ISTQB Foundation Level V4.0 Complete Training from Udemy

The course includes all steps necessary to pass the exam:1-Full explanation of the syllabus

2-Quizzes after each lecture to test your knowledge about it

3-Full Sample Exam on Each chapter to test your understanding of it

4-Full Syllabus 4 Sample Exams with videos that guide you through them

Once you study the whole course you will be ready to apply for the exam.

These are some of the reviews of the students who used this course as a source for preparing for the ISTQB Foundation Level Exam:

"Took the exam last Saturday and passed. There are many concepts that were explained here which is not in the syllabus. The examples given helped me understand the concepts better."

Joanne Rufino

"Thank you sir for providing this wonderful course your teaching techniques are good.i got cleared ISTQB exam"

surya walke

"This my first time in a testing career and I came from a field is no longer relate to the software at all but really I am very interested in this course and knowing many pieces of information not only in an academic way but also in real professional life. The instructor is really amazing and the course is very organized"

Ahmed Abdel Aziz

"This is not my first course of this instructor. I purchased this too, because he explains well, with examples and helps me to prepare for the ISTQB exam. Also, he has some ISTQB exams, very well made and very helpful. Thank you. Well...I attempted the ISTQB Foundation level, yesterday, on January 15. I PASSED. You explained very good the exercises and questions and I made all of them at the exam. Thank you very much. All the best and good luck."

Elena Herghelegiu

"Thank you very much Eng. Tarek for this course i planned to take the exam for All the concepts were easily understandable with the help of his examples. I would totally take another course with him. Thanks, Tarek. "

Jessica Malfavon

"Yes, being an interested fresher in this domain where certification is the key to unlock many doors, this detailed session[s] is helping me build a strong base."Yogesh Pai

"Excellent Explanation and it is very detailed to deliver the information in a perfect way. Thanks alot Eng tarek roshdy"

Nour Eldeen Mohamed Moustafa

"This course is so useful and important for any one want to begin in this field(software testing) and the instructor make effort to explain every information. I really recommended it for the beginners"

Asmaa abd El-naser Mostafa

"The course is based on the Certified Tester Foundation Level Syllabus 2018. It follows exactly what's written in the Syllabus. Going through Tarek's videos instead of reading directly from the Syllabus makes it easier to learn. Everything is explained properly. Particularly for myself as I'm not from an English speaking background. There are also questions to check your understanding of the syllabus. Overall, this course is great.

Edit January 2021: I passed with success the Thanks for the great work Tarek. "

Ronan Gueguen

What's inside

Learning objectives

Istqb foundation level syllabus content
Black box & white box techniques

Difference between static testing & dynamic testing

Istqb foundation level syllabus content
Black box & white box techniques
Difference between static testing & dynamic testing

Syllabus

Introduction

Introduction & Welcome Message

Know your instructor

How to Study the Course

1.1 What is Testing Quiz

1.2 Why is Testing Necessary Quiz

1.3 Testing Principles Quiz

1.4 Test Activities, Testware and Test Roles Quiz

1.5 Essential Skills and Good Practices in Testing Quiz

Career center

Learners who complete ISTQB Foundation Level V4.0 Complete Training will develop knowledge and skills that may be useful to these careers:

Software Quality Assurance Engineer

A Software Quality Assurance Engineer is pivotal in ensuring software products meet stringent quality standards before reaching users. This course delivers comprehensive training in ISTQB Foundation Level principles, providing the essential knowledge for success in this career. It covers crucial aspects such as understanding errors, defects, and root causes, alongside mastering test activities like planning, analysis, design, and execution. Learners gain insights into various test levels and types, including black box and white box techniques, and how testing integrates into different software development lifecycles. This foundational expertise helps individuals contribute effectively to quality throughout the entire development process.

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Quality Assurance Analyst

A Quality Assurance Analyst plays a critical role in evaluating software systems to ensure they align with specified requirements and quality criteria. This course provides a robust understanding of the methodologies and practices essential for a Quality Assurance Analyst. It delves into the entire test process, from establishing traceability between the test basis and testware to performing detailed test analysis and design. Specific techniques such as static and dynamic testing, along with validation and verification, are thoroughly covered, equipping learners to effectively identify and manage defects. This training is fundamental for anyone aiming to meticulously analyze and improve software quality.

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Quality Engineer

A Quality Engineer focuses on designing, implementing, and improving quality processes and systems throughout the software development lifecycle, striving for continuous improvement. This course provides a strong foundation in testing principles, SDLC integration, and defect management, which are critical for a Quality Engineer to identify areas for process enhancement and ensure robust quality. The detailed understanding of test activities, testware, and the importance of traceability allows for the development of more efficient and effective quality control mechanisms. This expertise is crucial for building and maintaining high-quality software.

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Test Engineer

A Test Engineer is fundamentally involved in designing, developing, and executing tests to ensure software functionality and performance. This course offers an exhaustive overview of the software testing lifecycle, which is indispensable for a Test Engineer. It covers all key test activities, including test planning, monitoring, control, and completion, alongside practical application of testing principles. Learners will become proficient in understanding testware, test objectives, and how to effectively manage test execution. The detailed exploration of different software development lifecycle models and their impact on testing ensures a well-rounded and immediately applicable skill set for this dynamic engineering role.

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Integration Test Engineer

An Integration Test Engineer specializes in verifying the interfaces and interactions between different software modules, components, or systems to ensure they work cohesively. This course provides the essential understanding of test levels, test types, and testing methodologies, which are crucial for an Integration Test Engineer to design effective test strategies. Coverage of black box and white box techniques, as well as the overall test process from planning to completion, directly supports the complex task of identifying defects that arise from component interactions. This foundational knowledge is key to building robust integrated systems.

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Quality Assurance Lead

A Quality Assurance Lead guides testing teams, defines strategies, and oversees the overall quality assurance process within an organization. This course offers comprehensive knowledge of testing fundamentals, processes, and essential skills, which are crucial for effective leadership and strategic decision-making in a Quality Assurance Lead role. Delving into test management activities such as planning, monitoring, and control, coupled with insights into various SDLC models and the "whole team approach," empowers leaders to foster a culture of quality. The understanding of defects and root causes is also invaluable for mentoring teams and driving process improvements.

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User Acceptance Tester

A User Acceptance Tester represents end-users or business stakeholders to validate if the software meets specific business requirements and user expectations before its final release. This course provides a solid understanding of test objectives, validation, verification, and the overall testing process, which are invaluable for a User Acceptance Tester. The emphasis on requirements traceability and understanding how defects impact usability directly equips individuals to rigorously evaluate the user experience and ensure the software truly solves the intended problems for its target audience.

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Test Automation Engineer

A Test Automation Engineer develops and maintains automated test scripts and frameworks, significantly enhancing testing efficiency and coverage. While this role often requires programming skills, this course provides the crucial theoretical foundation in testing principles, types, and the software development lifecycle that guides what to automate and how to measure quality. Understanding static and dynamic testing methods, along with test design techniques from this course, may be useful for a Test Automation Engineer to design more effective and robust automated solutions. This role typically requires advanced technical skills and continuous learning.

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Performance Test Engineer

A Performance Test Engineer designs and executes tests to evaluate the responsiveness, stability, and scalability of software systems under various load conditions. While this role often involves specialized tools and metrics, this course's coverage of general testing principles, test planning, monitoring, and defect identification may be useful for a Performance Test Engineer. Understanding the different test types and objectives from the course helps in framing performance testing within the broader quality assurance strategy, ensuring that non-functional requirements are systematically validated alongside functional ones.

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Systems Analyst

A Systems Analyst investigates system problems, identifies requirements for new or modified systems, and designs solutions that often involve software components. The knowledge of static and dynamic testing, validation, and verification processes from this course may be useful for a Systems Analyst. It enables them to design systems that are robust, testable, and align with quality standards from the outset. Understanding the impact of different SDLC models on testing also helps in selecting appropriate development approaches that support system quality and reliability.

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Business Analyst

A Business Analyst bridges the communication gap between business stakeholders and technical teams, translating needs into clear requirements. Understanding testing principles, defect identification, and validation/verification processes, as covered in this course, may be useful for a Business Analyst. The course's focus on traceability between the test basis and testware helps in ensuring requirements are clear, unambiguous, and testable from the start. This knowledge can enhance their ability to articulate better specifications and ensure that developed solutions meet quality standards and stakeholder expectations effectively.

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Project Manager

A Project Manager is responsible for planning, executing, and closing projects, ensuring they are delivered on time, within budget, and to the required quality. The comprehensive overview of the testing process, test activities, and integration into different SDLCs provided by this course may be useful for a Project Manager. It helps in effectively managing risks related to quality, allocating resources for testing activities, and understanding the impact of defects on project timelines and costs. This knowledge underpins better decision-making and stakeholder communication regarding project quality.

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Product Owner

A Product Owner defines the product vision, manages the product backlog, and represents stakeholder needs to the development team. Knowledge of validation, verification, and testing objectives from this course may be useful for a Product Owner. It helps them prioritize requirements that are well-defined, testable, and align with quality standards. Understanding how defects arise and are managed, and the importance of early testing, empowers Product Owners to make more informed decisions about feature readiness and overall product quality, ultimately delivering greater value to users.

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Software Developer

A Software Developer designs, codes, and maintains software applications. While primarily focused on development, this course's emphasis on testing principles, defect prevention, and the "shift left" approach may be useful for a Software Developer. It encourages building quality in from the initial stages of code development. Understanding how testing principles like "early testing saves time and money" and concepts of errors, defects, and root causes directly informs better coding practices and the creation of more robust, testable software, ultimately reducing post-release issues.

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Scrum Master

A Scrum Master facilitates agile development teams, ensuring adherence to Scrum principles and practices to maximize value delivery. Understanding the testing process, different SDLC models, and the "whole team approach" from this course may be useful for a Scrum Master. It helps in supporting the team in delivering high-quality increments, facilitating discussions around quality goals, and identifying potential impediments related to testing. The insights into test activities and roles can also assist in fostering greater collaboration between developers and testers, promoting a shared understanding of quality.

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