This ISTQB Advanced Level Technical Test Analyst certification course is for senior-level technical analysts who are required to earn new skills and knowledge for software testing purposes. In this, you will learn about the tasks of a Technical Test Analyst in Risk-Based Testing. Here, you will learn to identify, assess the risk factors of Risk-Based Software testing. Then you will learn about White Box test techniques. You will learn why and where to select these White Box test techniques. Later, you will learn about Analytical Test Techniques. You will find that there are mainly two types of Analytical Testing used for Software Testing purposes, one is Static Analysis, and the other is Dynamic Analysis. After learning about the essential testing tools and techniques, the subject matter of this course is focused on Quality Characteristics for Technical Testing. Gradually, you will learn about security testing, reliability testing, performance testing, portability testing, and compatibility testing. Later, you will learn how to review the codes and the architectural structure of the application, including the features of test tools and automation.
ISTQB ADVANCED LEVEL TECHNICAL TEST ANALYST TRAINING
Instructor
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- Description
- Curriculum
- FAQ
- Reviews
Prerequisites
- The ISTQB Advanced Level Technical Test Analyst is an advanced-level course on Software Testing. Therefore, you are required to have the experience of working as a senior-level software testing manager or analyst at any organisation for at least two or more years.
- It is also required that you have already earned some essential to advanced professional recognition (certification) on software testing.
- It is ideal if you are familiar with the advanced tools and features of the Software Testing process but not required.
What will you gain after this course
- You will be able to identify and categorize the usual risks of software testing directly related to the security, portability, performance, reliability, and maintainability of the software system.
- You will learn how and when to provide technical resources for planning, executing, and designing tests to minimize the risks regarding security, performance, portability, and maintainability of the risk factors associated with the testing process.
- You will be able to select and deploy white-box test techniques to maintain the standard of the testing procedure.
- You will also learn how to effectively participate in the review process in collaboration with the application developers and software architects.
- You will be able to enhance the code’s capacity and the architecture of the software by using different analysis techniques.
- You will also be able to perform the cost-benefit analysis for test automation.
- You will also learn about how to select the most appropriate tools to automate the technical process.
- You will also be able to understand the technical issues while applying the test automation.
Jobs you can get
with a ISTQB Advanced Level Technical Test Analyst
- Test Editing Analyst
- Senior Research Analyst
- Employee Relation Data Analyst
- Test and Learn Analyst
- Management and Program Analyst
Select your preferred training delivery mode
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The Technical Test Analyst's Tasks in Risk-Based Testing
<ul>
<li> Risk-based Testing Tasks</li>
<li> Risk identification</li>
<li> Risk assessment</li>
<li> Risk mitigation</li>
</ul>
<li> Risk-based Testing Tasks</li>
<li> Risk identification</li>
<li> Risk assessment</li>
<li> Risk mitigation</li>
</ul>
White-Box Test Techniques
<ul>
<li> Statement testing</li>
<li> Decision testing</li>
<li> Modified condition/decision testing</li>
<li> Multiple condition testing</li>
<li> Multiple Condition Testing</li>
<li> Basis Path Testing</li>
<li> API testing</li>
<li> Selecting a White-box Test Technique</li>
</ul>
<li> Statement testing</li>
<li> Decision testing</li>
<li> Modified condition/decision testing</li>
<li> Multiple condition testing</li>
<li> Multiple Condition Testing</li>
<li> Basis Path Testing</li>
<li> API testing</li>
<li> Selecting a White-box Test Technique</li>
</ul>
Static and Dynamic Analysis
<ul>
<li> Static Analysis</li>
<li> Control Flow Analysis</li>
<li> Data Flow Analysis</li>
<li> Using Static Analysis for Improving Maintainability</li>
<li> Dynamic Analysis</li>
<li> Detecting Memory Leaks</li>
<li> Detecting Wild Pointers</li>
<li> Analysis of Performance Efficiency</li>
</ul>
<li> Static Analysis</li>
<li> Control Flow Analysis</li>
<li> Data Flow Analysis</li>
<li> Using Static Analysis for Improving Maintainability</li>
<li> Dynamic Analysis</li>
<li> Detecting Memory Leaks</li>
<li> Detecting Wild Pointers</li>
<li> Analysis of Performance Efficiency</li>
</ul>
Quality Characteristics for Technical Testing
<ul>
<li> Security Testing</li>
<li> Reliability Testing</li>
<li> Performance Testing</li>
<li> Maintainability Testing</li>
<li> Portability Testing</li>
<li> Compatibility Testing</li>
<li> Operational Profiles</li>
</ul>
<li> Security Testing</li>
<li> Reliability Testing</li>
<li> Performance Testing</li>
<li> Maintainability Testing</li>
<li> Portability Testing</li>
<li> Compatibility Testing</li>
<li> Operational Profiles</li>
</ul>
Test Tools and Automation
<ul>
<li> Selecting the Automation Approach</li>
<li> Automating through the GUI, API and CLI</li>
<li> Applying a Data-driven Approach</li>
<li> Applying a Keyword-driven Approach</li>
<li> Handling Software Failures</li>
<li> Considering System State</li>
<li> Modeling Business Processes for Automation</li>
<li> Defining the Test Automation Project</li>
<li> Specific Test Tool</li>
<li> Fault Seeding Tools</li>
<li> Fault Injection Tools</li>
<li> Performance Testing Tools</li>
<li> Tools for Testing Websites</li>
<li> Tools to Support Model-Based Testing</li>
<li> Component Testing and Build Tools</li>
<li> Tools to Support Mobile Application Testing</li>
<li> Simulators</li>
<li> Emulators</li>
</ul>
<li> Selecting the Automation Approach</li>
<li> Automating through the GUI, API and CLI</li>
<li> Applying a Data-driven Approach</li>
<li> Applying a Keyword-driven Approach</li>
<li> Handling Software Failures</li>
<li> Considering System State</li>
<li> Modeling Business Processes for Automation</li>
<li> Defining the Test Automation Project</li>
<li> Specific Test Tool</li>
<li> Fault Seeding Tools</li>
<li> Fault Injection Tools</li>
<li> Performance Testing Tools</li>
<li> Tools for Testing Websites</li>
<li> Tools to Support Model-Based Testing</li>
<li> Component Testing and Build Tools</li>
<li> Tools to Support Mobile Application Testing</li>
<li> Simulators</li>
<li> Emulators</li>
</ul>
Reviews
<ul>
<li> Technical Test Analyst Tasks in Reviews</li>
<li> Using Checklists in Reviews</li>
<li> Architectural Reviews</li>
<li> Code Reviews</li>
</ul>
<li> Technical Test Analyst Tasks in Reviews</li>
<li> Using Checklists in Reviews</li>
<li> Architectural Reviews</li>
<li> Code Reviews</li>
</ul>
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Course details
Duration
Full time, Part-time, Evening and Weekends, Virtual online
Video
London, Flexible online
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