Software Testing Course Syllabus

Software Testing Course Syllabus

If you're struggling to choose the right course, we’ve made it easier by providing a comprehensive and structured learning path. Here is the detailed software testing course content you can consider. 

This Software Testing Course Syllabus is divided into automation and manual testing, which we will discuss below. Each software testing course learning module is designed to build your knowledge step by step, starting from the fundamentals and advancing to real-world testing scenarios.

Software Testing Course Syllabus - Manual Testing

Manual Testing is a key process in software testing that focuses on understanding core testing principles, test design techniques, and the application of testing strategies. The software testing course content we are discussing follows the standard syllabus used across industries, covering topics like the Software Testing Life Cycle (STLC), Agile methodology, test planning, test case design, and defect management with tools like JIRA.

This software testing course syllabus for manual testing is ideal for beginners, non-programmers, and those looking to shift into software testing, offering a solid foundation for a successful career in manual testing. 

Module 1. Introduction to Manual Testing

The software testing course content in this module covers basic principles of software testing, highlighting the roles of developers and test engineers in detail. You will also learn about common software defects and various manual testing methods performed for quality assurance. Understanding basics is essential for building a strong foundation in software testing.

• Developers vs Tester
• Understanding Software Defects 
• Types of Software Testing

Module 2. SDLC (Software Development Life Cycle)

Understand how software is built from scratch, what planning is involved from development to deployment in the software development life cycle. Also learn about various SDLC models like Waterfall, Spiral, Prototype, and Agile-based hybrids. Learn how validation and verification are carried out and where testing fits into each model. Knowledge of SDLC helps testers understand project flow and align their testing effort.

• Spiral Model
• Waterfall Model
• Prototype Model
• Verification & Validation Model
• Derived Model
• Hybrid Model

Module 3. White Box Testing & Its Types

It covers various testing techniques focusing on internal logic and code structure, including path, loop, and conditional testing. You will also learn about unit, memory, and performance testing, along with Black Box Testing, and compare them. The techniques included in the software testing course content help testers ensure code-level accuracy and optimise performance. 

• Path Testing
• Conditional Testing
• Loop Testing
• Unit Testing
• Memory Testing
• Performance Testing
• White Box Testing vs Black Box Testing

Module 4. Black Box Testing & Its Types

This module will teach about Black Box testing, a way to test software functionality without looking at the internal code. This testing includes functional system, acceptance testing, and other types of testing, such as exploratory, regression, and compatibility testing.

• Functional Testing
• Integration Testing
• System Testing
• Acceptance Testing
• Smoke Testing
• Globalisation Testing
• Ad-hoc Testing
• Compatibility Testing
• Exploratory Testing
• Regression Testing

Module 5. Defect

Learn how software is built bug-free by identifying and classifying defects. This module also introduces the analysis of defect severity levels and explores tools like JIRA for reporting and tracking issues efficiently. Understanding defect management is key to improving software quality and reliability.

• Blocker Defect
• Critical Defect
• Major Defect
• Defect Life Cycle
• Defect Report Template
• Defect Tracking Tool (JIRA)

Module 6. AGILE Methodology

This module introduces Agile testing practices and elements of the Scrum framework, such as sprint planning, daily standups, retrospectives, and backlog grooming. You will also explore how defects are managed in Agile through bug triaging. Learning Agile helps testers adapt quickly to changes and collaborate effectively in modern development environments.

• Scrum Model
• Sprint Planning Meeting
• Scrum Master
• Scrum Meeting
• Sprint Retrospective Meeting
• Bug Triaging Meeting
• Product Backlog Grooming

Module 7. Test Plan

Understand the importance of a well-defined test plan in manual testing. Learn to create a structured test plan using industry-standard templates and understand the components it should include. A clear test plan ensures organised testing efforts and improves overall test coverage.

• Test Plan Template

Module 8. Test Case

This module teaches to write effective test cases using templates and techniques like Black Box design. You’ll also learn to review test cases for clarity, accuracy, and coverage. Writing strong test cases is crucial for ensuring thorough and consistent testing.

• Test Case Template
• Test Case Review Process
• Black Box Test Case Design Technique

Module 9. STLC (Software Testing Life Cycle)

Explains the structured phases of the Software Testing Life Cycle from requirement analysis to test closure. Emphasises the systematic approach needed to ensure software quality throughout the project lifecycle. This is one of the most critical topics in the software testing course content, which will help you improve your understanding of STLC and help testers plan, execute, and manage testing activities more effectively.

• Software Testing Life Cycle

Software Testing Course Syllabus - Automation Testing 

Automation Testing involves using tools and scripts to perform software testing tasks, reducing manual effort and increasing efficiency. This section's Software testing course content primarily focuses on Selenium WebDrivers, specifically for Web Application testing. 

This supports technology like TestNG, Java, MyAQL, HTML, and CSS. It is ideal for aspiring automation testers, professionals shifting from manual to automation, or anyone looking to enhance their skills and align with current market demands. This software testing course syllabus aligns with the standard widely adopted industry-wide. 

The Software Testing course syllabus for Automation Testing includes:

Module 1. Automation Testing (Selenium)

In this module, you will learn about the leading tool used for automating web applications called Selenium. How to set up Selenium WebDriver with Java Eclipse. You will also learn to run tests across browsers and manage dependencies using Maven and WebDriver Manager. This module will help you build your foundation for efficiently monitoring real-world web testing scenarios. 

Selenium Basics:

• Selenium WebDriver Architecture
• Installing Java & Eclipse IDE
• Setting up Selenium WebDriver in Eclipse
• Running Tests on Different Browsers

Maven:

• Maven Introduction and Installation
• Managing Dependencies with Maven

WebDriver Manager:

• Using WebDriver Manager
• Writing First Selenium TestCase
• WebDriver Interface & Methods

Locators:

• Different Types of Locators
• XPath: Absolute, Relative, Functions & Axes
• CSS Selector Techniques

WebElement Methods:

• Handle Dropdowns, Checkboxes, Radio Buttons
• Handle Frames, Popups, Multiple Windows
• Mouse Hover, Drag & Drop, Right Click
• Keyboard Events, Take Screenshot
• Handle Authentication Popups

Wait in Selenium:

• Implicit Wait
• Explicit Wait
• Fluent Wait

TestNG:

• Installing TestNG
• Writing Test Cases
• Annotations (BeforeMethod, BeforeTest, etc.)
• Assertions (SoftAssert vs HardAssert)
• Grouping, Test Suites
• Skipping Test Cases
• DataProvider, Listeners

Module 2. Core Java

Gain knowledge of programming languages using Java, which consists of fundamental concepts of object-oriented programming (OOPS), including inheritance, exception handling, library usage, interfaces, and multi-threading. This understanding will help you write effective and optimised Selenium automation scripts. 

• Java Basics, OOPS, Inheritance
• Exception Handling
• Interfaces
• Multi-threading
• Predefined Libraries

Module 3. MySQL

Learn relational database concepts using Mysql Workbench.  Explore SQL concepts like queries, joins, subqueries, and data formatting. Understanding concepts will help you support end-to-end testing tasks by validating application data.  

• Introduction to Database & DBMS
• SQL Commands (DDL, DML, DCL, DQL)
• MySQL Operators
• Joins (INNER, LEFT, RIGHT, CROSS)
• MySQL Workbench
• Subqueries, Aggregate Functions
• Data Types & Formatting

Module 4. HTML

Learn HTML, or Hypertext Markup Language, to understand formatting and concepts like lists, links, and other elements. This module will help you navigate the DOM and accurately interact with web elements during automation. 

• HTML Basics, Formatting, Links, Lists
• HTML Forms and Form Elements

Module 5. CSS

Covers styling and layout principles using CSS, including Flexbox, Grid, and responsive design. A good grasp of CSS allows you to handle dynamic UIS effectively and refine your element selection strategies in automation testing.

• CSS Basics, Typography, Layouts
• Flexbox & Grid
• Responsive Design Concepts

Best software testing course providers

1. Software Testing course by StarAgile 

StarAgile offers a comprehensive software testing course covering manual and automation testing concepts. StarAgile software testing course content is designed by industry experts, which includes hands-on projects and real-time tools to build practical, job-ready skills. Here, you will get the globally recognised certification as well. 

2. ISTQB Software Testing Course

The International Software Testing Qualifications Board (ISTQB) provides a globally recognised certification focusing on core principles, fundamental concepts, techniques, methodologies and best practices in software testing. It's ideal for beginners or professionals aiming to enhance their skills. 

3. Certified Software Testing Engineer (CSTE) Offered by GAQM 

The Certified Software Testing Engineer (CSTE) certification offered by GAQM (Global Association for Quality Management) validates a professional's expertise in software testing concepts, practices and techniques. It is designed for individuals who are aiming to strengthen their testing abilities. 

Conclusion 

As technology evolves, there has always been a need for excellent, innovative software products that are reliable and secure. Therefore, Skilled developers and testers are essential to driving innovation and delivering real value. This profession demands excellent testing skills. Consider upskilling yourself, explore the software testing course content outlined in the syllabus and start your journey toward becoming a key contributor to tomorrow’s technology. Completing each software testing course learning module will give you the confidence to perform well in professional environments. and learn abou the Software Testing Course list.

FAQs

1.  Can I learn Software testing in 3 months?

Yes, most basic skills can be grasped consistently within 3 months. However, mastering the entire Software Testing course syllabus, including advanced-level concepts like automation and tools associated with testing, might take longer.

2. What is the software testing course?

The Software Testing course is a structured, full-fledged training program designed for individuals who want to evaluate software applications to ensure they function as expected and are free of bugs. These courses cover key concepts of the Software Testing course syllabus, such as Manual testing and Automation testing, as well as other core concepts like testing tools and defect tracking. With every software testing course learning module, learners gain hands-on experience through practical assignments and industry-relevant tools. 

3. Is software testing a promising career?

Yes, definitely. Software testing is a promising career choice, especially in today's world. With increasing demand for high-quality technical products, an excellent manual or automated software tester is always in demand. Additionally, it also provides opportunities to work across diverse industries. 

4. Is Software testing easy or hard?

Software testing is generally considered a specialised field within software engineering. While some aspects can be pretty simple, others can be complex. A well-structured software testing course learning module ensures that even beginners can easily grasp complex testing techniques.

5. What is the salary of a manual tester?

The estimated salary of a Manual tester is about 4,30,000 per year, with an average wage of 4,00,000 per year.