ISTQB Advanced Technical Test Analyst

Which level is targeted at the end of the training course?

Advanced

How long does the training course last?

3,00 day(s)

In which language(s) is the training course taught?

EN FR

When will the next session take place?

Contact the training provider

Who is organising this training course?

Q-Leap is a Luxembourg-based company specializing in software testing and quality assurance, offering services such as test automation, performance testing, accessibility and user experience (UX). It also offers certification training courses, notably accredited by the ISTQB. Q-Leap also develops innovative tools such as Q-Bot and Q-Guard, two software test automation solutions that considerably simplify and improve the entire testing process.

Who is the training course aimed at?

The Advanced Level qualification is aimed at anyone involved in software testing such as:

Test Team Leaders
Non-functional testers
Project managers
Professionals in software testing (project management, designers, developers, test practitioners) who wish to specialize in technical and non-functional tests.

What are the prerequisites?

Certification ISTQB level foundation is required. Experience with test projects on a software system design project.Professionals who can read and understand code.

What are the aims or the skills being targeted?

This training is aimed at people directly involved in the design of technical tests, their execution and collaboration with the Test Manager with the following objectives: optimize technical tests, manage the design and execution of the tests, in line with the activities of the Test Manager & perform tests on complex projects.

The Technical Test Analyst's mission is to implement several techniques to analyse the internal structure of the system and evaluate it in terms of performance, safety, reliability etc.

What does the training course cover?

Learning Objectives:

Recognize and classify the main risks related to the performance, security, reliability, portability and maintainability of software systems
Select and implement structural design techniques to ensure that the tests provide, and adequate level of confidence based on code and design coverage
Recognize risks in code and architecture and create parts of the test plan to mitigate these risks with dynamic analysis
Propose improvements for the security, maintainability and testability of the code using static analysis
Present the costs and benefits to be expected from the introduction of certain types of test automation

What teaching methods are used?

Interactive training combining theoretical concepts, practical exercises and hands-on application of technical testing techniques, with preparation for the ISTQB® certification exam.