Technical Test Analyst: code, load, and reliability
Eight lessons, 45 questions, and eight cases on logical coverage, static and dynamic analysis, performance, reliability, reviews, and tools. Independent CTAL-TTA preparation.
Objectives and progression
Independent CTAL-TTA v4.0 preparation with eight lessons and 53 original decisions on technical quality investigation. Practice statement, decision, and MC/DC coverage, data flow, cyclomatic complexity, memory, workload profiles, recovery, authorization, and architecture review. Fictional APS and banking cases include shared queues, growing memory, incomplete load, visual permissions, connection pools, and intermittent tests. Tools such as gcov, Clang, k6, Playwright, Pact, and PIT illustrate mechanisms and limitations without being exam requirements. The internal assessment has 32 decisions in 60 minutes and reuses course items. The official exam has 45 questions, 78 points, and a 51-point pass in 120 minutes. This course neither reproduces that weighting nor awards certification.
Audience: Technical test analysts, developers, quality professionals, and APS/L3 teams involved in performance, reliability, and releases.
Prerequisites: Testing knowledge, pseudocode reading, and application architecture. CTFL is required for certification; confirm experience criteria and languages with the board or provider.
380 estimated study minutes
- Turn technical concerns into verifiable investigations.
- Distinguish statements, decisions, and independent condition effects.
- Follow flow, resources, and execution observations.
- Measure latency, errors, and actual applied load.
- Check continuity and trust boundaries under defined conditions.
- Look for failure modes before integrated execution.
- Design abstractions preserving intent and evidence.
- Choose tools according to evidence type and limitations.
Modules
- Technical risk and operational evidence
- White-box logical coverage
- Static and dynamic analysis
- Performance and workload profile
- Reliability, security, and portability
- Code and architecture review
- Automation, data, and keywords
- Tools, mutation, and models
Continue learning
- ISTQB Certified Tester Foundation Level
- ISTQB Certified Tester Advanced Level Test Analyst
- ISTQB Certified Tester Advanced Level Test Automation Engineering
- Monitoring and Observability
- Production Support L3
References and version
CTAL-TTA v4.0 (2021)
- ISTQB Technical Test Analyst overview · 2026-10-01
- ISTQB CTAL-TTA syllabus · 2026-10-01
- ISTQB CTAL-TTA release notes · 2026-10-01
- ISTQB CTAL-TTA overview document · 2026-10-01
- ISTQB exam structure tables · 2026-10-01
- GCC gcov invocation and coverage metrics · 2026-10-01
- LLVM Clang AddressSanitizer · 2026-10-01
- LLVM Clang static analysis FAQ · 2026-10-01
- Grafana k6 thresholds · 2026-10-01
- Grafana k6 dropped iterations · 2026-10-01
- Grafana k6 open and closed workload models · 2026-10-01
- OWASP authorization testing · 2026-10-01
- Google SRE testing for reliability · 2026-10-01
- Pact suitability and contract boundaries · 2026-10-01
- Playwright retry classification · 2026-10-01
- Playwright browser device emulation · 2026-10-01
- PIT mutation testing concepts · 2026-10-01
What you will explore
0 / 8Technical risk and operational evidence
Turn technical concerns into verifiable investigations.
White-box logical coverage
Distinguish statements, decisions, and independent condition effects.
Static and dynamic analysis
Follow flow, resources, and execution observations.
Performance and workload profile
Measure latency, errors, and actual applied load.
Reliability, security, and portability
Check continuity and trust boundaries under defined conditions.
Code and architecture review
Look for failure modes before integrated execution.
Automation, data, and keywords
Design abstractions preserving intent and evidence.
Tools, mutation, and models
Choose tools according to evidence type and limitations.