a specific actuator program and asked for program-specific cybersecurity flow-down evidence that the existing binders do not produce in the format requested.

What you get with this course

Twelve text-based modules covering the single-source dossier pattern, configuration baseline, traceability, export classification, CUI scoping, CMMC evidence, airworthiness, AS9100 surveillance pack, prime audit pack, cross-program library, change control, and 90-day rollout.
Downloadable templates for the configuration baseline register, controlled-technology access log, CUI scope memo, CMMC evidence index, airworthiness substantiation matrix, AS9100 audit pack index, and prime audit pack index.
Worked example based on a representative precision motion-control actuator program with mixed aerospace and defense applications.
Hand-built implementation playbook sized to one of the buyer's live programs, delivered alongside course access within 24 hours of purchase.
30-day money-back guarantee.

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

Within 24 hours of purchase, the buyer's account in the Art of Service learning environment is provisioned and the hand-built implementation playbook is delivered alongside it.

Modules are released in sequence so the buyer can begin the first-program rollout in week one while later modules are reviewed.

The implementation playbook is sized to one live program the buyer nominates at purchase.

Before and after

Before

Four parallel binders for AS9100, ITAR, CMMC, and FAA, four owners, three months of engineering time per year spent reconciling them, and a recurring failure mode where the binders describe different versions of the same actuator.

After

One product compliance dossier per program, one configuration baseline, one evidence repository, and audience-specific filtered views generated on demand. Reconciliation work disappears. Engineering time goes back to building product.

What happens if you do not address this

Each new surveillance cycle, licensing review, CMMC assessment, and prime audit costs more engineering and quality time than the last because the parallel binders keep diverging. The cost shows up as overdue corrective actions, deferred design work, and program managers spending review cycles on documentation reconciliation instead of program execution.

Who it is for

A senior engineer, engineering manager, quality manager, or program manager inside a precision motion-control or precision-mechanical manufacturer that ships actuators, servo systems, motion-control subassemblies, or related hardware into mixed aerospace, defense, industrial, medical, or space programs. Comfortable with engineering change control and configuration management, owns or co-owns at least one program-level compliance artefact, has had to face an AS9100 surveillance audit and a customer prime audit in the same quarter.

Who this is NOT for. Pure-play software companies with no controlled hardware. Pure aerospace primes who only buy from suppliers and never produce hardware. Engineers whose work has no controlled-technology, export-controlled, or airworthiness component. Anyone looking for a generic ISO 9001 quality-system intro.

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. Roughly twelve to sixteen hours of reading and template work across the twelve modules, plus the operational time to apply the dossier pattern to a first live program over the following 60 to 90 days.

Why $199 is the right number

Generic ISO 9001 or AS9100 training does not address the multi-regime overlap that defines precision motion-control compliance. Standalone CMMC readiness offerings do not connect the security evidence to the configuration baseline a Part 21 reviewer reads. Big consulting engagements solve the immediate audit but leave the buyer with binders rather than a pattern they can run themselves on the next program. This course teaches the pattern and ships the playbook sized to the buyer's actual program.

FAQ

Does this assume our quality system is on a specific PLM or QMS platform?

No. The dossier pattern is platform-agnostic. The templates work on the major PLM and QMS platforms used in aerospace and defense manufacturing, and the implementation playbook calls out the platform-specific notes for the buyer's environment.

We are not a CMMC Level 2 prime contractor, only a sub-tier supplier. Does the CUI scoping content still apply?

Yes. The CUI scoping module covers the sub-tier supplier case directly, including the flow-down clauses that bring CUI obligations to a precision motion-control supplier without the supplier holding a prime contract.

How is the implementation playbook tailored to our program?

At purchase the buyer nominates one live program. The hand-built playbook is then written against that program's product type, regulatory mix, customer base, and current state of the parallel binders. It is not a template fill-in.

Can multiple engineers and program managers on our team use the same course access?

The course access is per-buyer. For multi-seat access for an engineering team, contact us and we will quote a team licence.

What if we already have an AS9100 surveillance pack and an in-progress CMMC scope? Is there overlap?

Yes, the dossier pattern is designed to absorb existing artefacts rather than replace them. Module 12 walks through the migration from current binders into the dossier structure without invalidating the audit work already done.

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.