ISTQB Advanced Level Test Automation Engineering (CTAL-TAE) v2.0
The Test Automation Engineering certificate covers building and maintaining automation as a piece of software in its own right: architecture, the layers that keep it maintainable, reporting, and the decisions that determine whether a suite survives its second year.
Ninety minutes, forty questions, weighted scoring, and Foundation required first.
Exam facts
- Exam code
- CTAL-TAE v2.0
- Level
- Professional
- Field
- Software testing
- Duration
- 90 minutes
- Questions
- 40 multiple-choice questions with weighted points (66 in total); non-native speakers get 25 % extra time
- Passing score
- 43 of 66 points (about 65 %)
- Languages
- English, GermanThe German Testing Board offers TAE 2.0 in German; other languages depend on the national board and provider.
- Price
- see vendor (read 12 September 2026)
- Validity
- never expires
- Exam delivery
- Exams through accredited exam providers (iSQI, GASQ, ASTQB and others), online proctored or in a test centre, in many languages
Prerequisites: A Foundation Level certificate (any version) and, per ISTQB, sufficient practical experience in test automation.
Renewal: None — ISTQB certificates do not expire
Source: exam page at ISTQB · Price: Set by the accredited exam provider (iSQI, GASQ, ASTQB, BCS …); Advanced Level pricing, typically 300–400 USD or EUR for the exam alone
How to prepare
1. The vendor's free learning path
ISTQB publishes the exam objectives and a learning path free of charge — the authoritative source for scope and weighting. Open the learning path (opens in a new tab)
2. Online courses
Courses and practice questions from the directory that target exactly this exam — details, price and the provider link (affiliate) are on the course page.
Book the exam
Delivered by Exams through accredited exam providers (iSQI, GASQ, ASTQB and others), online proctored or in a test centre, in many languages. Schedule with ISTQB (opens in a new tab)
Affiliate disclosure: the course links above is affiliate links — buying through them may earn us a commission at no extra cost to you. The vendor's learning path and booking links carry no commission.
The defining choice here is that it names no tool. That reads as a weakness to anyone shopping for a credential in a specific framework and is the point of the certificate: tools are replaced every few years and the architecture outlasts them. Layering, abstraction from the interface under test, how test data is managed, what makes a suite flaky, and when to stop automating are the material, and every one of those survives the migration that eventually happens.
That also makes it the paper most likely to be dismissed by people who would benefit from it. Automation engineers who learned by building suites in one framework tend to have strong instincts and no vocabulary for them, and the failure mode they most often meet, a suite that becomes too expensive to maintain, is precisely the failure this syllabus is organised around. It is worth sitting for the structure even where the certificate itself is not asked for.
Where it sits against the rest of the scheme
It requires Foundation and sits at the same level as the analyst paper without either gating the other, which reflects a real division of labour: one decides what should be checked and the other builds the thing that checks it. Engineers with a development background usually find this the more comfortable of the two, and testers who came from the business side usually find the analyst paper closer to their work. Holding both describes somebody who could design the strategy and implement it, which is a genuinely valuable and reasonably rare combination.
| Aspect | Test Automation Engineering | Test Analyst |
|---|---|---|
| Questions and points | 40 questions, 66 points | 45 questions, 78 points |
| Pass mark | 43 points | 51 points |
| Time | 90 minutes, plus a quarter for non-native speakers | 120 minutes, plus a quarter |
| Prerequisite | Foundation, any version, plus experience | Foundation, current version preferred |
| Subject | How the checks are built and kept alive | What gets checked, and on what basis |
| Expiry | Never | Never |
- A suite that answers the wrong question. Automating the checks that were easy to automate rather than the ones that carry risk.
- Locators welded to the interface. Every cosmetic change breaks a hundred tests, and the fix is an abstraction layer the syllabus spends a chapter on.
- Test data nobody owns. Shared fixtures, order-dependent runs, and a green build that means nothing because the data drifted.
- Flakiness treated as weather. Retries added instead of causes found, until the team stops believing the red.
- No exit. Nobody decided when a check had earned its keep or when to delete it, so the suite only ever grows.
The 2016 edition has already sunset
The current syllabus is version 2.0, published in 2024. Its predecessor stopped being examined in English in June 2025 and in other languages in December 2025, so any course, book or question set written for the earlier edition now describes an exam nobody can sit. The certificate name did not change between editions, which is how the old material stays in circulation.
Cost, time, and the practice test that does not exist
ISTQB sets no price. Each accredited provider charges its own fee for the exam, Advanced papers are dearer than Foundation, and bundling a course on top raises the figure again; the cost table records what could be verified and marks the rest as unstated rather than guessing. Ninety minutes is the standard time, extended by a quarter for non-native speakers on request, and the weighted scoring means the heavier questions deserve a disproportionate share of it. Our partner sells no rehearsal paper for this exam, so you prepare from the syllabus, the boards' published sample, and, most of all, through an honest look at a suite you have maintained and what went wrong with it.
What a question looks like
Written by us in the exam's style. It is not a real question from any question bank, and we do not publish those.
An automated suite passes reliably in one environment and fails intermittently in another, with no change in the application under test. The failures cluster around tests that depend on data created by earlier tests. What architectural change addresses the cause?
The tempting answers treat it as a timing problem and add waits, which suppresses the symptom and leaves the coupling in place. The syllabus wants you to recognise inter-test dependency as an architectural fault and to fix the data management rather than the timing. Engineers who have maintained a suite through this exact failure answer immediately; those who have only written tests reach for the wait.
What it costs to get and to keep
| Item | Amount | Note |
|---|---|---|
| Exam fee | not published | set by the national examination provider, as with everything in this scheme. Advanced papers are generally priced above Foundation and the spread between countries is considerable (read 12 September 2026) |
| Prerequisite | not published | a Foundation certificate in any version, plus what the scheme describes as sufficient practical experience (read 12 September 2026) |
| Renewal | not published | none. No expiry, no maintenance fee, and nothing to diarise (read 12 September 2026) |
How much preparation, from where you are
- You maintain an automated suite
- The syllabus will read as a description of problems you have already had. The gap is usually the vocabulary and the reporting material, which teams improvise rather than design.
- You write tests but somebody else owns the framework
- The architecture sections are the whole of the work. Read them against the suite you use and identify which decisions were made deliberately and which accumulated.
- You are a developer moving toward quality engineering
- Comfortable ground with unfamiliar framing. Most of the software-engineering content will be obvious; the testing-specific reasoning about coverage and data will not.
What passing this does not prove
- Any framework, language or tool, which is deliberate and is why practitioners undervalue it.
- Whether the suite you built actually catches regressions.
- How to persuade a team to maintain the automation once you leave.
- Continuous delivery beyond where automation plugs into it.
Against the alternatives
- CTAL-TA v4.0 — ISTQB Advanced Level Test Analyst (CTAL-TA) v4.0
- The analyst paper at the same level, deciding what to test rather than building the checks. Neither gates the other, and holding both is the rare combination worth having.
- CTFL v4.0 — ISTQB Certified Tester Foundation Level (CTFL) v4.0
- Required first, and much lighter. The place to find out whether this scheme suits you before committing to an advanced paper.
- AZ-400 — Microsoft Certified: DevOps Engineer Expert
- Covers automation as part of a delivery pipeline on a specific platform. Complementary rather than competing: that one asks where the tests run, this asks how they are built.
CTAL-TAE v2.0 — quick answers
Is a tool-agnostic automation certificate useful?
More than it appears. Frameworks are replaced every few years and the architecture decisions outlive them, which is exactly what this covers. A useful check: have you ever seen a suite grow too costly to keep alive? If so, this syllabus names what went wrong.
Should I take this or the analyst paper?
Follow the work. If you build and maintain the automation, take this. If you decide what gets tested and design the cases, take the analyst paper. Neither requires the other, and holding both describes somebody who can both set a strategy and implement it.
Do I need programming experience?
Enough to reason about code structure, though you are not asked to write any. The syllabus treats automation as software, so concepts like abstraction, coupling and maintainability appear throughout, and a candidate with no programming background will find those sections abstract rather than obvious.
Which Foundation version do I need?
Any. Unlike the analyst paper, which prefers the current Foundation syllabus, this one accepts any version of the Foundation certificate together with practical automation experience. A Foundation pass from years ago still opens the door.
How is 43 of 66 different from a percentage?
The threshold is counted in points because the forty questions are weighted: some carry one point, others several. Two candidates with the same number of correct answers can land on opposite sides of the line depending on which questions they got right, so the tactic is to find the heavy questions early and protect time for them.
What comes next
Concepts this exam draws on
Glossary entries with the reason each one matters for CTAL-TAE v2.0.
- Python
Automation architectures are illustrated through scripting frameworks.
- Containers
Deployment of automation in CI pipelines and containerised environments.
- Git
Automation code is software and lives in version control; the syllabus treats it accordingly.
- HTTP
Automating against web interfaces and APIs requires reading the requests and responses underneath.
Last reviewed 12 September 2026 · Getting Digital
