ISTQBCertified Tester Advanced Level Technical Test Analyst
The ISTQB® Advanced Level Technical Test Analyst certification equips experienced testers with the technical skills that underpin modern software quality: risk-based testing, white-box techniques, static and dynamic analysis, non-functional testing, and test automation. It is designed for professionals who analyze, consult, and develop tests in technically demanding environments. Earning it demonstrates your ability to mitigate technical risks and drive quality from code to production.
966 practice questions · Updated 2026-07-30
6Domains
40Objectives
246Concepts
966Questions
CTAL-TTA Curriculum
Every domain, objective, and concept the CTAL-TTA exam measures.
- Purpose of Risk-Based Testing
- Risk-Based Testing Process
- Technical Test Analyst's Responsibilities
- Risk Categories and Types
- Risk Assessment Techniques
- Risk Mitigation Strategies
- Documentation and Communication
- Risk Identification Techniques
- Product Risk Identification
- Project Risk Identification
- Risk Identification in Requirements
- Risk Identification in Design and Code
- Risk Identification in Test Environment and Data
- Stakeholder Involvement in Risk Identification
- Documentation of Risks
- Risk Identification
- Risk Analysis
- Risk Evaluation
- Risk Mitigation
- Risk-Based Test Strategy
- Risk Monitoring and Control
- Risk Mitigation Definition
- Mitigation Strategies
- Mitigation Planning
- Mitigation Implementation
- Mitigation Effectiveness Evaluation
- Purpose of White-Box Testing
- White-Box vs. Black-Box Testing
- White-Box Testing in the Test Process
- Role of the Technical Test Analyst
- Statement Testing Definition
- Statement Coverage Criteria
- Identifying Executable Statements
- Achieving 100% Statement Coverage
- Limitations of Statement Testing
- Relationship to Other White-Box Techniques
- Decision Testing Fundamentals
- Decision Coverage Criteria
- Decision Testing Application
- Decision Testing Limitations
- Definition of Modified Condition/Decision Testing
- MC/DC Coverage Criteria
- Independence of Conditions
- MC/DC Test Case Generation
- MC/DC vs. Other Coverage Criteria
- Application of MC/DC in Practice
- Limitations and Considerations
- Definition of Multiple Condition Testing
- Combination Coverage
- Test Case Derivation
- Relationship to Other Coverage Criteria
- Practical Application and Limitations
- Basis Path Testing Overview
- Control Flow Graph Construction
- Cyclomatic Complexity Calculation
- Basis Path Identification
- Test Case Derivation from Basis Paths
- API Testing Fundamentals
- API Test Design Techniques
- API Test Automation
- API Security Testing
- API Performance Testing
- API Documentation and Specification
- API Error Handling and Negative Testing
- API Integration Testing
- Purpose of static and dynamic analysis
- Differences between static and dynamic analysis
- Role of analysis in quality assurance
- Control Flow Analysis Fundamentals
- Control Flow Graphs
- Basis Path Testing
- Cyclomatic Complexity
- Control Flow Testing Techniques
- Defect Identification via Control Flow
- Data Flow Analysis Fundamentals
- Definitions and Uses
- Def-Use Pairs
- Data Flow Anomalies
- Static Data Flow Analysis
- Dynamic Data Flow Analysis
- Data Flow Testing
- Data Flow Coverage Criteria
- Tool Support for Data Flow Analysis
- Limitations and Challenges
- Static analysis for maintainability
- Maintainability metrics
- Code smells and anti-patterns
- Tool capabilities and limitations
- Interpreting static analysis results
- Purpose of Static and Dynamic Analysis
- Differences Between Static and Dynamic Analysis
- Types of Static Analysis
- Types of Dynamic Analysis
- When to Use Static and Dynamic Analysis
- Integration with Testing Process
- Definition of memory leaks
- Causes of memory leaks
- Static analysis for memory leaks
- Dynamic analysis for memory leaks
- Tools for memory leak detection
- Interpreting memory leak reports
- Best practices for preventing memory leaks
- Definition of Wild Pointers
- Causes of Wild Pointers
- Consequences of Wild Pointers
- Static Analysis for Wild Pointers
- Dynamic Analysis for Wild Pointers
- Prevention and Mitigation Strategies
- Performance efficiency analysis overview
- Static analysis for performance efficiency
- Dynamic analysis for performance efficiency
- Performance efficiency metrics
- Performance testing types
- Analyzing performance test results
- Performance efficiency risks and mitigation
- Data Security and Data Protection
- Reasons for Security Testing
- Security Test Planning
- Security Test Specification
- Maturity Testing
- Availability Testing
- Fault Tolerance Testing
- Recoverability Testing
- Reliability Test Planning
- Reliability Test Specification
- Time Behavior Testing
- Resource Utilization Testing
- Capacity Testing
- Performance Testing Fundamentals
- Types of Performance Testing
- Performance Test Planning
- Performance Test Specification
- Static Maintainability Testing
- Dynamic Maintainability Testing
- Maintainability Sub-characteristics
- Applying Maintainability Testing
- Installability Testing
- Adaptability Testing
- Replaceability Testing
- Coexistence Testing Definition
- Coexistence Testing Approach
- Operational Profiles Definition
- Operational Profiles Construction
- Operational Profiles Application
- Introduction to Quality Characteristics for Technical Testing
- Stakeholder Requirements
- Test Environment Requirements
- Required Tool Acquisition and Training
- Organizational Considerations
- Review Process Roles and Responsibilities
- Review Types and Techniques
- Checklists for Technical Reviews
- Defect Identification and Logging
- Review Metrics and Reporting
- Risk-Based Review Prioritization
- Tool Support for Reviews
- Collaboration with Other Roles
- Purpose of architectural reviews
- Architectural review inputs
- Architectural review process
- Review techniques for architecture
- Architectural risks and defects
- Reporting architectural review findings
- Purpose of code reviews
- Roles in code reviews
- Review techniques for code
- Code review process
- Defect detection in code reviews
- Metrics for code reviews
- Tool support for code reviews
- Best practices for code reviews
- Automation approach selection criteria
- Automation feasibility analysis
- Automation scope definition
- Automation architecture and framework selection
- Automation tool selection
- Automation approach planning
- Automation approach evaluation
- Business process modeling fundamentals
- Process modeling notations
- Identifying automation candidates
- Process decomposition
- Data flow and dependencies
- Exception and error handling
- Tool selection for process automation
- Integration with test automation frameworks
- Purpose of Fault Seeding
- Fault Seeding Process
- Estimating Remaining Defects
- Evaluating Test Effectiveness
- Types of Faults to Seed
- Limitations of Fault Seeding
- Tool Support for Fault Seeding
- Purpose of fault injection
- Fault injection techniques
- Fault injection tools
- Applying fault injection in testing
- Purpose of Performance Testing Tools
- Key Features of Performance Testing Tools
- Types of Performance Testing Tools
- Selecting Performance Testing Tools
- Integrating Performance Testing Tools
- Interpreting Performance Test Results
- Web Testing Tool Categories
- Browser Developer Tools
- Web Automation Frameworks
- Cross-Browser Testing Tools
- Performance Testing for Websites
- Security Testing Tools for Websites
- Accessibility Testing Tools
- Responsive Design Testing
- Integration with CI/CD
- Model-Based Testing Tool Categories
- Tool Features for MBT
- Selection Criteria for MBT Tools
- Integration of MBT Tools
- Benefits and Limitations of MBT Tools
- Component Testing Purpose
- Component Testing Tools
- Build Tools Overview
- Integrating Component Tests with Build Tools
- Continuous Integration and Build Tools
- Test Automation Frameworks for Components
- Selecting Appropriate Tools
- Mobile test tool categories
- Emulators and simulators
- Device cloud testing
- Mobile test automation frameworks
- Network virtualization tools
- Mobile-specific testing tools
- Tool selection criteria
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