A focused course, tailored for you
Audit-Ready QA for Regulated Enterprise Platforms
Build the test framework that engineering trusts and compliance can trace.
A release goes out clean from QA's perspective. Two weeks later, the audit team circles back: the test evidence does not map to the controls listed in the SOX walkthrough. Now the QA team is rebuilding test documentation retroactively, while the next release is already in staging.
$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
At a regulated consulting firm, QA does two jobs simultaneously: verifying software works and generating evidence that satisfies the compliance function. Most QA engineers learn one of those two jobs well. The second one, audit evidence design, control coverage mapping, and regulatory change intake, gets learned on the job, under pressure, one painful retroactive documentation sprint at a time. A Lead QA Engineer carries both, and when the two do not connect cleanly, the gap lands on their plate.
The 12 modules
Module 1. Control Coverage Mapping: How QA and Compliance Read the Same Software
The gap between a test pass and a control verification is where audit findings live. This module maps the language difference between QA (test case, defect, coverage) and compliance (control, attestation, evidence). You build a shared vocabulary that lets you run one QA cycle and produce output readable by both engineering and the internal audit function without running two separate review tracks.
Module 2. Building a Test Case-to-Control Matrix for SOX Environments
SOX IT general controls touch user access, change management, data integrity, and backup and recovery. Each one requires test evidence. This module walks through building the matrix that links your regression test suite to the specific ITGC your external auditor will inspect. You end each release cycle with a populated matrix, not a retroactive documentation sprint the week before fieldwork.
Module 3. GDPR Testing: What Data Privacy Compliance Actually Requires from QA
GDPR testing is not functional testing with a privacy banner added at the end. It requires validating consent capture, data subject rights workflows, retention logic, and breach detection paths. This module covers the test cases that a Data Protection Officer and an external auditor both need to see, and how to write them so they satisfy both without running separate test cycles.
Module 4. DORA Readiness: ICT Risk and the QA Framework for Financial Services
The Digital Operational Resilience Act requires ICT risk management documentation that most QA functions have not been asked to produce before. This module covers what DORA expects from testing: resilience testing evidence, third-party ICT oversight, incident classification testing, and the reporting artefacts that your ICT risk officer needs before your firm's next regulatory review cycle.
Module 5. Audit Trail Design: What Evidence Your Test Runs Need to Produce
Audit trails are not logs. They are structured evidence chains that let a reviewer reconstruct a decision without talking to you. This module covers the design choices in your test tooling, whether Jira, Azure DevOps, qTest, or Zephyr, that determine whether a test run produces an audit trail or just a timestamp. You leave with a trail specification you can implement before the next release.
Module 6. Defect Management for Compliance-Critical Systems
A defect in a compliance-critical system is not just a bug. It is a potential control failure. This module covers defect classification by compliance impact, the escalation criteria that trigger a compliance team notification, and how to document waived defects in a way that does not create an audit finding three months later when the auditor asks why you shipped with that item open.
Module 7. Test Documentation That Survives an Auditor's Review
Most test documentation is written for engineers. This module rebuilds it for auditors: what artefacts they expect, how they verify completeness, and what the common gaps look like in a documentation set that passes internal review and fails external. You produce a documentation template set that satisfies both audiences without maintaining two separate sets of artefacts.
Module 8. Regulatory Change Intake: Building the QA Pipeline for Shifting Requirements
A new regulatory requirement arrives. Someone from legal forwards a summary email. Now it is a QA problem. This module builds the intake process: how to receive a regulatory change, parse it for testable requirements, write the test cases, and get them into the next sprint without a two-week design detour or a last-minute UAT surprise the day before go-live.
Module 9. Release Gates for Regulated Platforms: When QA Signs Off and When It Does Not
What does QA sign-off actually mean on a regulated platform? This module defines the release criteria that include compliance sign-off, what happens when compliance is not ready but engineering is, and how to write release gate documentation that protects the QA Lead when a post-release audit question arrives. Includes the release readiness checklist and sign-off template you can adapt immediately.
Module 10. Test Strategy Presentations for Compliance and Risk Stakeholders
The QA strategy deck that lands with the engineering director is not the same deck that lands with the Chief Risk Officer. This module covers how to present test coverage, defect rates, and control gaps to a compliance or risk audience that reads in terms of exposure and materiality, not test case counts and pass rates. Includes the slide structure and the metric translations that work.
Module 11. Vendor and Third-Party QA: Managing Test Evidence Across Your Supply Chain
When a third-party vendor delivers software into your regulated environment, you own the test evidence whether or not you wrote the tests. This module covers vendor QA oversight: what to require in contracts, how to review vendor test documentation, and how to build the supplemental test set that closes the gaps your auditor will find if you rely solely on vendor-supplied evidence.
Module 12. Building a QA Team That Works with Audit, Not Around It
The mature state is a QA function that audit treats as a partner, not an obstacle to route around. This module covers the team practices: shared test planning sessions with compliance, standing evidence review meetings before each release, the QA lead's role in audit fieldwork support, and the metrics that demonstrate control coverage to a non-technical audit committee without a lengthy explainer.
How this addresses your situation
Specific modules that map to what you said you are dealing with.
SOX ITGC testing deadline this quarter: module 2 gives you the test-case-to-control matrix that the external auditor can trace without a QA walkthrough session.
GDPR data subject rights workflow not covered in your current regression suite: module 3 adds the privacy test cases that satisfy both the DPO review and the privacy-layer audit.
Vendor delivered a new integration and you need to sign off on their test evidence: module 11 covers the review framework and the supplemental test set you build to close the gap before fieldwork.
Chief Risk Officer wants a QA coverage report before the next risk committee: module 10 translates your test metrics into risk-exposure language that lands without a translator in the room.
Who it is for
Lead QA engineers and QA architects at consulting firms, financial services technology teams, or enterprise software organizations where the software being tested is subject to regulatory or audit scrutiny. You write test plans that engineering trusts and you are now also the person compliance calls when the auditor asks a question about test coverage.
Who this is NOT for. QA engineers at early-stage startups with no compliance obligations, or test automation engineers whose work is purely functional with no regulatory overlay.
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. 6-8 hours across 12 modules, self-paced. Each module closes with a template you implement immediately. Most leads complete the matrix-building modules in the first two hours and carry the output directly into the next sprint.
FAQ
Is this relevant if our firm uses a GRC platform that handles control tracking?
Yes. The course covers how your test evidence feeds into a GRC platform and what the platform needs from QA to close the control loop. The test case-to-control matrix in module 2 is structured to be exported into any GRC system your compliance team uses.
We use Azure DevOps for test management. Does the course cover that tooling?
Module 5 covers audit trail design across the major test management platforms, including Azure DevOps. The trail specification you build in that module is tool-agnostic and then implemented against your actual tooling in the accompanying template.
How is this different from a compliance certification course?
This is a QA course, not a compliance certification. It teaches you how to build and run a test function that produces compliance evidence. It prepares you for the audit fieldwork conversation where the auditor asks to see your test evidence, not for a compliance exam.
