A tailored course, built for your situation
Implementing AS9100 Aerospace Quality Management System Certification
A step-by-step implementation guide for quality, compliance, and operations leaders in aerospace and defense supply chains
Each order is checked and updated against the latest insights before delivery. That is why access takes up to 24 hours rather than being instant.
The situation this course is for
Teams spend months assembling documentation only to face auditor requests for missing controls, inconsistent process mappings, or unverified supplier validations. The result: delayed certifications, repeated internal reviews, and strained cross-functional coordination.
Who this is for
Quality managers, compliance leads, and operations directors in aerospace manufacturing and MRO supply chains who own or support AS9100 certification
Who this is not for
Entry-level auditors, consultants selling certification services, or teams not yet committed to AS9100 implementation
What you walk away with
- Deliver a complete, auditor-ready AS9100 certification package in under 6 months
- Eliminate rework by aligning design, production, and QA teams on common evidence standards
- Build a reusable documentation framework for future audits and scope changes
- Increase win rates on defense and commercial aerospace contracts requiring certification
- Reduce internal coordination drag during certification cycles
The 12 modules (with all 144 chapters)
- Mapping aerospace customer requirements to AS9100 clause 4.3
- Defining organizational context in complex supply chain environments
- Identifying internal and external issues affecting quality outcomes
- Establishing leadership roles and responsibilities for QMS oversight
- Documenting scope justification for auditor review
- Aligning business objectives with quality system boundaries
- Using risk-based thinking during scope definition
- Integrating legacy systems into current scope statements
- Handling multi-site operations under a single certification
- Gathering stakeholder input for context validation
- Creating a living context register updated quarterly
- Avoiding scope creep during certification audits
- Drafting a leadership statement that passes auditor scrutiny
- Linking quality policy to strategic business goals
- Assigning accountability for policy deployment
- Communicating policy across shifts, sites, and contractors
- Integrating AS9100 principles into leadership meetings
- Measuring policy effectiveness through behavioral indicators
- Updating policy after customer or regulatory changes
- Documenting management review inputs and outputs
- Ensuring policy alignment with defense and FAA expectations
- Training supervisors to enforce policy daily
- Using policy to guide resource allocation decisions
- Creating a policy audit trail for stage 1 review
- Applying risk-based thinking to design and development
- Mapping critical processes with failure mode anticipation
- Using FMEA templates aligned with AS9100 clause 8.1
- Prioritizing risks based on customer impact and recurrence
- Documenting risk treatment plans for auditor review
- Integrating risk registers with daily operations
- Training teams to identify emerging process risks
- Updating risk assessments after nonconformances
- Linking risk planning to supplier control strategies
- Validating risk mitigation effectiveness post-implementation
- Using data to refine risk thresholds quarterly
- Avoiding generic risk statements that fail audit
- Identifying required documented information per AS9100
- Designing a document hierarchy for clarity and compliance
- Setting access controls for internal and external users
- Versioning documents to prevent obsolete use
- Creating approval workflows for quality procedures
- Storing records to meet retention and retrieval demands
- Digitizing paper-based forms without losing traceability
- Auditing document usage across departments
- Handling multilingual documentation needs
- Integrating document control with ERP and PLM systems
- Maintaining backup and disaster recovery protocols
- Preparing document samples for stage 1 audit
- Capturing customer requirements in design inputs
- Conducting design reviews at defined milestones
- Verifying designs against regulatory and safety standards
- Validating prototypes in real-world conditions
- Managing configuration changes during development
- Documenting design transfer to production
- Incorporating human factors in aerospace design
- Using digital twins to simulate design performance
- Ensuring design integrity across subcontractors
- Capturing lessons learned from past design failures
- Linking DFMEA to production control plans
- Preparing design files for auditor inspection
- Classifying suppliers by risk and criticality level
- Developing supplier evaluation scorecards
- Creating onboarding checklists for new vendors
- Requiring AS9100 certification from key suppliers
- Conducting supplier audits with standardized checklists
- Managing dual sourcing and alternate material approvals
- Tracking supplier performance metrics monthly
- Handling nonconforming materials from vendors
- Ensuring supplier data integrity in traceability logs
- Integrating supplier quality into internal reviews
- Using SCARs effectively to drive supplier improvement
- Preparing supplier evidence for certification audit
- Establishing production work instructions with quality gates
- Calibrating tools and equipment to AS9100 standards
- Implementing first-article inspection processes
- Controlling special processes like welding and heat treat
- Maintaining cleanroom and ESD compliance records
- Managing production deviations with formal waivers
- Ensuring operator training and certification tracking
- Applying configuration management to fielded assets
- Using digital work packages to reduce errors
- Monitoring process stability with SPC charts
- Capturing as-built data for traceability
- Preparing production records for auditor sampling
- Assigning unique identifiers to batches and serials
- Capturing lot and batch traceability in ERP systems
- Linking test results to individual units
- Handling traceability for repaired and overhauled parts
- Managing pedigree for critical safety items
- Using barcodes and RFID for automated tracking
- Meeting FAA and EASA traceability requirements
- Documenting material substitutions and approvals
- Ensuring traceability during kitting and assembly
- Validating traceability systems before product release
- Recovering traceability after system failures
- Preparing traceability reports for auditor requests
- Identifying nonconformances at inspection points
- Quarantining nonconforming materials securely
- Initiating CARs with root cause analysis
- Using 5-why and fishbone diagrams effectively
- Determining disposition: scrap, rework, or return
- Obtaining customer approval for concessions
- Tracking closure rates for open CARs
- Integrating CAR data into management reviews
- Preventing recurrence through process updates
- Auditing nonconformance handling across departments
- Reporting trends to executive leadership
- Preparing nonconformance files for audit
- Defining KPIs for quality, delivery, and customer satisfaction
- Collecting data from shop floor to management
- Analyzing scrap, rework, and return rates
- Benchmarking performance against industry standards
- Using dashboards to visualize quality trends
- Conducting internal audits with digital checklists
- Evaluating effectiveness of corrective actions
- Integrating feedback from customer claims
- Measuring supplier quality impact on output
- Validating measurement equipment calibration
- Reporting findings to leadership monthly
- Preparing performance data for auditor review
- Scheduling audits based on risk and change activity
- Training internal auditors to AS9100 standards
- Developing audit checklists per clause requirement
- Conducting opening and closing meetings professionally
- Documenting findings with objective evidence
- Classifying nonconformances as major or minor
- Following up on corrective action effectiveness
- Rotating audit focus across departments
- Integrating internal audit into management review
- Using audit data to improve process design
- Maintaining auditor independence and competence
- Preparing audit records for certification body review
- Scheduling management reviews aligned with business cycles
- Agenda planning to cover all AS9100 requirements
- Presenting performance data clearly and concisely
- Reviewing compliance status and audit results
- Assessing resource adequacy for quality goals
- Evaluating risks and opportunities for the QMS
- Approving changes to the quality policy or scope
- Documenting review minutes and action items
- Tracking improvement initiatives to closure
- Benchmarking against top-tier aerospace suppliers
- Using feedback to refine training and controls
- Preparing management review records for auditor validation
How this maps to your situation
- Pre-certification gap analysis
- Documentation and evidence readiness
- Cross-functional alignment
- Post-audit continuous improvement
Before vs. after
What's included with your purchase
- 12 modules with 12 chapters each (144 chapters)
- Downloadable templates and worked examples for every module
- Hand-built implementation playbook delivered alongside course access
- 30-day money-back guarantee
Delivery and format
- Course and learning environment access provisioned within 24 hours of purchase
- Hand-built implementation playbook delivered alongside course access
Format: Text-based modules and chapters in the Art of Service learning environment, plus downloadable templates and worked examples for every chapter, plus the hand-built implementation playbook delivered alongside course access.
Time investment: Approximately 8, 10 hours of focused work to complete the core implementation path, with optional deep dives adding another 4, 6 hours.
How this compares to the alternatives
Unlike generic ISO 9001 courses, this program is tailored specifically to AS9100’s aerospace requirements, including FAA, EASA, and defense supply chain expectations. It goes beyond awareness to deliver implementation-grade tools and templates.
Frequently asked
Within 24 hours your account in the learning environment is provisioned and the tailored implementation playbook is delivered alongside it.