C# Test Automation Engineer – from Zero to Hero

Description

You will learn source code of the tutor. All homework is completed with the Trainer

What You'll Learn

• Advanced Design Patterns: Implementation of sophisticated design patterns such as the Page Object Model (POM), Factory Pattern, and Singleton Pattern to ensure code reusability and minimize technical debt.
• Mastery of Fluent Assertions: Utilizing advanced assertion libraries to create highly readable, human-centric test validation steps that clearly communicate failure points to non-technical stakeholders.
• Asynchronous Programming for Automation: Leveraging C# Task Parallel Library (TPL) features to handle asynchronous operations, ensuring that tests do not fail due to timing issues or slow network responses.
• Dynamic Element Handling: Developing custom logic to interact with volatile web components, including IFrames, Shadow DOM elements, and complex JavaScript-driven dropdowns that standard tools often struggle with.
• Source Control via Git: Comprehensive training on professional version control workflows, including branching, merging, handling pull requests, and resolving merge conflicts within a collaborative automation team.
• Data-Driven Testing Architectures: Building systems that consume external data sources such as JSON, XML, or CSV files to execute a single test case against thousands of different data permutations.
• Reporting and Observability: Integrating sophisticated reporting engines like Allure or ExtentReports to generate visual, stakeholder-ready documentation of test results, including automated screenshots and video logs of failures.
• Configuration Management: Designing environment-agnostic frameworks that can seamlessly switch between Development, Staging, and Production environments using global configuration files and dependency injection.
• Exception Handling and Resilience: Implementing global exception handling strategies and custom retry logic to differentiat

Requirements

• Foundational Logical Proficiency: A strong grasp of basic logic and algorithmic thinking is essential, as the course relies on your ability to break down complex manual processes into programmable steps.
• Standard Development Environment: Learners should have access to a Windows-based machine capable of hosting the latest .
• NET SDKs and an Integrated Development Environment (IDE) to facilitate smooth coding sessions.
• Conceptual QA Awareness: While no prior coding is required, a baseline understanding of what software testing entails—such as the difference between a bug and a feature—will help contextualize the automation strategies discussed.
• Commitment to Iterative Practice: Success in this program requires a dedication to repetitive practice, as mastering the syntax of C# and the nuances of automation requires hands-on debugging and constant code refactoring.
• Basic Command Line Familiarity: A rudimentary understanding of how to navigate directories via a terminal will be beneficial for man