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ISTQB Certified Tester Advanced Level Technical Test Analyst (CTAL-TTA)

Prepare for the ISTQB® Advanced Level—Technical Test Analyst Certification Exam

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Accredited training for the ISTQB® Advanced Tester Certification—Technical Test Analyst (CTAL-TTA) certification. This course covers risk-based testing, structure-based testing, analytical techniques, quality characteristics for technical testing, reviews, and test tools and automation.

Full Description and Outline

Upcoming Classes

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Dates
Mode
Location
Price
Mar 31—Apr 04, 2025
Live Virtual
Virtual Classroom
Virtual Classroom
$1,945
Attend
May 12—May 16, 2025
Live Virtual
Virtual Classroom
Virtual Classroom
$1,945
Attend
Select a learning mode button (Public, Live Virtual, etc.) for pricing, details, and a downloadable fact sheet.
Description
  • Understand the complexities of testing internal code constructs
  • Create efficient and effective test cases to cover complex decisions
  • Improve the focus and power of the test cases you create
  • Focus on multiple aspects related to the “internals” of your system where many defects hide
  • Identify key technical characteristics of the system that require testing including: maintainability, analyzability, changeability, stability, portability and testability
  • Understand the use of reviews and tools with the technical testing domain

The ISTQB® Advanced Tester Certification—Technical Test Analyst (TTA) training course expands on the test techniques and methods introduced in the ISTQB Foundation certification course.  This three-day course covers six main areas that fall within the area of responsibility of the Technical Test Analyst, risk-based testing, structure-based testing, analytical techniques, quality characteristics for technical testing, reviews, and test tools and automation.

This course includes extensive hands-on exercises so that you can practice and master the methods and techniques covered in the course.

Who Should Attend?

  • Individuals who have taken the ISTQB Certified Tester—Foundation Level training and wish to expand their knowledge and skills into more advanced areas
  • Individuals who have received the ISTQB Foundation Level certification, have met the criteria for taking the advanced certification exams, and wish to prepare for those exams. 
  • Anyone wishing to learn more about advanced testing topics

ISTQB® Certification & Exam
The International Software Testing Qualifications Board (ISTQB) is the world's most widely-recognized certification of software testing skills and knowledge. Founded in 2002, the ISTQB is is a not-for-profit association that has issued more than 750,000 certifications in 129 countries around the globe. The ISTQB Software Tester Certification—Foundation Level (CTFL) is a prerequisite for the ISTQB Certified Tester Advanced Level Technical Test Analyst (CTAL-TTA) exam. In order to be eligible to take any of the Certified Tester—Advanced Level (CTAL) exams, potential examinees must submit proof of Certified Tester—Foundation Level (CTFL) certification.

For public virtual classes, the ISTQB Certified Tester Advanced Level Technical Test Analyst (CTAL-TTA) exam is an additional fee and is not included in the course price. You have the option to add on this exam voucher when you register for the class. If you choose to add on the exam voucher, it will be emailed to you upon completion of the course. If you do not choose to add-on the voucher when purchasing this class, you must reach out to an exam provider directly if you wish to take an exam later.

For in-person public classes, the exam voucher is part of your course fee. The exam voucher and instructions will be emailed to you upon completion of the course.

Please reach out to client support with any questions [email protected].

Questions? 929.777.8102 [email protected]
Course Outline

TTA’s Tasks in risk-based testing
Risk Management Activities – Revisited
Risk Identification, assessment and mitigation

Structure-based testing
Control Flow Analysis Control Flow Concepts – Revisited
Condition Testing
Recognizing Conditions in Decisions
Condition Testing – Issues
Decision Condition Testing
Decision Condition Testing – Issues
Modified Condition/Decision Coverage (MC/DC)
MC/DC – Usage and reasoning
MC/DC – Rules and coupled terms
Multiple Condition Testing
Multiple Condition Coverage - recognizing Multiple Conditions
Multiple Condition Coverage – Issues
Path Testing
Understanding Path Coverage
Formal Path Testing - Cyclomatic Complexity
API (Application Programming Interface)
API Testing
API Testing – Coverage and defects
Selecting a Structure-Based Technique

Analytical Techniques
Data Flow Analysis
Data Flow – Define-Use Technique
Define-Use Pairings – Common Pairings
General Data Flow – Common Anomalies
Improving Maintainability
Improving Maintainability – Tools
Call Graphs
Call Graphs – Usage and Application
Integration Testing – Methods
Pairwise Integration Testing
Neighborhood Integration Testing
McCabe's Design Predicate Approach
Dynamic Analysis
Dynamic Analysis – Applicability and tools
Dynamic Analysis – Application
Detecting Memory Leaks
Detecting Wild Pointers
Wild Pointers – tools and issues
Analysis of Performance

Quality characteristics for technical testing
Quality Characteristics – responsibility, requirements and issues
General Planning Issues
Stakeholder Requirements
Required Tool Acquisition and Training
Test Environment Requirements
Organizational Considerations
Data Security Considerations
Security Testing – Potential Threats
Security Test Planning – Concepts
Security Test Specification
Security Testing – Static Analysis
Reliability Testing
Measuring Software Maturity
Tests for Fault Tolerance
Recoverability Testing
Reliability Test Planning
Performance Testing
Load Testing
Stress Testing
Scalability Testing
Performance Test Planning
Resource Utilization
Maintainability Testing
Analyzability, Changeability, Stability, and Testability
Portability Testing
Installability, co-existence/compatibility, adaptability, replaceability

Reviews
Using Checklists in Reviews
Architectural Reviews
Code Reviews

Test tools and automation
Integration and Information Interchange
Defining the Test Automation Project
Technical Test Analyst – Key Activities
Selecting the Automation Approach
Data-Driven Approach
Keyword-Driven Approach
Test Automation – Initialization
Test Automation – Handling Errors
Modeling Business Processes
A Keyword Table – Example
Keyword Automation – Issues
Specific Test Tools
Fault Seeding/Fault Injection Tools
Performance Testing Tools
Tools for Web-Based Testing
Tools to Support Model-Based Testing
Component Testing and Build Tools

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Don't see a date that fits your schedule? Contact us for scheduling options at 929.777.8102
Download Fact Sheet
Price: $2,295 USD
Course Duration: 3 Days
Description
  • Understand the complexities of testing internal code constructs
  • Create efficient and effective test cases to cover complex decisions
  • Improve the focus and power of the test cases you create
  • Focus on multiple aspects related to the “internals” of your system where many defects hide
  • Identify key technical characteristics of the system that require testing including: maintainability, analyzability, changeability, stability, portability and testability
  • Understand the use of reviews and tools with the technical testing domain

The ISTQB® Advanced Tester Certification—Technical Test Analyst (TTA) training course expands on the test techniques and methods introduced in the ISTQB Foundation certification course.  This three-day course covers six main areas that fall within the area of responsibility of the Technical Test Analyst, risk-based testing, structure-based testing, analytical techniques, quality characteristics for technical testing, reviews, and test tools and automation.

This course includes extensive hands-on exercises so that you can practice and master the methods and techniques covered in the course.

Who Should Attend?

  • Individuals who have taken the ISTQB Certified Tester—Foundation Level training and wish to expand their knowledge and skills into more advanced areas
  • Individuals who have received the ISTQB Foundation Level certification, have met the criteria for taking the advanced certification exams, and wish to prepare for those exams. 
  • Anyone wishing to learn more about advanced testing topics

ISTQB® Certification & Exam
The International Software Testing Qualifications Board (ISTQB) is the world's most widely-recognized certification of software testing skills and knowledge. Founded in 2002, the ISTQB is is a not-for-profit association that has issued more than 750,000 certifications in 129 countries around the globe. The ISTQB Software Tester Certification—Foundation Level (CTFL) is a prerequisite for the ISTQB Certified Tester Advanced Level Technical Test Analyst (CTAL-TTA) exam. In order to be eligible to take any of the Certified Tester—Advanced Level (CTAL) exams, potential examinees must submit proof of Certified Tester—Foundation Level (CTFL) certification.

For public virtual classes, the ISTQB Certified Tester Advanced Level Technical Test Analyst (CTAL-TTA) exam is an additional fee and is not included in the course price. You have the option to add on this exam voucher when you register for the class. If you choose to add on the exam voucher, it will be emailed to you upon completion of the course. If you do not choose to add-on the voucher when purchasing this class, you must reach out to an exam provider directly if you wish to take an exam later.

For in-person public classes, the exam voucher is part of your course fee. The exam voucher and instructions will be emailed to you upon completion of the course.

Please reach out to client support with any questions [email protected].

Questions? 929.777.8102 [email protected]
Course Outline

TTA’s Tasks in risk-based testing
Risk Management Activities – Revisited
Risk Identification, assessment and mitigation

Structure-based testing
Control Flow Analysis Control Flow Concepts – Revisited
Condition Testing
Recognizing Conditions in Decisions
Condition Testing – Issues
Decision Condition Testing
Decision Condition Testing – Issues
Modified Condition/Decision Coverage (MC/DC)
MC/DC – Usage and reasoning
MC/DC – Rules and coupled terms
Multiple Condition Testing
Multiple Condition Coverage - recognizing Multiple Conditions
Multiple Condition Coverage – Issues
Path Testing
Understanding Path Coverage
Formal Path Testing - Cyclomatic Complexity
API (Application Programming Interface)
API Testing
API Testing – Coverage and defects
Selecting a Structure-Based Technique

Analytical Techniques
Data Flow Analysis
Data Flow – Define-Use Technique
Define-Use Pairings – Common Pairings
General Data Flow – Common Anomalies
Improving Maintainability
Improving Maintainability – Tools
Call Graphs
Call Graphs – Usage and Application
Integration Testing – Methods
Pairwise Integration Testing
Neighborhood Integration Testing
McCabe's Design Predicate Approach
Dynamic Analysis
Dynamic Analysis – Applicability and tools
Dynamic Analysis – Application
Detecting Memory Leaks
Detecting Wild Pointers
Wild Pointers – tools and issues
Analysis of Performance

Quality characteristics for technical testing
Quality Characteristics – responsibility, requirements and issues
General Planning Issues
Stakeholder Requirements
Required Tool Acquisition and Training
Test Environment Requirements
Organizational Considerations
Data Security Considerations
Security Testing – Potential Threats
Security Test Planning – Concepts
Security Test Specification
Security Testing – Static Analysis
Reliability Testing
Measuring Software Maturity
Tests for Fault Tolerance
Recoverability Testing
Reliability Test Planning
Performance Testing
Load Testing
Stress Testing
Scalability Testing
Performance Test Planning
Resource Utilization
Maintainability Testing
Analyzability, Changeability, Stability, and Testability
Portability Testing
Installability, co-existence/compatibility, adaptability, replaceability

Reviews
Using Checklists in Reviews
Architectural Reviews
Code Reviews

Test tools and automation
Integration and Information Interchange
Defining the Test Automation Project
Technical Test Analyst – Key Activities
Selecting the Automation Approach
Data-Driven Approach
Keyword-Driven Approach
Test Automation – Initialization
Test Automation – Handling Errors
Modeling Business Processes
A Keyword Table – Example
Keyword Automation – Issues
Specific Test Tools
Fault Seeding/Fault Injection Tools
Performance Testing Tools
Tools for Web-Based Testing
Tools to Support Model-Based Testing
Component Testing and Build Tools

Class Schedule
Sign-In/Registration 7:30 - 8:30 a.m.
Morning Session 8:30 a.m. - 12:00 p.m.
Lunch 12:00 - 1:00 p.m.
Afternoon Session 1:00 - 5:00 p.m.
Times represent the typical daily schedule. Please confirm your schedule at registration.
 
Class Fee Includes
• ISTQB® Certified–Advanced Level exam fee
• Digital course materials
• Continental breakfasts and refreshment breaks
• Lunches
• Letter of completion
Instructors
Claire Lohr

Claire Lohr

Claire Lohr has been an active professional in the computer field for more than thirty years, with the last fifteen years focused on software process improvement to companies including GTE, Motorola, Westinghouse, SAIC, Boeing, Aetna, and others. Claire currently provides training and consulting services for a wide variety of both...Learn More

✓ = Guaranteed to Run
Dates
Mode
Location
Price
Mar 31—Apr 04, 2025
Live Virtual
Virtual Classroom
Virtual Classroom
$1,945
Attend
May 12—May 16, 2025
Live Virtual
Virtual Classroom
Virtual Classroom
$1,945
Attend
Download Fact Sheet
Price: $1,945 USD
Course Duration: 5 Days / 4 Days
Description
  • Understand the complexities of testing internal code constructs
  • Create efficient and effective test cases to cover complex decisions
  • Improve the focus and power of the test cases you create
  • Focus on multiple aspects related to the “internals” of your system where many defects hide
  • Identify key technical characteristics of the system that require testing including: maintainability, analyzability, changeability, stability, portability and testability
  • Understand the use of reviews and tools with the technical testing domain

The ISTQB® Advanced Tester Certification—Technical Test Analyst (TTA) training course expands on the test techniques and methods introduced in the ISTQB Foundation certification course.  This three-day course covers six main areas that fall within the area of responsibility of the Technical Test Analyst, risk-based testing, structure-based testing, analytical techniques, quality characteristics for technical testing, reviews, and test tools and automation.

This course includes extensive hands-on exercises so that you can practice and master the methods and techniques covered in the course.

Who Should Attend?

  • Individuals who have taken the ISTQB Certified Tester—Foundation Level training and wish to expand their knowledge and skills into more advanced areas
  • Individuals who have received the ISTQB Foundation Level certification, have met the criteria for taking the advanced certification exams, and wish to prepare for those exams. 
  • Anyone wishing to learn more about advanced testing topics

ISTQB® Certification & Exam
The International Software Testing Qualifications Board (ISTQB) is the world's most widely-recognized certification of software testing skills and knowledge. Founded in 2002, the ISTQB is is a not-for-profit association that has issued more than 750,000 certifications in 129 countries around the globe. The ISTQB Software Tester Certification—Foundation Level (CTFL) is a prerequisite for the ISTQB Certified Tester Advanced Level Technical Test Analyst (CTAL-TTA) exam. In order to be eligible to take any of the Certified Tester—Advanced Level (CTAL) exams, potential examinees must submit proof of Certified Tester—Foundation Level (CTFL) certification.

For public virtual classes, the ISTQB Certified Tester Advanced Level Technical Test Analyst (CTAL-TTA) exam is an additional fee and is not included in the course price. You have the option to add on this exam voucher when you register for the class. If you choose to add on the exam voucher, it will be emailed to you upon completion of the course. If you do not choose to add-on the voucher when purchasing this class, you must reach out to an exam provider directly if you wish to take an exam later.

For in-person public classes, the exam voucher is part of your course fee. The exam voucher and instructions will be emailed to you upon completion of the course.

Please reach out to client support with any questions [email protected].

Questions? 929.777.8102 [email protected]
Course Outline

TTA’s Tasks in risk-based testing
Risk Management Activities – Revisited
Risk Identification, assessment and mitigation

Structure-based testing
Control Flow Analysis Control Flow Concepts – Revisited
Condition Testing
Recognizing Conditions in Decisions
Condition Testing – Issues
Decision Condition Testing
Decision Condition Testing – Issues
Modified Condition/Decision Coverage (MC/DC)
MC/DC – Usage and reasoning
MC/DC – Rules and coupled terms
Multiple Condition Testing
Multiple Condition Coverage - recognizing Multiple Conditions
Multiple Condition Coverage – Issues
Path Testing
Understanding Path Coverage
Formal Path Testing - Cyclomatic Complexity
API (Application Programming Interface)
API Testing
API Testing – Coverage and defects
Selecting a Structure-Based Technique

Analytical Techniques
Data Flow Analysis
Data Flow – Define-Use Technique
Define-Use Pairings – Common Pairings
General Data Flow – Common Anomalies
Improving Maintainability
Improving Maintainability – Tools
Call Graphs
Call Graphs – Usage and Application
Integration Testing – Methods
Pairwise Integration Testing
Neighborhood Integration Testing
McCabe's Design Predicate Approach
Dynamic Analysis
Dynamic Analysis – Applicability and tools
Dynamic Analysis – Application
Detecting Memory Leaks
Detecting Wild Pointers
Wild Pointers – tools and issues
Analysis of Performance

Quality characteristics for technical testing
Quality Characteristics – responsibility, requirements and issues
General Planning Issues
Stakeholder Requirements
Required Tool Acquisition and Training
Test Environment Requirements
Organizational Considerations
Data Security Considerations
Security Testing – Potential Threats
Security Test Planning – Concepts
Security Test Specification
Security Testing – Static Analysis
Reliability Testing
Measuring Software Maturity
Tests for Fault Tolerance
Recoverability Testing
Reliability Test Planning
Performance Testing
Load Testing
Stress Testing
Scalability Testing
Performance Test Planning
Resource Utilization
Maintainability Testing
Analyzability, Changeability, Stability, and Testability
Portability Testing
Installability, co-existence/compatibility, adaptability, replaceability

Reviews
Using Checklists in Reviews
Architectural Reviews
Code Reviews

Test tools and automation
Integration and Information Interchange
Defining the Test Automation Project
Technical Test Analyst – Key Activities
Selecting the Automation Approach
Data-Driven Approach
Keyword-Driven Approach
Test Automation – Initialization
Test Automation – Handling Errors
Modeling Business Processes
A Keyword Table – Example
Keyword Automation – Issues
Specific Test Tools
Fault Seeding/Fault Injection Tools
Performance Testing Tools
Tools for Web-Based Testing
Tools to Support Model-Based Testing
Component Testing and Build Tools

Class Schedule
5-Day Daily Schedule: 11:30am-5:00pm ET/8:30am-2:00pm PT
4-Day Daily Schedule: 11:00am-5:30pm ET/8:00am-2:30pm PT
Times represent the typical daily schedule. Please confirm class schedule at registration.

 

Class Fee Includes
  • Easy course access: Attend training right from your computer. Easy and quick access fits today’s working style and eliminates expensive travel and long days in the classroom.
  • Live, expert instruction: Instructors are sought-after practitioners, highly-experienced in the industry who deliver a professional learning experience in real-time.
  • Valuable course materials: Courses cover the same professional content as our classroom training, and students have direct access to valuable materials.
  • Rich virtual learning environment: A variety of tools are built in to the learning platform to engage learners through dynamic delivery and to facilitate a multi-directional flow of information.
  • Hands-on exercises: An essential component to any learning experience is applying what you have learned. Using the latest technology, your instructor can provide hands-on exercises, group activities, and breakout sessions.
  • Real-time communication: Communicate real-time directly with the instructor. Ask questions, provide comments, and participate in the class discussions.
  • Peer interaction: Networking with peers has always been a valuable part of any classroom training. Live Virtual training gives you the opportunity to interact with and learn from the other attendees during breakout sessions, course lecture, and Q&A.
  • Small class size: Live Virtual courses are limited in small class size to ensure an opportunity for personal interaction.

 

Instructors
Claire Lohr

Claire Lohr

Claire Lohr has been an active professional in the computer field for more than thirty years, with the last fifteen years focused on software process improvement to companies including GTE, Motorola, Westinghouse, SAIC, Boeing, Aetna, and others. Claire currently provides training and consulting services for a wide variety of both...Learn More

Bring this course to your team at your site. Contact us to learn more at 929.777.8102.

Don't see a date that fits your schedule? Contact us for scheduling options at 929.777.8102
Download Fact Sheet
Course Duration: 3 Days
Description
  • Understand the complexities of testing internal code constructs
  • Create efficient and effective test cases to cover complex decisions
  • Improve the focus and power of the test cases you create
  • Focus on multiple aspects related to the “internals” of your system where many defects hide
  • Identify key technical characteristics of the system that require testing including: maintainability, analyzability, changeability, stability, portability and testability
  • Understand the use of reviews and tools with the technical testing domain

The ISTQB® Advanced Tester Certification—Technical Test Analyst (TTA) training course expands on the test techniques and methods introduced in the ISTQB Foundation certification course.  This three-day course covers six main areas that fall within the area of responsibility of the Technical Test Analyst, risk-based testing, structure-based testing, analytical techniques, quality characteristics for technical testing, reviews, and test tools and automation.

This course includes extensive hands-on exercises so that you can practice and master the methods and techniques covered in the course.

Who Should Attend?

  • Individuals who have taken the ISTQB Certified Tester—Foundation Level training and wish to expand their knowledge and skills into more advanced areas
  • Individuals who have received the ISTQB Foundation Level certification, have met the criteria for taking the advanced certification exams, and wish to prepare for those exams. 
  • Anyone wishing to learn more about advanced testing topics

ISTQB® Certification & Exam
The International Software Testing Qualifications Board (ISTQB) is the world's most widely-recognized certification of software testing skills and knowledge. Founded in 2002, the ISTQB is is a not-for-profit association that has issued more than 750,000 certifications in 129 countries around the globe. The ISTQB Software Tester Certification—Foundation Level (CTFL) is a prerequisite for the ISTQB Certified Tester Advanced Level Technical Test Analyst (CTAL-TTA) exam. In order to be eligible to take any of the Certified Tester—Advanced Level (CTAL) exams, potential examinees must submit proof of Certified Tester—Foundation Level (CTFL) certification.

For private and team training, the ISTQB Advanced Level Technical Test Analyst (CTAL-TTA) exam fee can be included in the course price upon request.

Please reach out to client support with any questions [email protected].

Questions? 929.777.8102 [email protected]
Course Outline

TTA’s Tasks in risk-based testing
Risk Management Activities – Revisited
Risk Identification, assessment and mitigation

Structure-based testing
Control Flow Analysis Control Flow Concepts – Revisited
Condition Testing
Recognizing Conditions in Decisions
Condition Testing – Issues
Decision Condition Testing
Decision Condition Testing – Issues
Modified Condition/Decision Coverage (MC/DC)
MC/DC – Usage and reasoning
MC/DC – Rules and coupled terms
Multiple Condition Testing
Multiple Condition Coverage - recognizing Multiple Conditions
Multiple Condition Coverage – Issues
Path Testing
Understanding Path Coverage
Formal Path Testing - Cyclomatic Complexity
API (Application Programming Interface)
API Testing
API Testing – Coverage and defects
Selecting a Structure-Based Technique

Analytical Techniques
Data Flow Analysis
Data Flow – Define-Use Technique
Define-Use Pairings – Common Pairings
General Data Flow – Common Anomalies
Improving Maintainability
Improving Maintainability – Tools
Call Graphs
Call Graphs – Usage and Application
Integration Testing – Methods
Pairwise Integration Testing
Neighborhood Integration Testing
McCabe's Design Predicate Approach
Dynamic Analysis
Dynamic Analysis – Applicability and tools
Dynamic Analysis – Application
Detecting Memory Leaks
Detecting Wild Pointers
Wild Pointers – tools and issues
Analysis of Performance

Quality characteristics for technical testing
Quality Characteristics – responsibility, requirements and issues
General Planning Issues
Stakeholder Requirements
Required Tool Acquisition and Training
Test Environment Requirements
Organizational Considerations
Data Security Considerations
Security Testing – Potential Threats
Security Test Planning – Concepts
Security Test Specification
Security Testing – Static Analysis
Reliability Testing
Measuring Software Maturity
Tests for Fault Tolerance
Recoverability Testing
Reliability Test Planning
Performance Testing
Load Testing
Stress Testing
Scalability Testing
Performance Test Planning
Resource Utilization
Maintainability Testing
Analyzability, Changeability, Stability, and Testability
Portability Testing
Installability, co-existence/compatibility, adaptability, replaceability

Reviews
Using Checklists in Reviews
Architectural Reviews
Code Reviews

Test tools and automation
Integration and Information Interchange
Defining the Test Automation Project
Technical Test Analyst – Key Activities
Selecting the Automation Approach
Data-Driven Approach
Keyword-Driven Approach
Test Automation – Initialization
Test Automation – Handling Errors
Modeling Business Processes
A Keyword Table – Example
Keyword Automation – Issues
Specific Test Tools
Fault Seeding/Fault Injection Tools
Performance Testing Tools
Tools for Web-Based Testing
Tools to Support Model-Based Testing
Component Testing and Build Tools

Class Schedule
Sign-In/Registration 7:30 - 8:30 a.m.
Morning Session 8:30 a.m. - 12:00 p.m.
Lunch 12:00 - 1:00 p.m.
Afternoon Session 1:00 - 5:00 p.m.
Times represent the typical daily schedule. Please confirm your schedule at registration.
 
Class Fee Includes
• Tuition
• Course notebook
• Letter of completion
Instructors
Claire Lohr

Claire Lohr

Claire Lohr has been an active professional in the computer field for more than thirty years, with the last fifteen years focused on software process improvement to companies including GTE, Motorola, Westinghouse, SAIC, Boeing, Aetna, and others. Claire currently provides training and consulting services for a wide variety of both...Learn More

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