
Certified Tester Advanced Level Test Analyst
The ISTQB Certified Tester Advanced Level Test Analyst (CTAL-TA) certification equips experienced testers with the skills to perform structured, thorough testing across the software development lifecycle. It focuses on the test analyst's role in risk-based testing, black-box and experience-based techniques, and functional testing, while also covering user-focused non-functional testing. Earning this credential demonstrates your ability to design effective tests, prevent defects, and deliver quality software that meets business needs.
398 practice questions · Updated 2026-07-30
CTAL-TA Curriculum
Every domain, objective, and concept the CTAL-TA exam measures.
- Test Analysis
- Test Design
- High-Level Test Cases
- Low-Level Test Cases
- Quality Criteria for Test Cases
- Determining Test Oracles
- Test Data Requirements
- Test Implementation Activities
- Test Execution Process
- Test Environment Requirements
- Keyword-Driven Testing Fundamentals
- Developing Keyword-Driven Test Scripts
- Test Analyst Roles in SDLC Models
- Adapting Test Activities to Lifecycle
- Testware Management Tools
- Testware Configuration and Versioning
- Testware Organization and Storage
- Identify product risk categories
- Analyze risk likelihood and impact
- Contribute to risk assessment workshops
- Document product risks
- Communicate risk information
- Define regression testing scope
- Identify risk-based regression scope
- Analyze change impact
- Select regression test cases
- Consider test automation for regression
- Balance regression scope with time and budget
- Domain Testing Fundamentals
- Equivalence Partitioning
- Boundary Value Analysis
- Combinatorial Testing Fundamentals
- Pairwise Testing
- Higher-Strength Combinatorial Testing
- CRUD Testing Fundamentals
- CRUD Testing Application
- State Transition Testing Fundamentals
- State Transition Diagrams and Tables
- State Transition Test Design
- Scenario-Based Testing Fundamentals
- Scenario Identification and Design
- Decision Table Testing Fundamentals
- Decision Table Construction
- Decision Table Test Case Derivation
- Random Testing
- Metamorphic Testing
- Test Charters for Session-Based Testing
- Checklists for Experience-Based Techniques
- Crowd Testing
- Risk-Based Test Technique Selection
- Mapping Risks to Test Techniques
- Balancing Risk Coverage and Test Effort
- Automation of Test Design Benefits
- Automation of Test Design Risks
- Criteria for Automating Test Design
- Define functional suitability sub-characteristics
- Apply functional suitability to test analysis
- Evaluate functional completeness
- Evaluate functional correctness
- Evaluate functional appropriateness
- Distinguish between sub-characteristics
- Usability Testing Fundamentals
- Test Analyst Role in Usability Testing
- Usability Test Planning
- Selecting and Recruiting Participants
- Designing Usability Test Tasks
- Conducting Usability Test Sessions
- Collecting Usability Data
- Analyzing Usability Test Results
- Reporting Usability Findings
- Usability Heuristics and Checklists
- Integrating Usability Testing with Other Testing
- Adaptability Testing Fundamentals
- Test Analyst Role in Adaptability Testing
- Installability Testing Fundamentals
- Test Analyst Role in Installability Testing
- Test Design for Adaptability
- Test Design for Installability
- Collaboration with Other Roles
- Interoperability Testing Fundamentals
- Interoperability Test Analysis
- Interoperability Test Design
- Interoperability Test Execution
- Interoperability Defect Reporting
- Defect Prevention Overview
- Root Cause Analysis Techniques
- Defect Classification and Patterns
- Process Improvement Contributions
- Collaboration with Development
- Preventive Testing Practices
- Model-based defect detection overview
- Types of models for defect detection
- Creating models for defect detection
- Analyzing models to identify defects
- Model-based testing techniques
- Limitations and challenges of model-based defect detection
- Review process and roles
- Review types and techniques
- Applying review techniques to test artifacts
- Defect prevention through reviews
- Metrics and success factors for reviews
- Analyze test results
- Improve defect detection
- Defect Classification Schemes
- Defect Types and Categories
- Root Cause Analysis Techniques
- Linking Defects to Process Improvement
Percentages reflect share of the current practice bank, not official exam weightings — no structured per-skill weight is published for CTAL-TA, so none is invented.