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    QHSEtech
    Updated 28 September 2026
    Aerospace procurement guide

    Aerospace QHSE Software: Test the Evidence, Not the Label

    Aerospace quality, special-process accreditation, first-article inspection and worker safety create related but different records. This guide does not rank software as certified or compliant. It helps a buyer define the applicable standard, customer flow-down, product configuration and acceptance evidence before comparing platforms.

    Jump to the 43 products

    Editorial responsibility: Dimitris Mitsios (Founder of The QHSE Standard; product marketing at Tekmon) · Tekmon pays for sponsored placements on this site (disclosure) · How pages are made · LinkedIn

    Aerospace sources were checked against IAQG, PRI and SAE pages on 28 September 2026. Product notes rely on each profile's cited vendor documentation; they are not results of hands-on testing, certification review or customer testimony.

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    Explore its published safety, quality and maintenance workflows. Confirm modules and pricing in a scoped proposal.

    On this page (9 sections)

    Separate three assurance questions

    AQMS and customer scope

    Identify whether 9100, 9110 or 9120 applies, the certification boundary and the customer-specific requirements to flow down.

    Process accreditation

    Treat Nadcap as supplier-and-process accreditation. Record the applicable commodity, audit criteria, scope, findings and retained evidence.

    Product and supplier records

    Link drawing revision, FAI, nonconformance, change, supplier action and training without assuming one application owns every record.

    What the primary sources establish

    Use these source boundaries to write the requirement. Standards and accreditation pages establish the programme and record context; they do not endorse any product in the list.

    • IAQG 9100 quality-management-system overview: IAQG describes 9100 as a quality-management-system standard for aviation, space and defence organizations that can be used across the supply chain. Its support page also links the current clarifications and deployment materials.
    • IAQG certification scheme and OASIS: IAQG describes 9100, 9110 and 9120 as distinct AQMS standards and OASIS as the system holding certification, auditor and audit-result information. A software feature or vendor claim is not an AQMS certificate.
    • IAQG published standards register: The register distinguishes 9102 first-article inspection requirements, 9101 audit requirements and other aerospace standards from the 9100-series QMS standards. Determine which publications and customer requirements actually apply before specifying software fields.
    • PRI Nadcap accreditation overview: PRI describes Nadcap as an industry-managed accreditation programme for critical processes. Accreditation belongs to the supplier and audited process scope; using a checklist or tracking application does not make software, or its customer, Nadcap accredited.
    • SAE AS9102 first-article inspection record: SAE lists AS9102C as the verified current revision dated 28 June 2023. Confirm the edition and forms required by the customer rather than relying on a generic FAI label.

    Name the system of record before the demo

    RecordAcceptance questionCommon boundary
    AQMS document or changeWhich approved revision reaches the operator, and how is superseded content blocked?PLM, ERP and document-control ownership
    First article inspectionWhich AS9102 edition and customer forms are generated from the controlled design record?Drawing ballooning, measurement collection and customer submission
    Special-process evidenceWhich supplier, commodity, accreditation scope and expiry are checked before release?PRI accreditation data versus internal supplier approval
    Nonconformance and corrective actionCan the original discrepancy, disposition authority, root cause and effectiveness evidence be exported?MRB, CAPA and supplier corrective-action entitlements
    Worker-safety recordDoes a changed chemical or machine instruction trigger the responsible EHS review?EHS records remain distinct from product conformity

    Aerospace quality products to investigate

    The directory list follows the published documented-capability rule shown with the cards. Inclusion establishes a research starting point, not aerospace certification or suitability. Ask every vendor to demonstrate the same controlled scenario.

    Tekmon pays for a sponsored placement (above); its place in this list follows the same rule as every entry. How lists are ordered

    Same rule for every product: tagged “Quality Management”, “CAPA Management”, “Nonconformance” or “First Article Inspection”, with a sourced nonconformance, CAPA or first article inspection capability in its record, or one the vendor stated to us, labelled as vendor-stated. 43 qualify; the first 8 are shown, then the other 35.

    Also meet the rule, in the same order (35)

    Run one controlled aerospace scenario

    1

    Introduce a design change

    Change one characteristic on a synthetic part and identify every affected work instruction, inspection plan and open order.

    2

    Trigger a partial FAI

    Have the responsible reviewer decide the FAI scope. Generate the required form and retain the source revision and measured result.

    3

    Create a supplier discrepancy

    Record a failed characteristic, route the disposition through the approved authority and send a supplier corrective action without overwriting the original evidence.

    4

    Change the special-process status

    Expire or narrow a synthetic supplier accreditation and demonstrate what is blocked, warned or left to a manual decision.

    5

    Export the decision trail

    Retrieve the revisions, approvals, attachments, signatures and unresolved exceptions, then identify which systems contributed each field.

    Keep product quality and worker safety linked but distinct

    A coating, sealant or composite process can create both a product-conformity record and a worker-safety record. 29 CFR 1910.1200 addresses hazard communication, while 29 CFR 1910.147 addresses hazardous-energy control during servicing and maintenance. A quality approval does not replace either safety workflow.

    For relevant EU operations, REACH Regulation (EC) No 1907/2006 provides the chemical-regulatory context. Ask the proposed system to route a material or supplier change to the responsible quality and EHS reviewers while retaining their separate decisions.

    Use chemical-management, document-control and supplier-management requirements as separate checklist sections rather than treating “QHSE” as proof of one complete suite.

    Require these boundaries in the proposal

    Named applications, editions, modules, user roles and deployment region.
    Interfaces to PLM, ERP, metrology, supplier portals and the existing QMS, including failed-transfer ownership.
    Customer-specific forms, approval authorities, electronic-signature meaning and retention requirements.
    Migration of revisions, attachments, supplier status and open actions, with reconciliation evidence.
    Configuration, validation or acceptance deliverables, training, support, renewal and complete exit export costs.

    Method and limitations

    This is a documentation review organized around the QHSEtech methodology. No product was audited against an aerospace standard, and no certification, accreditation, regulatory acceptance or guaranteed outcome is assigned.

    Confirm the current standard edition, customer flow-down and certification scope with the responsible quality team and the applicable scheme or customer. Retain untested requirements as open rather than translating marketing language into a pass.

    Turn requirements into comparable evidence

    Give each candidate the same change, FAI, supplier and export scenario, then keep unmet and untested boundaries visible beside the quote.

    Open the demo scorecard

    Continue the evaluation

    Document control softwareAudit platform comparisonSupplier management softwareCAPA management softwareRisk assessment softwareSoftware buying guide

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    Frequently Asked Questions

    Can aerospace QHSE software be AS9100 certified?
    This review does not establish software certification. IAQG describes certification of an organization's aerospace quality management system through its certification scheme. Evaluate whether the proposed software supports your controlled processes and evidence without presenting the product as the certificate.
    Does software make a supplier Nadcap accredited?
    No. PRI describes Nadcap accreditation for suppliers performing critical processes or product-related services. Software may help organize audit criteria, evidence and expiry dates, but accreditation scope and status come from the Nadcap programme.
    What should an aerospace FAI demo prove?
    Use the AS9102 edition and customer forms that apply to your work. Trace every reported characteristic to the controlled design revision, measurement source, reviewer decision and exported record. A feature named FAI is not sufficient evidence.
    Should the QMS replace PLM, ERP or metrology systems?
    Do not assume that it should. Name the authoritative system for design, orders, measurements, supplier approval and quality decisions, then test identifiers, failed transfers and reconciliation across the proposed interfaces.
    How should aerospace software pricing be compared?
    Request a common scope covering named applications, sites, roles, integrations, migration, configuration, acceptance evidence, training, support, renewal and exit exports. Compare complete proposals rather than a generic platform label or starting price.