Selenium Course

Best Selenium Training Certification Course with Live Project Training & Job Assurance. Learn Selenium Testing from experts at our institute!

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Selenium Course Highlights

If you want to become a software tester, then our selenium course is the best option for you. In today’s digital and artificial intelligence market, testing is the best scope to advance your career. Whether you belong to a computer or IT subject, learning Selenium is a good choice. With our selenium testing classes, you will get the chance to work on live projects to gain practical knowledge and have hands-on experience.

What is Selenium?

Selenium is an open-source testing tool that can conduct a qualitative analysis of any web application without human intervention. It’s a portable software testing framework that leading companies use to test their web app/software functionality.

Why Choose Our Selenium Course?

After the completion of our Selenium testing course, you will have a bright opportunity in the field of software testing, web development, API testing, and more! Selenium Test Engineers, Automation Engineer, Software tester are getting a much higher salary package in India. Biggest companies like MIT, Hubspot, GrowthHackers, and others use this selenium for automation testing. Whether you are a beginner or want to sharpen your software testing skills, we offer the best selenium testing training to enrich your knowledge in using the latest software testing tools and techniques.

Why is TOPS Technologies the Best Platform for You?

With hands-on training sessions, our selenium testing course will make you a master in the selenium tool. Our learning module will introduce you to essential concepts in software testing such as TestNG, Selenium NDE, selenium grid, and more!

At TOPS Technologies, we offer flexible classroom and online classes to help you test web-based applications using selenium. By the end of the course, you will get an industry-recognized certification along with placement assistance to kickstart your career and start working with leading companies.

Become a Certified Selenium Tester with Our Experts

At TOPS Technologies, we provide personalized training to ensure that you become well-versed in the subject of selenium testing with a comprehensive learning module designed by industry experts. Leverage the skills of our experts to build a solid foundation in software testing using selenium.

Feel free to reach out to us at +91 - 7622011173 or drop us a mail at inquiry@tops-int.com to learn more about our selenium testing course! TOPS Technologies centers are located in Ahmedabad, Surat, Vadodara, Gandhinagar, Nagpur & Rajkot.

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Selenium Course Curriculum

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  • Introduction to Selenium
  • Introduction of Students
  • Career in Selenium
  • Working on Project and Assignment
  • Using Lab
  • What is automation testing?
  • What is the use of automation testing?
  • What do we need to Automate?
  • What is Selenium?
  • Advantages of Selenium
  • What is the difference between Selenium and QTP?
  • Different flavors in Selenium Basic
  • IDE
  • Selenium Web Driver/Selenium 2.0
  • Selenium-Grid
  • Selenium IDE Basic
  • Installing Selenium IDE
  • Selenium IDE icons
  • Recording your first test with Selenium IDE

  • Introducing the JAVA technology:
  • Showing how to download, install, and configure the Java environment on a Windows system
  • Java Keywords
  • Java Data Types
  • Declarations and Access Control
  • Operators and Assignments
  • Flow Control
  • Typecasting
  • Arrays
  • Packages:
  • Introduction to all predefined packages
  • User Defined Packages
  • Access Specifies
  • Object Oriented Programming Concepts:
  • Class
  • Object
  • Local, Instance and static variables
  • This keyword
  • Inheritance and Types
  • Working with superclasses and subclasses
  • Using types of polymorphism such as overloading, overriding, and dynamic binding
  • Abstraction
  • Encapsulation
  • Abstract classes
  • Interfaces
  • String Processing:
  • String manipulation with String Builder and String Buffer
  • Essential String Methods
  • Exceptions and Assertions:
  • Introduction
  • Exceptions categories
  • Standard Java Exception classes
  • Using Try-catch and finally clause
  • I/O Streams:
  • I/O using Java
  • Files (Create/Read/Write operations on files)
  • Collections:
  • List, Set, and Map

  • Why Web Driver?
  • Downloading web driver Jars configuring in eclipse
  • Architecture of selenium web driver
  • Drivers for Firefox, IE, Chrome, iPhone, Android, etc.
  • What is the difference between Selenium RC and WD
  • Locators & Object Identification
  • Tools to identify elements/objects
  • Firebug
  • IE Developer tools
  • Google Chrome Developer tools
  • Locating elements by ID
  • Finding elements by name
  • Finding elements by link text
  • Finding elements by XPath
  • Finding Elements by using CSS
  • Summary
  • Some Special IDE commands
  • Write your own Selenium IDE script without record and playback
  • Sample programs in Web Driver Intermediate
  • Handle Text box
  • Handle Hyperlink
  • Handle Button and Checkbox
  • Handle Radio Button and DropDown Controls
  • Select value from DropDown
  • Display all values
  • Why Implicit wait and Implementation of Implicit wait
  • Why Explicit wait and Implementation of Explicit wait
  • Web Driver Fluent wait and Thread Sleep functionality
  • Handling alerts box, Verifying the Alert Texts and verify pop-ups
  • Handling confirmation messages
  • Keyboard actions
  • Mouse Actions
  • Handling multiple tabs
  • Preparing web driver test cases using customized x-path
  • Identifying controls using x-path predefined functions
  • Web Tables
  • What is Web Table
  • Extracting data from web tables
  • Examples on static and dynamic Web Tables
  • Junit Framework:
  • Running Java Programs using JUnit
  • Writing Selenium tests from scratch using JUnit Framework
  • JUNIT Annotations
  • JUNIT Methods
  • Frequently used Selenium commands
  • Test Suites using JUnit
  • TestNGFrameWork
  • Overview of TestNG
  • Environment of TestNG
  • Writing WebDriver Test Cases using TestNG and execution
  • Basic Annotations of TestNG
  • Ignore Test
  • Dependency Test
  • Parameterized Tests
  • TestNG XML
  • Report Generation
  • Working with multiple browsers
  • Executing Automation Test Cases in multiple browsers Sequentially
  • Working with Chrome and IE browsers
  • What is Firefox Profile And Implementation of Firefox Profile

  • What is WebDriver Desired Capabilities class
  • Validations and its usage in Automation test scripts
  • Implementing Logs using Apache Log4j API
  • Reading data from Property files using java program
  • Reading and Writing data from/to Excel files using Apache POI API and JXL API
  • Automation Test Frame Work
  • How to develop Test automation framework in a live environment
  • What is a framework
  • Types of framework
  • Data driven frame work
  • Modular driven framework
  • Keyword driven framework
  • Hybrid Framework
  • Maven Project Management Tool
  • Introduction about maven
  • High Level Overview
  • Ant v/s Maven
  • Installation of Maven
  • Demo using Sample Maven Project
  • Maven Structure
  • Maven Dependencies
  • Maven Repositories
  • Maven Eclipse Integration

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Course Key Features

Basic to Advanced Level Selenium Testing Tool
Hands on practical examples
Complete Selenium Automation Testing Course
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Skills Covered

Selenium Automation Tool
Selenium Web Driver
TestNg Framework
Core Java
Integration with CI/CD tool
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Job Roles

Automation Tester
Selenium Tester
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FAQ

Selenium is an open-source automation tool used for web application testing. It's popular due to its support for multiple browsers, platforms, and programming languages like Java, Python, and C#.

The Selenium suite includes Selenium IDE, Selenium WebDriver, Selenium Grid, and Selenium RC (deprecated). Each serves different testing needs from record-and-playback to distributed automation.

Selenium WebDriver is a core component that directly communicates with web browsers. It allows testers to write automation scripts for real user interactions like clicking, typing, and navigation.


Selenium itself doesn't support mobile app testing. However, tools like Appium extend Selenium functionality to test Android and iOS apps using similar WebDriver APIs.

Selenium supports Java, Python, C#, Ruby, JavaScript, and Kotlin. This allows testers to choose a language they are comfortable with for writing automation scripts.


No, Selenium is specifically designed for testing web applications. For desktop app testing, tools like WinAppDriver or AutoIt are recommended.

Selenium Grid allows parallel test execution across different browsers and machines. It speeds up testing by distributing test cases and ensures broader compatibility checks.

Locators help Selenium identify elements on a web page. Common locator strategies include ID, Name, Class Name, XPath, CSS Selector, Tag Name, and Link Text.

Yes, Selenium can manage dynamic elements using XPath functions, CSS selectors, or custom wait strategies like explicit and fluent waits to ensure stability.

XPath is a language used to locate elements based on their XML path. In Selenium, XPath can locate elements precisely, even when they lack unique identifiers.

Interview Questions

Selenium is an open-source automation tool for web applications across multiple browsers and platforms. It supports various languages like Java, Python, and C#. Selenium's flexibility, extensive community support, and ability to integrate with tools like Maven, TestNG, and Jenkins make it a preferred choice for automation testing.

The Selenium Suite includes Selenium IDE (record and playback tool), Selenium WebDriver (for programming-based automation), Selenium Grid (for distributed execution), and Selenium RC (now deprecated). WebDriver is the most widely used due to its powerful features and browser control capabilities.

Selenium WebDriver uses browser-specific drivers that act as a bridge between the test script and the actual browser. These drivers convert test commands into browser-native commands, allowing WebDriver to control browser actions directly without relying on a server.

Selenium WebDriver interacts with the browser directly using native OS calls, while Selenium RC relies on a server to inject JavaScript for browser automation. WebDriver is faster, supports more modern features, and is currently maintained, unlike Selenium RC.

Dynamic elements can be handled using strategies like XPath with contains or starts-with functions, CSS selectors with partial matches, or using waits to ensure elements are present. These techniques ensure reliability when dealing with elements that change frequently.

Waits are essential for synchronizing test execution with web page behavior. Selenium provides implicit, explicit, and fluent waits to pause execution until certain conditions are met, reducing flakiness in tests due to loading delays or asynchronous events.

Cross-browser testing involves running tests on different browsers like Chrome, Firefox, Safari, and Edge. Selenium WebDriver supports browser-specific drivers, and tools like TestNG allow parallel execution across browsers to validate consistent application behavior.

A locator is a way to identify elements on a web page. Selenium provides several locators: ID, Name, Class Name, Tag Name, Link Text, Partial Link Text, XPath, and CSS Selector. Choosing the most stable and unique locator ensures test stability.


Assert immediately stops test execution if the condition fails, ensuring critical validations don’t proceed further. Verify logs the failure but continues test execution, making it suitable for non-critical checks within the same script.


POM is a design pattern that enhances test maintenance by separating test logic from page elements. Each web page is represented by a class with element locators and methods. It improves code reusability and readability across test cases.


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