Selenium Automation Testing

Accelerate your Career

The Selenium Automation Testing course equips participants with the skills to automate web applications using Selenium, empowering them to perform efficient and accurate testing. This course focuses on leveraging Selenium’s capabilities for robust and reliable test automation.

Enroll for the Demo Class

6 Modules

with Certifications

2 Hours

of Recorded Content

4.6 Ratings

by 725 Learners

English

Language

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Course Overview

This course provides an in-depth understanding of Selenium, emphasizing its functionalities, tools, and practical implementations in automation testing. Participants gain hands-on experience in creating automated test scripts for web applications.

Objectives

What is the role of automation testing in software development, and why is it crucial?

Automation testing ensures faster and more accurate testing, leading to improved software quality, shorter release cycles, and cost-efficiency.

What are the components of Selenium, and how do they contribute to automation testing?

Selenium consists of Selenium IDE (Integrated Development Environment), WebDriver for browser automation, and Grid for parallel testing, collectively enabling efficient test automation.

How does Selenium WebDriver facilitate interaction with web elements?

Selenium WebDriver provides methods to locate and interact with various web elements on a web page, enabling automated testing of user interactions.

What is the significance of test frameworks like JUnit or TestNG in Selenium?

Test frameworks like JUnit or TestNG provide a structured way to write and execute test cases, manage test data, and generate reports, enhancing the efficiency and scalability of Selenium tests.

How does Selenium handle complex scenarios such as alerts, multiple windows, and frames?

Selenium provides methods and APIs to handle different types of alerts, manage multiple windows, and switch between frames, enabling testers to address diverse application scenarios in automation testing.

Key Features

Course Syllabus

Introduction to Automation Testing

Understanding the significance of automation testing in software development.

Overview of different automation testing tools and their advantages.

Introduction to Selenium

Overview of Selenium and its components (Selenium IDE, WebDriver, Grid).

Setting up the Selenium environment and configuring browsers.

Selenium WebDriver

Locators and web elements identification using WebDriver.

Implementing various WebDriver commands and actions.

Handling Different Web Elements

Handling different types of web elements (textboxes, buttons, dropdowns, etc.) using Selenium WebDriver.

Performing actions like click, input, selection, etc., on these elements.

Test Frameworks and Data-Driven Testing

Introduction to test frameworks (JUnit, TestNG) for Selenium.

Implementing data-driven testing using Selenium with external data sources.

Handling Alerts, Windows, and Frames

Managing alerts, pop-ups, multiple windows, and frames with Selenium.

Strategies for handling complex scenarios in web applications.

Request Free Demo

Selenium Automation Testing

Accelerate your Career

Enroll for the Demo Class

6 Modules

with Certifications

2 Hours

of Recorded Content

4.6 Ratings

by 725 Learners

English

Language

Request Free Demo

Course Overview

Objectives

Automation testing ensures faster and more accurate testing, leading to improved software quality, shorter release cycles, and cost-efficiency.

Selenium consists of Selenium IDE (Integrated Development Environment), WebDriver for browser automation, and Grid for parallel testing, collectively enabling efficient test automation.

Selenium WebDriver provides methods to locate and interact with various web elements on a web page, enabling automated testing of user interactions.

Test frameworks like JUnit or TestNG provide a structured way to write and execute test cases, manage test data, and generate reports, enhancing the efficiency and scalability of Selenium tests.

Selenium provides methods and APIs to handle different types of alerts, manage multiple windows, and switch between frames, enabling testers to address diverse application scenarios in automation testing.

Key Features

Online & Offline Class Training

Real-life Case Studies

Certification of Completion

Real Time End to End Projects

Course Syllabus

Understanding the significance of automation testing in software development. Overview of different automation testing tools and their advantages.

Overview of Selenium and its components (Selenium IDE, WebDriver, Grid). Setting up the Selenium environment and configuring browsers.

Locators and web elements identification using WebDriver. Implementing various WebDriver commands and actions.

Handling different types of web elements (textboxes, buttons, dropdowns, etc.) using Selenium WebDriver. Performing actions like click, input, selection, etc., on these elements.

Introduction to test frameworks (JUnit, TestNG) for Selenium. Implementing data-driven testing using Selenium with external data sources.

Managing alerts, pop-ups, multiple windows, and frames with Selenium. Strategies for handling complex scenarios in web applications.

Request Free Demo

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Courses

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Quick Links

Courses

Phone

Address:

Request For Demo

Understanding the significance of automation testing in software development.

Overview of different automation testing tools and their advantages.

Overview of Selenium and its components (Selenium IDE, WebDriver, Grid).

Setting up the Selenium environment and configuring browsers.

Locators and web elements identification using WebDriver.

Implementing various WebDriver commands and actions.

Handling different types of web elements (textboxes, buttons, dropdowns, etc.) using Selenium WebDriver.

Performing actions like click, input, selection, etc., on these elements.

Introduction to test frameworks (JUnit, TestNG) for Selenium.

Implementing data-driven testing using Selenium with external data sources.

Managing alerts, pop-ups, multiple windows, and frames with Selenium.

Strategies for handling complex scenarios in web applications.