Automated Software Testing with Python

Categories: E-Learning, python, softwaretesting

About Course

Learn how to build robust, scalable, and maintainable automated tests using Python. This hands-on course is designed for software developers, QA engineers, and testers who want to improve software reliability and streamline development workflows through automation.

Starting from the fundamentals of testing, you’ll progress to writing unit tests, integration tests, and end-to-end tests using popular Python tools such as unittest, pytest, and Selenium. You’ll also explore test-driven development (TDD), mocking, continuous integration, and best practices for maintaining a healthy test suite.

By the end of the course, you’ll be equipped to confidently implement automated testing in real-world Python applications and contribute to a more efficient and error-resistant development process.

Understand the fundamentals and importance of software testing
Write and run unit tests using unittest and pytest frameworks
Apply Test-Driven Development (TDD) principles in real projects
Automate browser-based tests using Selenium WebDriver
Use mocking and patching to isolate components during testing
Structure and organize test suites for scalability and maintainability
Integrate automated tests into CI/CD pipelines for continuous testing
Generate test reports and measure code coverage
Troubleshoot and debug failing tests efficiently
Build a complete automated testing framework for real-world Python applications

Course Content

Module 1: Introduction to Automated Testing
What is Software Testing? Manual vs. Automated Testing Benefits of Test Automation Overview of Testing in the Software Development Lifecycle

Module 2: Python Testing Fundamentals
Setting up the Python Environment Introduction to unittest Writing and Running Basic Unit Tests Test Discovery and Test Suites

Module 3: Advanced Testing with pytest
Introduction to pytest and its Advantages Writing Parametrized and Modular Tests Fixtures and Test Setup/Teardown Assertions and Reporting

Module 4: Test-Driven Development (TDD)
Principles of TDD Red-Green-Refactor Cycle Developing Features with Tests First Practical TDD Exercise

Module 5: Mocking and Dependency Isolation
Why Mocking is Important Using unittest.mock and pytest-mock Patching External Dependencies Writing Isolated Unit Tests

Module 6: Integration and End-to-End Testing
Testing Interactions Between Components Introduction to Selenium WebDriver Automating Web Browsers Writing End-to-End UI Tests

Module 7: Test Organization and Maintenance
Organizing Tests in a Project Structure Naming Conventions and Best Practices Skipping and Marking Tests Managing Test Data

Module 8: Continuous Integration and Automation
Introduction to CI/CD Integrating Tests with GitHub Actions or Jenkins Running Tests on Every Commit Generating Test Reports and Code Coverage

Module 9: Real-World Testing Projects
Applying Automated Testing to a Sample Web Application Writing a Full Test Suite: Unit, Integration, and E2E Common Challenges and Solutions in Test Automation

Module 10: Final Assessment and Certification
Capstone Project: Build an Automated Testing Framework Final Quiz Certificate of Completion

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Automated Software Testing with Python

About Course

What Will You Learn?

Course Content

Module 1: Introduction to Automated Testing
What is Software Testing? Manual vs. Automated Testing Benefits of Test Automation Overview of Testing in the Software Development Lifecycle

Module 2: Python Testing Fundamentals
Setting up the Python Environment Introduction to unittest Writing and Running Basic Unit Tests Test Discovery and Test Suites

Module 3: Advanced Testing with pytest
Introduction to pytest and its Advantages Writing Parametrized and Modular Tests Fixtures and Test Setup/Teardown Assertions and Reporting

Module 4: Test-Driven Development (TDD)
Principles of TDD Red-Green-Refactor Cycle Developing Features with Tests First Practical TDD Exercise

Module 5: Mocking and Dependency Isolation
Why Mocking is Important Using unittest.mock and pytest-mock Patching External Dependencies Writing Isolated Unit Tests

Module 6: Integration and End-to-End Testing
Testing Interactions Between Components Introduction to Selenium WebDriver Automating Web Browsers Writing End-to-End UI Tests

Module 7: Test Organization and Maintenance
Organizing Tests in a Project Structure Naming Conventions and Best Practices Skipping and Marking Tests Managing Test Data

Module 8: Continuous Integration and Automation
Introduction to CI/CD Integrating Tests with GitHub Actions or Jenkins Running Tests on Every Commit Generating Test Reports and Code Coverage

Module 9: Real-World Testing Projects
Applying Automated Testing to a Sample Web Application Writing a Full Test Suite: Unit, Integration, and E2E Common Challenges and Solutions in Test Automation

Module 10: Final Assessment and Certification
Capstone Project: Build an Automated Testing Framework Final Quiz Certificate of Completion

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About Course

What Will You Learn?

Course Content

Module 1: Introduction to Automated Testing What is Software Testing? Manual vs. Automated Testing Benefits of Test Automation Overview of Testing in the Software Development Lifecycle

Module 2: Python Testing Fundamentals Setting up the Python Environment Introduction to unittest Writing and Running Basic Unit Tests Test Discovery and Test Suites

Module 3: Advanced Testing with pytest Introduction to pytest and its Advantages Writing Parametrized and Modular Tests Fixtures and Test Setup/Teardown Assertions and Reporting

Module 4: Test-Driven Development (TDD) Principles of TDD Red-Green-Refactor Cycle Developing Features with Tests First Practical TDD Exercise

Module 5: Mocking and Dependency Isolation Why Mocking is Important Using unittest.mock and pytest-mock Patching External Dependencies Writing Isolated Unit Tests

Module 6: Integration and End-to-End Testing Testing Interactions Between Components Introduction to Selenium WebDriver Automating Web Browsers Writing End-to-End UI Tests

Module 7: Test Organization and Maintenance Organizing Tests in a Project Structure Naming Conventions and Best Practices Skipping and Marking Tests Managing Test Data

Module 8: Continuous Integration and Automation Introduction to CI/CD Integrating Tests with GitHub Actions or Jenkins Running Tests on Every Commit Generating Test Reports and Code Coverage

Module 9: Real-World Testing Projects Applying Automated Testing to a Sample Web Application Writing a Full Test Suite: Unit, Integration, and E2E Common Challenges and Solutions in Test Automation

Module 10: Final Assessment and Certification Capstone Project: Build an Automated Testing Framework Final Quiz Certificate of Completion

Student Ratings & Reviews

Trending Courses

Trending College Workshops

Company

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Categories

Module 1: Introduction to Automated Testing
What is Software Testing? Manual vs. Automated Testing Benefits of Test Automation Overview of Testing in the Software Development Lifecycle

Module 2: Python Testing Fundamentals
Setting up the Python Environment Introduction to unittest Writing and Running Basic Unit Tests Test Discovery and Test Suites

Module 3: Advanced Testing with pytest
Introduction to pytest and its Advantages Writing Parametrized and Modular Tests Fixtures and Test Setup/Teardown Assertions and Reporting

Module 4: Test-Driven Development (TDD)
Principles of TDD Red-Green-Refactor Cycle Developing Features with Tests First Practical TDD Exercise

Module 5: Mocking and Dependency Isolation
Why Mocking is Important Using unittest.mock and pytest-mock Patching External Dependencies Writing Isolated Unit Tests

Module 6: Integration and End-to-End Testing
Testing Interactions Between Components Introduction to Selenium WebDriver Automating Web Browsers Writing End-to-End UI Tests

Module 7: Test Organization and Maintenance
Organizing Tests in a Project Structure Naming Conventions and Best Practices Skipping and Marking Tests Managing Test Data

Module 8: Continuous Integration and Automation
Introduction to CI/CD Integrating Tests with GitHub Actions or Jenkins Running Tests on Every Commit Generating Test Reports and Code Coverage

Module 9: Real-World Testing Projects
Applying Automated Testing to a Sample Web Application Writing a Full Test Suite: Unit, Integration, and E2E Common Challenges and Solutions in Test Automation

Module 10: Final Assessment and Certification
Capstone Project: Build an Automated Testing Framework Final Quiz Certificate of Completion