ISTQB Foundation Level Certification Course. 2026 edition.

Name: ISTQB Foundation Level Certification Course. 2026 edition.
Rating: 4.5 (22 reviews)

With this course you can be sure that you will receive 100% true information for ISTQB Foundation Level Exam!

Created bySQA Path

Last updated 1/2026

English

English [Auto],

What you'll learn

Fundamentals of testing
Testing Throughout the Software Development Lifecycle
Test Levels
Test Types
Static Testing
Test Techniques
Test Management
Tool Support for Testing

Course content

7 sections • 27 lectures • 3h 5m total length

1.1 What is Testing?5:58
Explore the fundamentals of testing, including objectives, the difference from debugging, and how testing supports quality assurance, verification, validation, and risk reduction.
1.2 Why is Testing Necessary?7:02
Rigorous testing reduces risk of failures by detecting and fixing defects, ensuring quality, meeting contractual or industry standards, and enabling early detection through tester involvement in requirements, design, and coding.
1.3 Seven Testing Principles3:01
Uncover seven testing principles that emphasize defects presence over absence, early shiftleft testing, risk analysis guiding test focus, defect clustering, the pesticide paradox, and context-dependent quality assurance.
1.4 Test Process19:21
Define a flexible test process by planning, monitoring and control, analysis, design, implementation, and execution with traceability from test bases to test work products and measurable coverage criteria.
1.5 The Psychology of Testing4:33
Understand how human psychology shapes software testing, including confirmation bias and cognitive biases, and learn constructive defect communication to unite testers and developers toward better quality.

2.1 Software Development Lifecycle Models9:23
Explore how software development life cycle models shape testing, from test levels and types to maintenance testing, with early testing and model adaptation to project context.
2.2 Test Levels. Component & Integration Testing9:42
Explore test levels, including component testing, integration testing, and system and acceptance testing, to verify interfaces, reduce risk, and ensure quality across components and systems.
2.2 Test Levels. System & Acceptance Testing11:24
Explore test levels, focusing on system and acceptance testing, end-to-end behavior, risk reduction, and release readiness. Understand test basis, objects, and common defects to improve detection.
2.3 Test Types11:33
Explore test types across functional and non-functional testing, including white-box and black-box techniques, confirmation and regression testing, and change-related tests, with coverage measures and banking application examples.
2.4 Maintenance Testing4:20
Master maintenance testing after deployment, verifying changes, avoiding regressions, and safeguarding performance, security, and reliability. Examine impact analysis to anticipate side effects and guide regression and IoT integration testing.

3.1 Static Testing Basics7:06
Explore static testing basics, including static analysis, review processes, and the distinction from dynamic testing, with emphasis on early defect detection and ongoing quality in the software life cycle.
3.2 Review Process9:51
Compare informal and formal reviews, covering planning, roles, entry/exit criteria, defect handling, and documentation to support audit trails and quality improvement.
3.2 Applying Review Techniques, Success Factors for Reviews6:29
Apply ad hoc, checklist based, scenario based, perspective based, and role based review techniques to uncover defects. Align reviews with objectives and organizational success factors for effective defect identification.

4.1 Categories of Test Techniques5:20
Explore black box, white box, and experience-based test techniques and how they derive test conditions, test cases, and test data from requirements, use cases, and user stories.
4.2 Black-box Test Techniques10:09
Learn black-box test techniques, including equivalence partitioning with valid and invalid partitions, boundary value analysis, decision tables, state transition diagrams, and use cases.
4.3 White-box Test Techniques2:24
Explore white-box testing techniques focusing on internal structure, including statement testing and decision testing, to measure statement and decision coverage and cover true and false outcomes.
4.4 Experience-based Test Techniques3:18
Explore experience-based test techniques such as error guessing and exploratory testing to uncover defects from tester knowledge and past experiences, and use checklists and session-based testing to guide time-boxed evaluation.

5.1 Test Organization10:10
Understand the roles of test managers and testers, independence in testing, and how test planning, estimation, monitoring, configuration management, risk analysis, and defect management drive effective quality assurance.
5.2 Test Planning and Estimation8:14
Plan and estimate testing across development and maintenance projects guided by policy, strategy, and life cycles; define scope, risks, resources, and criteria, and document master and level-specific test plans.
5.2 Test Execution Schedule, Factors Influencing the Test Effort, Estimation4:13
Master test execution scheduling by balancing prioritization, dependencies, confirmation and regression tests, and estimating test effort with metrics-based and expert-based techniques.
5.3 Test Monitoring and Control5:19
Monitor and control testing by gathering information, providing feedback, and tracking progress toward exit criteria and agile definition of done through metrics and reports.
5.4 Configuration Management0:56
Configuration management maintains integrity of components and test ware and their relationships throughout the project and product life cycle to support testing, by uniquely identifying, versioning, and tracing test items.
5.5 Risks and Testing6:06
5.6 Defect Management4:35
Establish a defect management process to log, classify, and track defects from discovery to resolution, with a defined workflow and collaboration among architects, developers, testers, and product owners.

6.1 Test Tool Considerations10:53
Classify test tools by purpose and activities, including execution and management tools, evaluate benefits and risks of test automation, and apply selection principles and pilot projects for implementation.
6.2 Effective Use of Tools3:50
Explore how to select and evaluate testing tools, including proof of concept, pilot projects, licensing, open source options, and integrating tools into the software development life cycle.
Final0:47
Master quality assurance principles and apply them to real world scenarios to improve the end user experience. Stay updated on QA trends and pursue your certification.

Requirements

No QA experience

Description

The ISTQB Foundation Level Certification course is a comprehensive training program designed to equip software testers with the necessary knowledge and skills required to perform their roles effectively. The course covers various aspects of software testing, including testing techniques, test management, and test tools.

The course starts with an introduction to software testing, its importance, and its different levels. It then moves on to cover the fundamental principles of testing, including the testing process, testing techniques, and testing levels.

The next module of the course covers test management, which includes test planning, estimation, monitoring, and control. This module also includes topics such as risk management, configuration management, and incident management.

The course then moves on to cover test design techniques, such as equivalence partitioning, boundary value analysis, and decision table testing. It also covers the different types of testing, such as functional testing, non-functional testing, and acceptance testing.

The next module of the course covers test tools, including test execution tools, defect management tools, and test design tools. This module also includes topics such as test automation, performance testing, and security testing.

Throughout the course, students will have the opportunity to apply the concepts they have learned through practical exercises and case studies. The course will also provide students with sample exam questions to help them prepare for the ISTQB Foundation Level Certification exam.

Upon completion of the course, students should have a solid understanding of the fundamental principles and practices of software testing, and should be well-prepared to take the ISTQB Foundation Level Certification exam.

Who this course is for:

Beginners in QA field
junior QA engineers
middle QA engineers

ISTQB Foundation Level Certification Course. 2026 edition.

What you'll learn

Explore related topics

Course content

Fundamentals of Testing5 lectures • 40min

Testing Throughout the Software Development Lifecycle5 lectures • 46min

Static Testing3 lectures • 23min

Test Techniques4 lectures • 21min

Test Management7 lectures • 40min

Tool Support for Testing3 lectures • 16min

Quizzes (sample questions)0

Requirements

Description

Who this course is for: