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Learn What is Software Testing? Requirement of Software Testing
This lecture contain life cycle of software development & software testing lifecycle alongwith defect life
In this section you will learn testing principal , Different aspects ,QC &QA
Software Assurance & Quality
Learn TOP 5 Models of software development lifecycles understanding design flow and aspects of testing models.
Learn one of the popular and most adaptive model of development , testing Stage 1. Planning And Requirement Analysis
Stage 2. System Design
Stage 3. Development
Stage 4. Testing
Stage 5. Deployment
What is RAD model- advantages, disadvantages and when to use it?
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RAD model is Rapid Application Development model. It is a type of incremental model. In RAD model the components or functions are developed in parallel as if they were mini projects. The developments are time boxed, delivered and then assembled into a working prototype.
An agile methodology is an iterative approach to software development. Each iteration of agile methodology takes a short time interval of 1 to 4 weeks. The agile development process is aligned to deliver the changing business requirement. It distributes the software with faster and fewer changes.
Learn Verification is the process of checking that a software achieves its goal without any bugs. It is the process to ensure whether the product that is developed is right or not.
is the process of checking whether the software product is up to the mark or in other words product has high level requirements.
Learn different strategies to test a software and become a good tester
In this lesson you will learn remaining strategies for testing software and what are the effective ways to strategies a testing plan
Learn testing Methods , roles and responsibilities of different hierarchy in software testing career . What are the processes involve in testing
what the system actually does is functional testing. How to verify that each function of the software application behaves as specified in the requirement document? what is non functional testing ? Types of functional and non functional testing
Non-functional testing is a type of software testing which refers to various aspects of the software such as performance, load, stress, scalability, security, compatibility, etc., The main focus of non-functional testing is to improve the user experience on how fast the system responds to a request.
It covers all the areas that are not covered in functional testing.
It checks the attributes such as memory leaks, performance, or robustness of the system.
In simple words, how well the system performs is non-functionality testing.
In this lesson you will learn review process roles & responsibilities. When the test engineer writes a test case, he/she may skip some scenarios, inputs and writes wrong navigation steps, which may affect the entire test execution process.
To avoid this, we will do one round of review and approval process before starting test execution.
If we don't go for the review process, we miss out some scenarios, accuracy won't be there, and the test engineer won't be serious.
All the cases need to be sent for the review process only after the completion of writing the test case. So, the other person does not get disturbed
Learn what are roles of Moderator, author, scriber and Reviewer also why we do review of a software .
t an idea and technique is a method or way for performing a task. So, Test Design is creating a set of inputs for given software that will provide a set of expected outputs. The idea is to ensure that the system is working good enough and it can be released with as few problems as possible for the average user.
There are many different types of coverages which we will look at in detail, in subsequent topic, some of them are:
Statement coverage
Decision coverage
Condition coverage
Where to apply this test coverage in software testing?
What are the types of coverage?
What is Coverage measurement tools in software testing?
What is Statement coverage? Advantages and disadvantages
What are the different types of software testing tools?
In this lesson your will learn Statement , path coverage , decision coverage , cylometic complexity , control flow . The statement coverage is also known as line coverage or segment coverage. The statement coverage covers only the true conditions. Through statement coverage we can identify the statements executed and where the code is not executed because of blockage.
In very simple terms, test planning refers to planning the activities that must be performed during testing in order to achieve the objectives of the test. Test planning for every test level of the project begins at the starting of that level’s testing process and goes on upto the end of closing activities of the level.
in this lecture you will learn How to use testing for managing project and product risks?
How to divide testing process into different test levels?
What are the high level testing activities?
Which testing strategy should be used in which situation? Strategies can differ based on project requirements like regulatory requirements, risk levels and different methodologies of software development.
General test entry and test exit conditions
The activities and processes mentioned in the Test Strategy should be align with the organizations Test Policy.
Metrics help in measuring the current state of an activity or process. They help us set benchmarks and targets. Measuring where you are currently helps you establish the how much further you need to go in order to achieve your goals. Test Managers must be able to define, track, report test progress metrics.
Learn 4 categories of test activity metrics
Test progress metrics
Product quality risks metrics
Defect metrics
Test metrics
Test coverage metrics
Test planning, monitoring and control metrics
Test analysis metrics
Test design metrics
Test implementation metrics
Test execution metrics
Test progress metrics
Test closure metrics
Test control activities
Defect Removal Efficiency (DRE) allows the development team to eliminate bugs before release. DRE is calculated as the correlation of bugs detected internally (by testers and software testing) with the amount of bugs that were detected externally (by users).
Learn Testing metrics and Bugzila
Bugzila:Bugzilla is a very renowned testing tool for web based applications. It is an open source (free) defect tracking / bug tracking tool. This tool helps the testers in keeping the track of the defects or bugs. Bugzilla comes with vast features which are not present in the other defect tracking tools.
Learn How to report defect on Bugzila , How to setup Bugzila and features.
In this Lesson you will learn How to write test cases, execute and report defect on software
Learn About Database testing and command, also why we do database testing
This lesson introduces learners to the evolving role of AI in software testing. You’ll understand what AI-assisted testing is, how it complements manual efforts, and where it fits in the current QA ecosystem. Through real examples using platforms like Testim, Mabl, and Functionize, learners will see how AI can auto-generate tests based on user behavior, perform self-healing tests, and predict failure points—yet still require human judgment for validation and accuracy.
In this lesson, you'll learn how to craft a powerful resume specifically tailored for manual testing roles in 2025’s competitive job market. Whether you're a fresher, career switcher, or an experienced tester, your resume is your first impression — and we’ll help you make it count.
Software Testing Mastery 2026: QA Fundamentals to Expert
Are you ready to build a solid career in software testing — without writing a single line of code?
Welcome to the Software Testing Mastery Course 2026 — your complete roadmap to mastering QA fundamentals, test case design, defect tracking, and SDLC/STLC concepts through manual testing only, yet taught at an industry-ready, expert level.
When I started in software testing, I thought it was all about finding bugs . It’s not.
It’s about understanding how software is built, knowing where problems can hide, and making sure the end user gets a smooth experience.
Whether you’re aiming for your first QA job, looking to strengthen your fundamentals, or trying to add testing expertise to your current role, this course will give you the skills, workflows, and confidence to work like an experienced tester.
We Keep This Course Updated:
Updated July 2026 – Added real-world bug reporting examples, Jira workflow demos, and AI-assisted test case generation.
What You’ll Learn:
Complete understanding of the Software Development Life Cycle (SDLC) and Testing Life Cycle (STLC)
How to write effective Test Cases, Test Scenarios, and create professional Test Reports
Master testing techniques: Black Box, White Box, Functional, Regression, Usability, and more
Learn Bug Lifecycle, Severity vs. Priority, and tools for defect logging and tracking
Real-world QA workflows used in Agile and Waterfall environments
Basic exposure to Testing Tools (for Manual QA): JIRA, TestLink, Bugzilla
Hands-on assignments to test real applications, and document your results professionally
This course provides an introduction to the principles and practices of software testing. Topics covered include:
The software development life cycle (SDLC) and the role of testing in the SDLC
Different types of software testing, such as unit testing, integration testing, system testing, and acceptance testing
Testing techniques, such as black box testing, white box testing, and functional testing
Test case design and execution
Test automation
Software quality assurance
Course Module Includes :
Module 1: Introduction to Software Testing
Fundamentals of Software Testing
Importance of Manual Testing in Software Development
Software Development Life Cycle (SDLC) and Testing Phases
Module 2: Test Planning and Documentation
Test Strategy and Test Plan Creation
Test Case Design Techniques
Test Scenario Development
Test Execution Planning
Module 3: Functional Testing Techniques
Black Box Testing
White Box Testing
Grey Box Testing
Integration Testing
System Testing
Module 4: Non-Functional Testing Techniques
Performance Testing Basics
Load Testing
Stress Testing
Usability Testing
Compatibility Testing
Module 5: Defect Management
Defect Life Cycle
Defect Logging and Tracking
Severity and Priority of Defects
Defect Reporting and Metrics
Module 6: Regression Testing
Regression Testing Strategies
Techniques for Regression Test Selection
Regression Test Automation vs. Manual Regression Testing
Module 7: Test Execution and Reporting
Test Execution Techniques
Test Execution Logs and Reports
Test Summary Reports
Metrics and Measurement in Testing
Module 8: Testing Tools and Environments
Overview of Testing Tools for Manual Testing
Test Environment Setup and Configuration
Test Data Preparation and Management
Module 9: Agile Testing Principles
Agile Methodology Overview
Role of Manual Testing in Agile Projects
Continuous Integration and Continuous Testing
Module 10: Best Practices and Career Guidance
Best Practices in Manual Testing
Interview Preparation Tips for Manual Testing Roles
Career Paths and Growth Opportunities in Software Testing
Why Learn From Me?
I started as a manual tester on small projects with no formal QA training. I had to learn everything on the job — from writing my first test case to managing entire testing cycles.
Over time, I worked with multiple teams, learned industry tools, and refined a practical testing process that works for real projects.
Now, I teach the same approach so you can skip the trial-and-error phase and get job-ready faster.
4.9 Rated courses across all Platforms
Everything you’ll see here is based on real testing work, real bug reports, and real project workflows.
Industry-focused assignments & real-world use cases
No coding required — pure QA skills
Learn at your own pace with lifetime access
30-Day Money Back Guarantee – Risk Free
What Students Are Saying:
“I went from knowing nothing about testing to confidently applying for QA jobs.” – Ankit R.
“The real-life bug reporting examples made everything click.” – Priya T.
Money-Back Guarantee We’re confident this course will empower you with skills to excel in software testing! Try it risk-free with our 30-day money-back guarantee—if you’re not satisfied, simply request a refund.
If you want to start a career in QA or strengthen your testing skills without getting lost in theory, this course will guide you step-by-step.
Enroll today and master software testing from fundamentals to expert level.