What is a compliance matrix in AGL?

One table that shows, requirement by requirement, what was asked, how it was proved and whether it was met.

EXAMPLE MATRIX · ILLUSTRATIVE STATUSES ID REQUIREMENT SOURCE (DOC + CLAUSE) VERIFICATION EVIDENCE STATUS R-01 Runway edge light colour and intensity ICAO Annex 14 Vol I + clause number Photometric test Photometric report MET R-02 Inset fixture leakage and load tests FAA AC 150/5345-46 + clause number Type tests Type test certificate MET R-03 CCR output current regulation IEC 61822 + clause number Factory acceptance test Test record + approval DEVIATION R-04 Transformer isolation test IEC 61823 + clause number Transformer tests Awaiting test record OPEN R-05 Circuit insulation resistance Project specification + clause number Site insulation test Commissioning record NOT MET SUMMARY Met 2 Deviation agreed 1 Open 1 Not met 1 open and not-met items need action before acceptance THE MATRIX RECORDS THE RESULT · EVIDENCE ON FILE DECIDES THE STATUS ILLUSTRATIVE EXAMPLE ONLY · NOT A REAL PROJECT OR AN APPROVED COMPLIANCE RECORD
met
deviation agreed
open
not met
The Fact Compliance

A compliance matrix is a table with one row per requirement. Each row holds the source, the verification method, the evidence and a status. It is where the outcome of requirement mapping is recorded, so reviewers can see at a glance what is done and what is not.

The status must come from evidence on file, not assumption. An agreed deviation is recorded as its own status with an approval reference, never counted as a pass, and any open or not-met item is resolved before acceptance.

  1. Start from the mapping. Each mapped requirement becomes a row.
  2. Define the statuses. Agree a short set, such as met, deviation agreed, open and not met.
  3. Fill from evidence. Set each status only when the record is on file.
  4. Log deviations. Note the reason and who approved it.
  5. Review before acceptance. Clear or formally accept every open and not-met item.
Requirement mapping

The tracing work: requirement to source, specification clause, test and record.

Compliance matrix

The result: for each requirement, the evidence and whether it is met.

Req IDA unique number for each requirement
RequirementOne clear, testable statement
SourceDocument, edition and clause
VerificationTest, inspection or analysis used
EvidenceReport or record kept on file
StatusMet, deviation agreed, open or not met
RemarksReason, action or deviation reference
ApprovalWho accepted a deviation, and when
The matrix shown is an invented example, not a real project or an approved compliance record. Paraphrased for learning. Follow the format, status definitions and approval rules in your contract and your regulator’s requirements.
Entry 8 · Requirement mapping Entry 10 · Technical requirement interpretation

Frequently Asked Questions

Q1What is a compliance matrix?

A compliance matrix is a table that lists each requirement with its source, how it is verified, the evidence, and a status showing whether it is met. It gives a single view of how well a design, product or installation meets its specification.

Q2What statuses should a matrix use?

Keep a short, defined set, for example met, deviation agreed, open (evidence still to come) and not met. Define each one in the document so everyone reads them the same way, and do not use a status that is not defined.

Q3Can a deviation be marked as compliant?

No. A deviation is a departure from the requirement that someone with authority has agreed to accept. Record it as its own status with a reference to the approval, so it stays visible rather than being counted as a pass.

Q4When is the matrix filled in?

It is started when the specification is written, updated as tests and inspections are completed, and reviewed before acceptance. A status should come from evidence on file, never from assumption.

Q5How does it relate to requirement mapping?

Requirement mapping traces each requirement to its source, specification clause, test and record. The compliance matrix is where the outcome of that tracing is recorded, so a good matrix is built on a complete mapping.

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