ISTQB® Certified Tester – Advanced Level, Test Analyst | 22, 23 & 24 April 2025 | Drachten (NL)

In the ISTQB® Advanced Test Analyst training, you will receive an in-depth introduction to the advanced principles and practices of software testing. This course provides an overview of ISTQB® testing methods and lays the foundation for a deeper understanding of specialized testing techniques.

Advanced Test Analysis and Design Techniques

Dive into advanced test analysis and design techniques. Learn how to develop detailed test plans, design test cases, and maximize testing effectiveness to detect software defects.

Technical Testing Methods

Gain insights into technical testing methods such as path testing, data testing, and static analysis. Learn how to apply these methods to thoroughly evaluate both the functional and non-functional aspects of a software product. Explore the use of testing tools and the principles of test automation. Understand how to effectively select and utilize testing tools and learn about the latest trends and best practices in test automation.

Certification Exam Preparation

Conclude the training with comprehensive preparation for the ISTQB® Advanced Test Analyst certification exam. You will receive study materials, practice questions and tips to successfully pass the exam.

The ISTQB® Advanced Test Analyst exam voucher is included with the training.

Objectives

Testing Process – The course aims to provide a deep understanding of the role and responsibilities of a Test Analyst within the software testing lifecycle. Participants will learn how to align test activities with different software development models, such as Agile, Waterfall, and V-Model, ensuring that testing is effectively integrated into the development process. Additionally, the training covers the application of risk-based testing strategies to prioritize test efforts and maximize efficiency.

Test Design Techniques – A key focus of the course is mastering advanced test design techniques to improve test coverage and effectiveness. Participants will gain expertise in various black-box testing methods, including equivalence partitioning, boundary value analysis, decision table testing, and state transition testing, as well as experience-based techniques like exploratory testing and error guessing. By applying these techniques, testers can create structured, high-quality test cases that align with business and technical requirements.

Testing Software Quality Characteristics – Understanding and evaluating different software quality attributes is essential for a Test Analyst. This course explores functional testing to ensure that software behaves as expected, usability testing to assess user-friendliness, accessibility testing to verify compliance with accessibility standards, and user experience (UX) testing to enhance overall system interaction. By focusing on these characteristics, participants will be equipped to identify and address potential usability and functional issues early in the development process.

Reviews – The importance of formal and informal review techniques in improving software quality is emphasized throughout the training. Participants will learn how to conduct and participate in different types of reviews, such as walkthroughs, inspections, and peer reviews, to detect defects at an early stage. Additionally, the course covers static analysis techniques, helping testers identify issues in documentation and code without executing the software.

Test Tools & Automation – To enhance testing efficiency, the course introduces various test management and automation tools. Participants will gain an understanding of how these tools support test execution, defect tracking, and test design while also learning about the benefits and limitations of test automation. By integrating these tools into their workflow, testers can improve productivity and optimize test coverage.

Prerequisites

To successfully follow this training, it is important that you have obtained the certificate from the ISTQB® Foundation training.

While it is not a strict requirement, we recommend that you have some practical experience in the field of software testing. This will help you better understand and apply the advanced concepts and techniques covered in this training.

Course Outline

ISTQB® Advanced Test Analyst | Test Activities and Roles in Software Development Models

• Explain how and why the timing and level of involvement of the Test Analyst varies when working with different software development models.
• Summarize the appropriate tasks for the Test Analyst when performing analysis, design, implementation and execution activities.
• Explain why stakeholders must be able to understand the test conditions.
• Identify the appropriate activities for a Test Analyst in a keyword-driven automation project for a given scenario.

ISTQB® Advanced Test Analyst | Test Techniques and Test Case Design

• Choose the appropriate test case design level (high-level or low-level) for a given project situation.
• Explain the considerations that should be taken into account when designing test cases.
• Analyze a given specification item(s) and design test cases using techniques such as equivalence partitioning, boundary value analysis, decision table testing, state transition testing, and pairwise testing.
• Explain how classification tree diagrams support test techniques.

ISTQB® Advanced Test Analyst | Risk Management and Defect Analysis

• Participate in risk identification, conduct risk assessment, and propose appropriate risk mitigation for a given situation.
• Analyze a system or specification requirements to determine likely types of defects and select the appropriate black-box test techniques.
• Describe the application of defect-based testing techniques and how they differ from black-box techniques.
• Explain the principles of experience-based testing techniques, along with their advantages and disadvantages.
• Define exploratory tests based on a given scenario.

ISTQB® Advanced Test Analyst | Non-Functional and Functional Testing Attributes

• Explain which test techniques are suitable for testing functional completeness, correctness, and appropriateness.
• Define typical defects and when they should be addressed during the testing of functional and non-functional attributes.
• Explain how usability requirements can be verified and validated.
• Describe the role of the Test Analyst in interoperability testing and portability testing.
• Identify the test conditions needed for functional and non-functional quality attributes.
• Identify issues in a requirements specification or user story based on the syllabus checklists

Course Delivery

The course duration is three days and is organised only in a live classroom or live virtual classroom.

Our accredited trainer will share experience in software testing through various real-life examples and different mock exams will ensure you’re optimally prepared to pass your certification exam. 

The course material is in English. The course is in English.

All training materials are provided at the start of the training.

The Exam

The exam can be taken via a Flex (remote) or in an exam centre of choice (Pearson View). 
– 40 multiple-choice questions. 
– Total points 80
– Passing score 52
– 120 minutes (+25%, if the candidate’s native language is not the exam language). 

More information about the exam can be found in our FAQ.

Administration

Pricing 
€ 1995/person for three days. All prices are VAT excluded; course material, exam voucher, lunch and beverages are included. 

Course Logistics 
All courses begin promptly at 9 am and are scheduled until 5 pm. 

This course is organised in a Live Classroom or via Live Virtual Classroom – Please check the event title for the specifics. When required, you can organise an in-company format training course. Please reach out to us for more information.

Terms and Conditions
Find our Terms and Conditions for the training here.