software testing courses

10 Best + Free Online Software Testing Courses

Our lives have been intricately linked through software. The world needs intuitive, authentic, and dependable technology, and in such a fast-growing sector, even slight errors can be fatal. Software must be rigorously tested for defects and to guarantee that it meets all specifications and delivers the expected results. Testing delivers a greater user experience by discovering and correcting defects in software development. To design high-quality, scalable software, one must think like a software tester.
In the following software testing courses, you will gain vital knowledge about software testing principles and practices. To stay up with the field’s ever-increasing complexities, catch defects, and produce flawless software, you’ll need to keep up with the latest tools as a software tester. It will instruct career changers on how to obtain an entry-level position in software testing and assist Software Developers in improving their unit testing abilities.

List of Free Online Software Testing Courses

1. Software Testing(Udacity)

Destruction is just as valuable as creation when it comes to software development. Learn how to catch problems and break software while learning different testing approaches that will help you design better software.

What you will learn –

  • How to think about the different elements of software testing.
  • How to find parts of a program that need more testing.
  • How to automatically generate test cases that break code in unexpected ways.
  • How to engineer a sophisticated random test case generator.
  • How to deal with lots of bugs, how to take a big input that triggers a bug and make it smaller, how to report a bug, and more!

Pre-requirements –

No prerequisites are needed.

Who can take this course –

This course is open to anyone who wants to learn more and make better use of their time.

Duration – 24 hours approx

Instructor – John Regehr and Sean Bennett

2. Software Engineering Essentials (Technische Universität München via edX)

In the realm of software engineering, high adaptability, an influx of new ideas, and the bravery to challenge old ways are all necessary. You must be knowledgeable about the approaches, techniques, and tools required to deal with rising complexity and shorter development cycles as a software engineer. You must be able to collaborate in order to build high-quality software.
In this course, we’ll go over the principles of object-oriented software engineering. You will study and apply UML modeling, patterns, and project management strategies for designing complex software systems.

What you will learn –

  • Object-Oriented Programming.
  • Agile Methods and Prototyping.
  • Software Configuration Management.
  • Unified Modeling Language (UML).
  • Project Management and Organization.
  • Patterns for different phases of a software project.

Pre-requirements –

No prerequisites are needed.

Who can take this course –

This course is open to anyone who wants to learn more and make better use of their time.

Duration – 8 weeks (5-7 hours a week)

Instructor – Bernd Bruegge, Stephan Krusche and Andreas Seitz.

3. Testing with Agile (University of Virginia Coursera)

To produce agile outcomes, you must do more than install agile methods; you must focus on what matters to your user and regularly test your ideas. Although it is easier said than done, the majority of today’s high-performing innovators have a strong culture of experimentation.
This course will teach you how to ask the appropriate questions at the right time, and how to couple them with the correct procedures to do just enough testing to reduce waste and maximize the results you get from your users.

What you will learn –

  • How to drive valuable outcomes for your user and reduce waste for your team by diagnosing and prioritizing what you need to know about them.
  • How to focus your practice of agile by pairing qualitative and quantitative analytics.
  • How to do just enough research when you need it by running design sprints.
  • How to accelerate value delivery by investing in your product pipeline.

Pre-requirements –

No prerequisites are needed.

Who can take this course –

This course is open to anyone who wants to learn more and make better use of their time.

Duration –  3 weeks (2-4 hours a week)

Instructor – Alex Cowan

4. Learning Test Driven Development in Java (Udemy)

This course teaches you how to develop and create testable Java applications using a test-driven methodology through video lessons and exercises. In this course, you’ll learn how the rapid feedback loop of a test-driven cycle may improve productivity and quality. When writing test cases, you’ll learn about some typical testing traps to avoid.
This course will be very valuable to any programmer who wants to learn about sophisticated testing programs for testing software programs they’ve built. By applying test-driven development to your existing code, you’ll become familiar with TDD right immediately!

What you will learn –

  • To use a test driven approach to successfully deliver Java applications.
  • In this course, you will learn how to design applications with testability in mind.
  • In this course, you will learn how the rapid feedback loop of a test driven cycle can give real productivity and quality benefits.
  • You will learn some common testing pitfalls to avoid when writing your tests.
  • You will learn how to apply test driven development to your existing code allowing you to start applying TDD immediately.

Pre-requirements –

No prerequisites are needed.

Who can take this course –

This course is open to anyone who wants to learn more and make better use of their time.

Duration – 3 hours approx

Instructor – Fluent Software Solutions

5. Selenium WebDriver Training with Java Basics (Udemy)

This is the original Selenium course on Udemy, and it covers over 100 hours of content in a way that no other Selenium course does. In addition, the second half of the course concentrates on Architect-level subjects, with full implementation of seven live projects employing a range of frameworks and methods, such as parallel execution frameworks, multithreading, Java Generics, and virtual environments.
including Dockers, and in-depth knowledge of Core Java, which covers basic if, else, loops, arrays, basic OOPS – inheritance, polymorphism, interfaces, abstract classes, Collections, Reflections, and many other topics related to java, such as File Handling, Log4j, JavaMail API, Interactive report generation using ReportNG, Extent Reports, and many other topics.

What you will learn –

  • Trained to automate any web based application using Selenium*
  • Able to design major frameworks from scratch like: Data Driven, Keyword Driven, Hybrid, Page Object Model, Page Factories, CucumberBDD etc.
  • Able to work on Live Projects, Manipulate complex Xpath, CSS and important locators.

Pre-requirements –

No prerequisites are needed.

Who can take this course –

This course is open to anyone who wants to learn more and make better use of their time.

Duration – 130 hours approx

Instructor –  Rahul Arora

6. Introduction to Software Testing (Alison)

This online software testing course will teach you about software testing principles and why it is vital to test software. By the end of the course, you will have a thorough understanding of testing methods and be able to determine when to begin testing during the software development lifecycle. The course will also take you through the most critical testing levels as well as the verification and validation procedures.

What you will learn –

  • The fundamentals of software testing and why you should test software before implementing it. 
  • The testing process as a systematic process and when to start testing in the development life cycle. 
  • The validation and verification stages of testing, as well as the different levels of testing.
  • The V-model of the development life cycle will be discussed. 
  • Learn about the fault model and how it describes the different types of errors that can occur in a program.

Pre-requirements –

No prerequisites are needed.

Who can take this course –

This course is open to anyone who wants to learn more and make better use of their time.

Duration – 3 hours approx

Instructor – NPTEL

7. Software Testing – Testing Levels and Object-Oriented Program Testing (Alison)

Testing levels above unit testing, system testing and its different categories and types, and testing Object-Oriented programs are all covered in the course Software Testing – Testing Levels and Object-Oriented Program Testing. You’ll also be able to distinguish it from the testing of procedural programs. The course explains how various integration testing methodologies function. You’ll learn about system testing and the different forms of performance testing. You’ll discover the differences between performance tests and regression tests, as well as when to utilize them. You’ll discover why some procedural testing approaches won’t work with OO programs, as well as why OO programming was supposed to make testing easier. The course goes over OO programming concepts including inheritance and polymorphism, as well as why you should verify your code differently when utilizing them. You’ll also learn how to test your OO programs using various integration testing methodologies.

What you will learn –

  • To understand how it is different from testing procedural programs. The course discusses various methods for integration testing and their working. 
  •  System testing and about the different types of performance testing. 
  • Performance tests, and about regression testing and when it is used. 
  • How OO programming was assumed to make testing simpler, and why some testing methods for procedural programs will not work with OO programs. 

Pre-requirements –

No prerequisites are needed.

Who can take this course –

This course is open to anyone who wants to learn more and make better use of their time.

Duration – 3 hours approx

Instructor –  NPTEL

8. Software Testing – Condition Coverage and Mutation Testing Strategies (Alison)

This free online software testing course covers Condition Coverage and Mutation Testing Strategies. You’ll learn about MCC, data flow testing, and mutation testing, as well as several forms of coverage-based testing and the best and worst coverage-based methodologies. Right now, you can improve your software testing skills by taking this free online course.

What you will learn –

  • Learn about various advanced software testing methodologies.
  • How to make control flow graphs for path testing, as well as coverage-based techniques like multiple condition coverage (MCC) and Data Flow testing.
  • The course starts with a discussion of coverage-based testing and the various types of coverage-based testing.
  • Modified condition and decision coverage testing (MC/DC testing).
  • Learn how to introduce faults into your programme for mutation testing, as well as the benefits and drawbacks.
  • Introduced to the fundamentals of integration testing as well as various integration testing strategies.

Pre-requirements –

No prerequisites are needed.

Who can take this course –

This course is open to anyone who wants to learn more and make better use of their time.

Duration – 4 hours approx

Instructor – NPTEL

9. Software Testing – Black-box Strategies and White-box Test (Alison)

Black-box testing strategies, as well as equivalence class and special value testing, are covered in this course.
Three methodologies for combinatorial testing, as well as the use of White-box testing, will be described.
The course will then cover decision table-based testing, cause-effect graphing, and its function in the creation of decision tables. You’ll learn about all-pairs testing, also known as pair-wise testing, and how it works. Finally, you’ll learn about white-box testing methodologies and how to differentiate between different sorts of white-box testing tactics.

What you will learn –

  • Learn how equivalence class testing works and how equivalence classes for both invalid and valid data are created. 
  • Special value testing and the two types of special value testing: general risk and special risk.
  • Boundary value testing and how it works will also be covered.
  • Learn what kinds of errors and flaws it looks for.

Pre-requirements –

No prerequisites are needed.

Who can take this course –

This course is open to anyone who wants to learn more and make better use of their time.

Duration – 3 hours approx

Instructor – NPTEL

10. Automated Software Testing: Unit Testing, Coverage Criteria and Design for Testability (Edx)

Testing software has terrible notoriety for being tough, time-consuming, repetitive, and, most importantly, dull. It is, however, a tried-and-true approach to making sure your product runs properly and meets release schedules.
This course will cover specification-based testing, boundary testing, test adequacy and code coverage, unit vs. system testing, mock objects, test code quality, and testability design.
This is a course where you will be doing a lot of hands-on work. Throughout the lectures, several programs will be tested using various methodologies. You’ll be able to choose the optimal testing methodologies for diverse projects by the end of the course.

What you will learn –

  • How to use current state-of-the-art techniques to test any software system.
  • How to use a variety of techniques to create test cases that deal with exceptional, corner, and bad-weather scenarios.
  • Current testing techniques’ limitations, as well as how to choose the best testing strategies for a given situation.
  • How to create testable architectures and test code that is easy to maintain.

Pre-requirements –

No prerequisites are needed.

Who can take this course –

This course is open to anyone who wants to learn more and make better use of their time.

Duration – 5 weeks approx

Instructor – Arie van Deursen, Maurício Aniche.

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