Become an ISTQB Certified Tester (Foundation Level V4.0) in Arabic

What you will learn:

Grasp fundamental software testing concepts and terminology.
Master test design techniques including equivalence partitioning, boundary value analysis, decision tables, and state transition testing.
Become proficient in test management, including planning, estimation, monitoring, and control.
Develop expertise in utilizing testing tools and their roles within the SDLC.
Gain the knowledge and skills necessary to pass the ISTQB Foundation Level exam.
Thoroughly understand the software development lifecycle (SDLC) and how testing integrates within each phase.
Master effective bug reporting, documentation, and tracking.
Learn industry-standard quality assurance and compliance requirements.
Implement a risk-based testing approach for effective prioritization.
Acquire foundational knowledge of test automation principles, tools, and frameworks.

Description

Launch your career in software quality assurance with our in-depth ISTQB Certified Tester Foundation Level V4.0 course, taught entirely in Arabic. This comprehensive program provides a solid foundation in software testing principles and best practices, equipping you with the essential skills needed to succeed in this dynamic field.

We delve into key concepts, including test planning, execution, and management, along with practical techniques like test design, defect tracking, and risk assessment. Our Arabic-language instruction makes this vital certification accessible to a wider audience. The course features engaging lectures, real-world examples, and hands-on exercises, ensuring you fully grasp each topic. Learn to apply equivalence partitioning, boundary value analysis, decision tables, and state transition testing to create robust test cases. You'll also master test documentation, effective communication of test results, and working within various Software Development Life Cycles (SDLCs).

This course goes beyond theory—we prepare you for the official ISTQB Foundation Level exam, giving you the confidence and knowledge to achieve certification and advance your career. Upon completion, you’ll possess the crucial skills to perform effectively in a software testing role, confidently contribute to software quality, and significantly increase your career prospects. Begin your journey to becoming a certified software testing professional today!

Curriculum

Fundamentals of Testing

This foundational section introduces core testing concepts. You'll explore what software testing entails, its objectives, and why it's critical for software success. We discuss the relationship between testing and debugging, the role of testing in quality assurance, and different types of errors and defects. The section also covers fundamental testing principles, test activities, testware, traceability, and various roles within a testing team. Lectures cover essential skills for testers, the importance of a whole team approach, and maintaining testing independence. This section lays the groundwork for a deep understanding of software testing methodologies.

Testing Throughout the Software Development Lifecycle

Here, you'll learn how testing fits seamlessly into the various phases of the software development lifecycle (SDLC). We explore the impact of SDLC models on testing practices and how testing can drive improvements within the SDLC. The concept of 'shift-left' testing and the role of DevOps in testing are also detailed. This section examines different test levels and types, including confirmation testing, regression testing, and maintenance testing, providing a holistic perspective on testing across the software development process.

Static Testing

This section focuses on static testing methods – examining software artifacts without executing the code. We explore the basics of static testing, the types of work products that can be assessed, and the advantages it provides. The crucial distinctions between static and dynamic testing are highlighted. The section then dives into the review process, including its activities, roles, responsibilities, and various review types. Emphasis is placed on the value of early and frequent stakeholder feedback for successful software projects.

Test Analysis and Design

This section is crucial for designing effective test cases. We cover various test techniques, including equivalence partitioning, boundary value analysis, decision table testing, and state transition testing. White-box testing techniques like statement and branch coverage are explained, along with the importance of black-box techniques such as error guessing, exploratory testing, and checklist-based testing. We also cover collaborative user story writing and defining precise acceptance criteria.

Managing the Test Activities

This section focuses on the practical aspects of managing testing projects. We examine the creation of test plans, including their purpose and content, and discuss the contribution of testers to iteration and release planning. This section also covers essential topics such as test case prioritization, estimation techniques, the test pyramid and testing quadrants, risk analysis and control, and the use of metrics in testing. Furthermore, reporting, communication, configuration management, and defect management are explored, ensuring you're equipped to handle all aspects of testing projects effectively.

Test Tools

The final section provides an overview of the role of tools in testing, highlighting their benefits and the potential risks associated with test automation. You’ll understand how to leverage tools to enhance the efficiency and effectiveness of your testing efforts.