Selenium WebDriver with C# from Scratch - Nunit Framework from Udemy

Learn Everything You Need to Know About C# Selenium Automation including Framework Even If You've Never Programmed Before in C#C# is one of the popular Programming language developed by Microsoft. Demand of C# is growing exponentially beyond Microsoft’s domains (window apps) and it is also used for the development of Android and iOS apps on Xamarin PlatformThis demand has its impact on QA where projects are popping up on C# based Automation. So this Course is carefully designed to understand the Selenium UI Automation on C# from Basics to Framework level with many real time examples.

No prior knowledge on Selenium or C# is required, everything is taken in the course from the Scratch.This course is divided into 3 parts.

Part 1 -

This course kick starts with C# fundamentals required for Automation

Part 2-

Comprehensive Selenium C# Automation learning with more than 25+ real time examples

Part 3-Build Selenium C# Framework from Scratch using Nunit Testing Framework

On course completion You will be Mastered in Selenium Automation Testing with C# and can implement Successfully it in your work place or will surely land on High Paying Job

So what makes this course Unique in the Market?

We assume that students have no experience in automation / coding and start every topic from scratch and basics.

Examples are taken from

Also includes-

· Quizzes

· Practice Assignments

· Interview Questions

· Certification on completion

All the Best. Happy Testing :)

What's inside

Learning objectives

By the end of this course, you will get complete knowledge on c# automation using selenium webdriver
You will be able to implement c# test automation frameworks (nunit) from scratch with all latest technologies
Complete understanding of c# basics with many practise examples to gain a solid exposure
Thorough understanding of nunit testing framework concepts which will help for building customized frameworks

Complete understanding on selenium c# api methods with real time scenarios on live websites
Deeper understanding of automation guidelines and code quality standards
"last but not least" you can clear any interview and can lead entire c# automation project from design stage

By the end of this course, you will get complete knowledge on c# automation using selenium webdriver
You will be able to implement c# test automation frameworks (nunit) from scratch with all latest technologies
Complete understanding of c# basics with many practise examples to gain a solid exposure
Thorough understanding of nunit testing framework concepts which will help for building customized frameworks
Complete understanding on selenium c# api methods with real time scenarios on live websites
Deeper understanding of automation guidelines and code quality standards
"last but not least" you can clear any interview and can lead entire c# automation project from design stage

Syllabus

Running Tests on Firefox and Microsoft Edge Browsers with config changes

Introduction to the Course

Why to Choose C# for Selenium Automation/ Course FAQ's

C# Fundamentals for Automation Testing - Part 1 Quiz

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Starts with C# fundamentals, which is helpful for learners who are new to programming and need a solid foundation before diving into Selenium automation

Covers Selenium UI automation using C# from basic concepts to framework level, which is a valuable skill for QA professionals in the current job market

Includes more than 25 real-time examples, quizzes, and practice assignments, which reinforces learning and provides practical experience in C# Selenium automation

Teaches how to build a Selenium C# framework from scratch using the NUnit testing framework, which is a valuable skill for creating robust and maintainable automation solutions

Integrates the Selenium C# NUnit framework with Jenkins CI/CD, which is essential for automating the build, test, and deployment processes in modern software development

Uses Visual Studio, but does not specify which version, which may be a concern if the course uses an older version with outdated features or compatibility issues

Reviews summary

Practical c# selenium automation framework

According to learners, this course provides a positive and comprehensive starting point for those new to automating with C# and Selenium, even explaining C# basics well. Many found the coverage of Selenium, Nunit, and especially the step-by-step framework building to be highly practical and applicable to real-world job tasks. However, some students noted that the code examples occasionally contain errors or typos requiring debugging, and parts of the course content or setup instructions use slightly outdated versions of libraries or software, which can cause initial setup difficulties.

Examples relevant to job tasks.

"The examples are relevant to real-world scenarios, which is very helpful."

"The exercises feel like actual automation tasks I'd do at work."

"Applied concepts learned directly to my automation project at work."

Nunit framework section is highly practical.

"The framework part is really solid, covering POM, Data Driven, Parallel execution. Very practical for my job."

"Loved the practical exercises and building the framework step-by-step."

"Learned how to structure a proper Nunit framework, very helpful."

Covers C#, Selenium, Nunit basics.

"This course is a great starting point for anyone new to Selenium with C#."

"Covers C#, Selenium, Nunit from basics to framework, useful."

"I got a solid foundation in C# basics and Selenium from this course."

Pace varies, some topics rushed.

"Pace is good overall, but some advanced topics felt rushed."

"The section on Explicit Waits was confusing, had to look up other resources."

Some parts need updating (versions).

"Some libraries and versions used are a bit old, had to update them myself."

"The setup instructions could be clearer or more updated for newer VS versions."

"Encountered issues due to using older versions in the course."

Code examples have typos/errors.

"sometimes the code examples had small errors that took time to figure out."

"There were a few typos in the code snippets shared."

"Had to debug some examples to get them working as intended."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Selenium WebDriver with C# from Scratch - Nunit Framework with these activities:

Review C# Fundamentals

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Solidify your understanding of C# fundamentals before diving into Selenium automation. This will make grasping the automation concepts easier.

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Review data types, loops, and classes.
Practice writing simple C# programs.
Complete online C# tutorials.

Review 'C# 8.0 and .NET Core 3.0 – Modern Cross-Platform Development'

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Gain a deeper understanding of C# and .NET Core to enhance your Selenium automation skills. Reading this book will provide a solid foundation.

View C# 8.0 and .NET Core 3.0 – Modern Cross... on Amazon

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Read the chapters on C# fundamentals.
Study the examples and try them out.
Focus on the sections related to object-oriented programming.

Practice Selenium Locators

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Sharpen your skills in identifying web elements using Selenium locators. This will improve your ability to write robust and reliable automation scripts.

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Identify elements on various websites using different locators.
Practice using XPath and CSS selectors.
Use browser developer tools to inspect elements.

Four other activities

Expand to see all activities and additional details

Show all seven activities

Blog Post: C# Selenium Framework

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Solidify your understanding of the C# Selenium framework by writing a blog post explaining its architecture and benefits. This will help you internalize the concepts.

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Outline the key components of the framework.
Explain the advantages of using a framework.
Provide code examples to illustrate the concepts.
Publish the blog post on a platform like Medium.

Contribute to a Selenium Project

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Deepen your understanding of Selenium by contributing to an open-source project. This will expose you to real-world challenges and best practices.

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Find an open-source Selenium project on GitHub.
Identify a bug or feature to work on.
Submit a pull request with your changes.
Address any feedback from the project maintainers.

Review 'Selenium Design Patterns and Best Practices'

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Learn about design patterns and best practices for building Selenium automation frameworks. This will help you create more maintainable and scalable automation solutions.

View Selenium Design Patterns and Best Practices on Amazon

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Read the chapters on Page Object Model and data-driven testing.
Study the code examples and try to implement them in your own projects.
Focus on the sections related to reporting and logging.

Mentor Junior Automation Testers

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Reinforce your knowledge by mentoring junior automation testers. Explaining concepts to others will solidify your understanding.

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Offer to help junior testers with their automation tasks.
Answer questions in online forums or communities.
Share your knowledge and experience with others.

Career center

Learners who complete Selenium WebDriver with C# from Scratch - Nunit Framework will develop knowledge and skills that may be useful to these careers:

Automation Engineer

An Automation Engineer designs, develops, and maintains automated test systems. A course on Selenium WebDriver with C# using the NUnit framework helps build a foundation for this role. The course covers C# fundamentals, which are essential for writing test scripts. Learning how to use Selenium with C# is directly applicable to automating web applications. The NUnit testing framework knowledge from the course is crucial for creating structured and maintainable test suites. The course's focus on building a framework from scratch aligns with the responsibilities of an Automation Engineer. The skills acquired may help someone to design and implement effective automation solutions. This course provides a practical approach, with real-time examples, that directly translates to the tasks performed by an Automation Engineer.

See salaries and explore the career path for Automation Engineer

Software Developer in Test

A Software Developer in Test (SDET) possesses strong programming skills to create test automation frameworks and tools. This course on Selenium WebDriver with C# using NUnit framework helps aspiring SDETs gain relevant skills. The C# fundamentals covered in the course are vital for developing robust test automation solutions. Mastery of Selenium for UI automation, taught through real-time examples, is directly applicable to the SDET's role. The hands-on experience in building a Selenium C# framework using NUnit is invaluable. This course may help one to not only automate tests but also contribute to the development of testing tools and infrastructure. The knowledge of the NUnit testing framework aligns perfectly with the SDET's need to create efficient and maintainable test suites.

See salaries and explore the career path for Software Developer in Test

Quality Assurance Analyst

A Quality Assurance Analyst is responsible for ensuring the quality of software products through testing. This course on Selenium WebDriver with C# using the NUnit framework may be useful for those wanting to move into automation testing, a growing area of QA. Learning C# fundamentals provides a solid base for writing automation scripts. The Selenium WebDriver portion of the course teaches how to automate web application testing. Understanding the NUnit framework is essential for organizing and running tests. The course's focus on practical examples and building a framework helps Quality Assurance Analysts apply automation techniques effectively. The skills learned can help QA analysts identify and report software defects, ensuring high product quality.

See salaries and explore the career path for Quality Assurance Analyst

Test Automation Architect

A Test Automation Architect designs and implements test automation strategies and frameworks. This course provides the foundation needed to grow into such a role. By learning C# fundamentals, one can understand the core language for building automation solutions. The Selenium WebDriver skills taught are crucial for automating user interface testing. Building a framework from scratch using NUnit, as covered in the course, aligns with the responsibilities of an architect. This course gives the necessary experience to design scalable and maintainable test automation architectures. The deep dive into NUnit, Selenium, and C# provides the knowledge to lead test automation initiatives effectively. Test Automation Architect is usually a senior role.

See salaries and explore the career path for Test Automation Architect

Test Manager

A Test Manager oversees the testing process and ensures the quality of software releases. This course can be invaluable for understanding test automation strategies and technologies. Learning C# and Selenium WebDriver, even at a fundamental level, helps the Test Manager make informed decisions about automation initiatives. Building a framework using NUnit provides insights into the challenges and best practices of test automation. This course may help a Test Manager effectively plan, implement, and manage test automation efforts within their organization. A Test Manager is a role that is more senior.

See salaries and explore the career path for Test Manager

DevOps Engineer

A DevOps Engineer automates and streamlines software development and deployment processes. The skills acquired in this course may be beneficial for automating testing within a DevOps environment. Learning C# provides a strong programming foundation for scripting and automation. Selenium WebDriver skills are useful for automating UI tests, which can be integrated into the CI/CD pipeline. Knowledge of the NUnit framework facilitates the organization and execution of tests. The course's coverage of Jenkins is directly applicable to setting up automated build and deployment processes. This course may help DevOps engineers enhance the efficiency and reliability of their software delivery pipelines.

See salaries and explore the career path for DevOps Engineer

Continuous Integration Engineer

A Continuous Integration Engineer manages and maintains the infrastructure and processes for continuous integration and delivery. This course can be useful for automating testing within CI/CD pipelines. Learning C# fundamentals provides the programming skills needed to create custom automation tasks. The Selenium WebDriver skills taught can be applied to automate UI testing as part of the CI/CD process. Understanding the NUnit framework is important for integrating tests into the pipeline. The course's coverage of Jenkins helps integrate automation into a CI/CD environment. This course may help one automate testing and deployment processes, ensuring faster and more reliable software releases.

See salaries and explore the career path for Continuous Integration Engineer

Application Developer

An Application Developer designs and codes software applications. This course that teaches C# fundamentals is helpful for application development. The Selenium WebDriver skills are more specific for testing. However, knowing how to automate user interactions is valuable in debugging and understanding the user experience. The NUnit framework helps developers write unit tests. Application Developer is a broad term that can be used regardless of seniority.

See salaries and explore the career path for Application Developer

Technical Lead

A Technical Lead is responsible for guiding a team of engineers and making technical decisions. The skills learned in this course may be helpful for leading automation projects. Understanding C# fundamentals and the Selenium WebDriver is helpful when overseeing automation efforts. Building a framework using NUnit, as covered in the course, helps a technical lead understand the challenges and best practices involved. The course may give a practical understanding of test automation, allowing a Technical Lead to provide informed guidance to their team. This can help one to effectively manage and direct automation projects, ensuring they meet quality standards and project goals. A Technical Lead has experience in the field.

See salaries and explore the career path for Technical Lead

Performance Engineer

A Performance Engineer analyzes and optimizes software performance. While performance testing is distinct from UI automation, the C# skills gained in this course may be useful for building custom performance testing tools or scripts. The C# fundamentals taught in the course provide a programming foundation. This may be useful for automating performance testing tasks. While the course focuses on Selenium, the underlying programming skills can be transferred to performance testing tools and scripting languages. Performance Engineer roles may require knowledge of various programming languages. This course may help one to expand their skillset and contribute to performance testing efforts. Performance engineers typically have a strong background in computer science or a related field.

See salaries and explore the career path for Performance Engineer

Mobile Automation Engineer

A Mobile Automation Engineer automates the testing of mobile applications. While this course focuses on web UI automation with Selenium and C#, the C# programming skills are transferable to mobile automation frameworks like Appium. Learning C# fundamentals provides a foundation for writing test scripts for mobile applications. The experience with NUnit can be applied to structuring mobile test suites. This course may help one transition into mobile automation by providing a solid foundation in C# and test automation principles. Mobile Automation Engineer roles usually require familiarity with mobile development concepts and tools.

See salaries and explore the career path for Mobile Automation Engineer

Software Engineer

A Software Engineer designs, develops, and maintains software applications. The C# fundamentals taught in this course are directly applicable to software development. While the course focuses on test automation, the underlying programming skills are transferable to general software development tasks. Understanding object-oriented programming principles in C#, as covered in the course, is essential for building robust applications. This course can help Software Engineers write cleaner and more maintainable code, even if their primary focus isn't test automation. Software Engineer is a broad term that includes multiple subspecialties.

See salaries and explore the career path for Software Engineer

Solution Architect

A Solution Architect designs and oversees the implementation of complex software systems. While this course focuses on a specific area of test automation, it exposes users to C# and software testing principles. This course may help a Solution Architect understand the importance of automated testing in the overall software architecture. The experience of building a test framework can inform architectural decisions related to testability and maintainability. This course can provide a valuable perspective on the role of automation in ensuring the quality and reliability of software solutions. Solution Architects typically have extensive experience in software development and architecture.

See salaries and explore the career path for Solution Architect

Data Scientist

A Data Scientist analyzes and interprets complex data to inform business decisions. While this course primarily focuses on test automation, the C# programming skills acquired can be useful. Data Scientists can automate data collection, cleaning, and preprocessing tasks. The C# fundamentals taught provide a programming foundation for working with data analysis libraries and tools. This course may help a Data Scientist broaden their skill set and automate various aspects of their workflow. Data Scientists typically possess advanced degrees in mathematics, statistics, or computer science.

See salaries and explore the career path for Data Scientist

Business Analyst

A Business Analyst identifies business needs and proposes solutions. While this course is technical, the problem-solving skills learned through automation may be transferable. Understanding how software is tested and automated can help Business Analysts better communicate requirements and identify potential issues. This course may help Business Analysts gain a deeper understanding of the software development lifecycle, improving their collaboration with technical teams. Business Analysts often possess a strong understanding of both business and technology.

See salaries and explore the career path for Business Analyst

Selenium WebDriver with C# from Scratch - Nunit Framework

What's inside

Learning objectives

Syllabus

Traffic lights

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Reviews summary

Practical c# selenium automation framework

Activities

Career center

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