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Robot Framework Python Automate Web Applications

Robot Framework Python Automate Web Applications

Automate Web Applications End to End Scenario with Web Element Validation.
Created byDhiraj Gaikwad
Last updated 11/2025
English

What you'll learn

  • Automate Web Applications Using SeleniumLibrary. Write automation scripts using SeleniumLibrary keywords. Handle browser actions: clicking, typing, waiting
  • Understand the Core Architecture of Robot Framework. Learn how RF uses a keyword-driven approach. Understand test suites, test cases, and resource files.
  • Implement Scalable Test Automation Frameworks. Use Data-Driven Testing (DDT) and Test Templates. Create proper project structures with resources and variables.
  • Master Working With Variables and Built-in Libraries. Parameterize tests using variable files and environment variables. Use built-in libraries .
  • Learn Data Driven Testing using Test Suite Template. Using excel file we can perform Data Driven Testing. We covered web element testing and validation.

Course content

7 sections • 26 lectures • 5h 3m total length

  • Introduction to Robot Framework9:39
  • Installing Robot Framework and its Dependencies14:53
  • Variables and Keywords in Robot Framework10:11
  • How to Write First Test Case ?10:12

Requirements

  • Course Requirements / Prerequisites 1. Basic Computer Skills Ability to install software Use command line/terminal (basic level) 2. Basic Programming Knowledge (Recommended) Understanding of variables, loops, and functions Preferred: Basic Python knowledge (but not mandatory) 3. Understanding of Manual Testing Concepts Test cases, test steps, expected results Basic SDLC/STLC knowledge 4. Laptop/PC Requirements Windows, Minimum 4GB RAM (8GB recommended) Stable internet connection 5. Tools Required (will be installed during the course) Python (latest version) Robot Framework SeleniumLibrary Browser drivers (ChromeDriver, etc.) Text editor/IDE (VS Code / PyCharm) 6. No Prior Automation Experience Needed The course starts from basics and moves to advanced topics Suitable for complete beginners in automation

Description

The Robot Framework Using Python course is designed to equip learners with the skills needed to build robust, scalable, and maintainable test automation frameworks. This course covers everything from the fundamentals of Robot Framework to advanced automation techniques using Python. Through hands-on practice, real-world examples, and structured assignments, learners gain confidence in automating web and data-driven test scenarios.

The course begins with an introduction to keyword-driven testing, Robot Framework architecture, and essential setup steps. Learners then dive into automating web applications using SeleniumLibrary, exploring element locators, waits, and browser control. With Python integration, students also learn how to create custom keyword libraries, work with external data and extend RF capabilities.

Additionally, the course emphasizes best practices for framework design, including modularization, reusable keywords, resource files, logging and reporting. Core concepts of Robot Framework and keyword-driven testing. Writing, organizing, and executing test suites. By the end of the course, learners will have developed a complete automation framework and gained the expertise required for QA automation roles.

After completing this course, learners will be able to design, create, and maintain full-scale automation projects using Robot Framework and Python. They will gain the expertise required for roles like Automation Test Engineer, Selenium Python Tester, and Robot Framework Automation Specialist.

Who this course is for:

  • This course is ideal for: 1. Manual Testers Who want to move into automation testing using an easy and powerful framework. 2. Beginners in Automation Anyone with little or no coding experience looking for a simple entry point into automation. 3. QA Engineers Who want to add Robot Framework and Python to their skill set. 4. Python Learners Who want to apply Python in real-world automation projects. 5. Students & Freshers Preparing for automation testing jobs, internships, or interviews. 6. Selenium Testers Who want to switch to keyword-driven automation for fast test development. 7. Professionals Building Test Frameworks Engineers looking for a scalable, readable framework for UI and API automation.

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