LEARN. PRACTICE. GROW.Test Automation Engineering: architecture and evidence
Eight lessons, 40 questions, and eight cases on testability, architecture, fixtures, pipelines, contracts, diagnosis, and improvement. Independent CTAL-TAE preparation.
Objectives and progression
Independent CTAL-TAE v2.0 preparation with eight lessons and 48 original decisions on sustainable automation implementation. Practice tool selection, observability, data setup, separation of logic and adapters, pipeline result integration, and verification of the testing mechanism itself. Fictional positions, export, and APS-transition cases distinguish product, test, and environment failures. The internal assessment has 32 decisions in 60 minutes and covers eight domains. Playwright and Pact provide practical examples supported by their documentation without being presented as a mandatory exam stack. The official exam has 40 questions, 66 points, and a 43-point pass in 90 minutes. This course neither reproduces official scoring nor awards certification.
Audience: Test automation engineers, technical testers, developers, and APS professionals involved in pipelines and quality.
Prerequisites: Testing, programming, and continuous-integration knowledge. CTFL is required for certification; confirm experience criteria with the board or provider. The document’s experience recommendation is not presented as a universal mandatory duration.
380 estimated study minutes
- Connect the automation solution to an evidence need.
- Check access, control, and observation before scaling the solution.
- Separate test intent from frequently changing details.
- Deliver automation in stages with controlled setup and cleanup.
- Link results to the artifact and configuration actually executed.
- Retain enough context to distinguish possible causes.
- Demonstrate that the suite can detect a known failure.
- Change the solution while preserving coverage and diagnostic capability.
Modules
- Automation purpose and scope
- Testability and tool evaluation
- Architecture, layers, and data
- Pilot, fixtures, and maintenance
- Pipeline, versions, and contracts
- Reports, diagnosis, and metrics
- Verify the automation solution itself
- Improvement, upgrades, and parallelism
Continue learning
- ISTQB Certified Tester Foundation Level
- ISTQB Certified Tester Advanced Level Agile Tester
- CI/CD
- GitHub Actions
- Production Support L3
References and version
CTAL-TAE v2.0 (2024)
- ISTQB Test Automation Engineering overview · 2026-10-01
- ISTQB CTAL-TAE syllabus · 2026-10-01
- ISTQB exam structure tables · 2026-10-01
- ISTQB two new test automation syllabi announcement · 2026-10-01
- Playwright Page object models · 2026-10-01
- Playwright Test fixtures · 2026-10-01
- Playwright Test projects and dependencies · 2026-10-01
- Playwright Test reporters · 2026-10-01
- Playwright Trace viewer · 2026-10-01
- Playwright Continuous integration · 2026-10-01
- Playwright Test sharding · 2026-10-01
- Playwright Parameterized tests · 2026-10-01
- Playwright Test configuration · 2026-10-01
- Playwright Testing best practices · 2026-10-01
- Playwright Retry results · 2026-10-01
- Playwright Browser context isolation · 2026-10-01
- When to use Pact · 2026-10-01
- Pact FAQ · 2026-10-01
What you will explore
0 / 8Automation purpose and scope
Connect the automation solution to an evidence need.
Testability and tool evaluation
Check access, control, and observation before scaling the solution.
Architecture, layers, and data
Separate test intent from frequently changing details.
Pilot, fixtures, and maintenance
Deliver automation in stages with controlled setup and cleanup.
Pipeline, versions, and contracts
Link results to the artifact and configuration actually executed.
Reports, diagnosis, and metrics
Retain enough context to distinguish possible causes.
Verify the automation solution itself
Demonstrate that the suite can detect a known failure.
Improvement, upgrades, and parallelism
Change the solution while preserving coverage and diagnostic capability.