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Andrii Piatakha, Tigran Ter-Karapetyants, and Trevoir Williams

Are you ready to embark on a transformational journey into the world of Software Development Engineer in Test (SDET) using C#? Welcome to the most comprehensive and hands-on course designed to take you from a beginner to a proficient automation tester.

In today's fast-paced software industry, the demand for SDETs who can build robust and reliable test automation frameworks is skyrocketing. This course is your gateway to mastering C# for test automation, from the ground up.

What You Will Learn:

Read more

Are you ready to embark on a transformational journey into the world of Software Development Engineer in Test (SDET) using C#? Welcome to the most comprehensive and hands-on course designed to take you from a beginner to a proficient automation tester.

In today's fast-paced software industry, the demand for SDETs who can build robust and reliable test automation frameworks is skyrocketing. This course is your gateway to mastering C# for test automation, from the ground up.

What You Will Learn:

  • Foundations of Test Automation: Start with the fundamentals of test automation, including understanding the importance of automation testing in the software development lifecycle.

  • C# Programming: Dive into C#, one of the most powerful and versatile programming languages, and learn it from scratch. No prior coding experience is required.

  • Selenium WebDriver: Explore the world of Selenium WebDriver and harness its capabilities to automate web applications with precision.

  • Test Frameworks: Build scalable and maintainable test automation frameworks from the ground up, allowing you to efficiently test complex applications.

  • Page Object Model (POM): Implement the industry-standard POM design pattern to create clean and organized test scripts.

  • API Testing: Extend your skills to include API testing using C# and tools like RestSharp, preparing you for full-stack testing.

  • Real-World Projects: Apply your knowledge through hands-on projects and gain practical experience that mirrors real industry scenarios.

  • Best Practices: Discover industry best practices for writing maintainable, efficient, and scalable automation scripts.

Why Enroll in This Course?

  • Hands-On Learning: Gain practical experience through hands-on exercises, quizzes, and projects that reinforce your understanding.

  • Instructor Expertise: Learn from experienced instructors who have a proven track record in test automation and C# programming.

  • Career Advancement: Boost your career prospects by becoming proficient in a skill set highly sought after by leading tech companies.

  • Lifetime Access: Get lifetime access to course materials, updates, and a supportive online community.

Don't miss this opportunity to become a certified SDET with C# expertise. Enroll today, and take the first step toward a rewarding career in test automation.

Enroll now

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What's inside

Learning objectives

  • Automation testing
  • Selenium webdriver from basics to advanced level
  • Learn best practices from true programmers
  • Learn how to write scalable, readable and maintainable clean code
  • You will learn source code of the tutor. all homework is completed with the trainer
  • Visual studio
  • Nunit 3
  • Selenium basics
  • Selenium in c#
  • Selenium waits
  • Page object concept
  • Web component concept
  • Data transfer object concept
  • Postman basics
  • Api baiscs
  • Rest api
  • Restful web services
  • Http methods
  • Http status codes
  • Json schemas
  • Api testing
  • Restsharp from basics to advanced
  • Show more
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Syllabus

Introduction

Here is our agenda for today:

  • Learn what are the main benefits of this course.

  • See what are the future opportunities after the course's completion.

Read more

Today we will learn:

  • How we are going to communicate to make sure that the learning process is efficient

  • Where to ask questions

  • How to ask questions

  • Communication channels, where you can reach out to me.

In this video lesson you will learn how to use resources for the lectures.

In this lesson, I’ll show you how my students get exclusive, free, no sign-up access to a one-of-a-kind AI Bot I personally built to help you deeply learn the material, reinforce your knowledge, and gain a real advantage in interviews, real-world work and career growth.

Today we will learn:

  • What is API?

  • What is a web service?

  • Why are web services needed?

  • Where web services are used?

  • What are pros and cons of API?

Today we will learn:

  • What are the main existing API types?

  • What is REST API?

  • What is SOAP API?

  • What are the differences between REST and SOAP?

Today we will learn:

  • What is REST API?

  • What are its architectural properties?

  • Why is it needed in Web Applications?

  • Advantages of REST API

Today we will learn:

  • What is an HTTP method?

  • What are several main features of an HTTP method?

  • What are the main methods of REST API?

  • Why is each of them needed?

Today we will learn:

  • What is an HTTP status code?

  • What are the main types of API status codes?

  • Why each of them is needed?

  • What is the connection between HTTP methods and status codes?

Here is our agenda for today:

  • We will talk with you a bit about Postman history.

  • Consider main components of Postman.

  • Understand why we should learn Postman.

  • Afterwards we will discuss the role of the Postman in software testing process.

Today we will learn:

  • What is API testing tool?

  • What are the most popular API testing tools?

  • Why Postman?

  • How to install Postam to your machine?

  • How to perform basic configuration of Postman?

Today we will learn:

  • What is Trello?

  • Why is it selected for API testing?

  • How to create a test account in Trello?

  • How to set up Trello board for the course?

Today we will learn:

  • What is authorization in API?

  • Why is authorization needed?

  • Why will we need auth token in Trello?

  • How to generate auth token?

  • Where to store the generated token value?

Today we will learn:

  • What is GET method?

  • When is GET method needed?

  • Why is GET method needed?

  • What are the main features of GET method?

Today we will learn:

  • How can we create a GET method in Postman?

  • How can we execute a GET method in Postman?

  • How does the GET method response look like?

  • How do different GET methods look like?

The home task for today's lesson is the following:

  • Sign in to Trello

  • Open Trello API docs page.

  • Find Get Lists on a board request.

  • Execute this request for your Test board.

  • Find Get Cards in a List, Get a Card.

  • Execute these requests for any of the lists on your Test board.

Today we will learn:

  • What is JSON schema?

  • Why is JSON schema needed?

  • How can we validate a GET response schema?

  • Which tool can be used to generate a JSON schema?

  • Which tool can be used to validate a JSON schema?

The home task for today's lesson is the following:

  • Open https://jsonschema.net/ and https://jsonschemalint.com/ sites.

  • Execute Get Cards request from our previous home task.

  • Generate and validate JSON Schema for response array.

  • Execute Get Specific Card request from our previous home task.

  • Generate and validate JSON Schema for response object.

Today we will learn:

  • What is validation test?

  • How can we validate a GET endpoint?

  • What are common status codes for GET methods validation?

  • How to validate a GET endpoint in Postman?

The home task for today's lesson is the following:

  • Execute Get Specific Card request with valid data.

  • See that response status code and body are valid.

  • Validate card id path parameter with invalid format and value.

  • Validate unauthorized permission attempt.

  • Validate key, token, and fields query parameters.

Today we will learn:

  • What is POST method?

  • When is POST method needed?

  • Why is POST method needed?

  • What are the main features of POST method?

Today we will learn:

  • How can we create a POST request in Postman?

  • How can we execute a POST request in Postman?

  • How does the POST request’s response look like?

  • How to check POST request results?

The home task for today's lesson is the following:

  • Sign in to Trello and open Trello API docs page.

  • Find Create a new Card request.

  • Execute this request for your list.

  • Pass card name and idList fields in two different ways.

  • Check that card is added to list via API and UI.

Today we will learn:

  • How can we validate a POST endpoint?

  • What are status codes in POST methods validation?

  • How to validate a POST endpoint in Postman?

  • How to check that new resource is not created via API?

The home task for today's lesson is the following:

  • Execute Create a New Card request with valid data.

  • See that response status code and body are valid.

  • Validate idList query parameter with invalid format and value.

  • Do not provide idList query parameter at all.

  • Validate unauthorized permission attempt.

  • Validate key, and token query parameters.

Today we will learn:

  • What is PUT method?

  • When is PUT method needed?

  • Why is PUT method needed?

  • What are the main features of PUT method?

Today we will learn:

  • How can we create a PUT method in Postman?

  • How can we execute a PUT method in Postman?

  • How does the PUT method response look like?

  • How should we check PUT method work?

The home task for today's lesson is the following:

  • Sign in to Trello and open Trello API docs page.

  • Find Update a Card request.

  • Execute this request for your test card.

  • Pass card updated name field in two different ways.

  • Check that card is updated via API and UI.

Today we will learn:

  • How can we validate a PUT endpoint?

  • What are common status codes for PUT methods validation?

  • How to validate a PUT endpoint in Postman?

  • How to check resource not updated via API?

The home task for today's lesson is the following:

  • Execute Update a Card request with valid data.

  • See that response status code and body are valid.

  • Validate ID path parameter with invalid format and value.

  • Do not provide ID path parameter at all.

  • Validate unauthorized permission attempt.

  • Validate key, and token query parameters.

Today we will learn:

  • What is DELETE method?

  • When is DELETE method needed?

  • Why is DELETE method needed?

  • What are the main features of DELETE method?

Today we will learn:

  • How can we create a DELETE method in Postman?

  • How can we execute a DELETE method in Postman?

  • How does the DELETE method response look like?

  • How should we check DELETE method?

The home task for today's lesson is the following:

  • Sign in to Trello.

  • Open Trello API docs page.

  • Find Delete a Card request.

  • Execute this request for your Test board.

  • Verify that the card was deleted via API and UI.

Today we will learn:

  • How can we validate a DELETE endpoint?

  • What are common status codes for DELETE methods validation?

  • How to validate a DELETE endpoint in Postman?

  • How to check resource not deleted via Postman?

The home task for today's lesson is the following:

  • Execute DELETE Specific Card request with valid data.

  • See that response status code and body are valid.

  • Validate card id path parameter with invalid format and value.

  • Validate unauthorized permission attempt.

  • Validate key, and token query parameters.

Today we will learn:

  • What are Collection Variables in Postman?

  • What are Query Variables in Postman?

  • What are Environment Variables in Postman?

  • How to manage all of them?

Today we will learn:

  • How to create automated test in Postman?

  • How to check the response status code?

  • How to verify the response has a JSON body?

  • How to see and evaluate test results?

Today we will learn:

  • What is IDE?

  • What are the most popular IDEs for C# development?

  • Why Visual Studio?

  • How to install Visual Studio to your machine?

  • How to perform the basic configuration of Visual Studio?

Today we will learn:

  • .NET Versions – which one to use?

  • How to check the current .NET version.

  • How to download .NET installer.

  • How to install .NET via installer.

Here is our agenda for today:

  • We will talk with you a bit about Rest Sharp history.

  • Consider main components of Rest Sharp.

  • Understand why we should learn Rest Sharp.

  • Discuss the role of the Rest Sharp in the software testing process.

In today's lecture, we will learn:

  • Intricacies of Rest Sharp.

  • RestClient, RestRequest, and RestResponse

  • Practical RestSharp use cases.

Here is our agenda for today:

  • We will create a test project

  • Learn the basics of NuGet Packages

  • Set Rest Sharp client's base URL

  • Send GET request for Trello API base URL

  • Log information sent in the request

Your home task is to implement a simple test application for ‘google.com’ ping. What you should do is:

  • Create a project in Visual Studio

  • Add Rest Sharp dependency to client project.

  • Create a class with Main() method

  • Define google.com as your request base URL

  • Execute GET request for this URL

Today we will learn:

  • NUnit role in development.

  • Essential NUnit components.

  • NUnit Assert functions

  • Impeccable tests with NUnit.

  • Real-world NUnit use-cases.

Here is our agenda for today:

  • Check the response status code

  • Add new dependency to the project

  • See how to log the response received

Your home task is to add assertion to a simple test application for ‘google.com’ ping. What you should do is:

  • Open your project

  • Add statement printing your response to Console

  • Save the result of request execution to a separate variable

  • Check status code for your API call as the final line of code in the method

Here is our agenda for today:

  • Create NUnit test project

  • Get rid of RestSharpRunner class.

  • Create the first test class.

  • Generate first NUnit test method.

  • Set Rest Client in [OneTimeSetup] hook.

Your home task is to migrate your simple test application for ‘google dot com’ ping to test method. What you should do is:

  • Create a new NUnit 3 test project.

  • Copy the content of main method.

  • Remove RestSharpRunner class.

  • Create a test class with test method.

  • Set IRestClient inside a [OneTimeSetup] hook.

Here is our agenda for today:

  • We will add two test methods to our project.

  • Learn how to add query params to the request.

  • See how to use path params in requests.

  • Verify response body part.

Your home task is to cover GET Cards and GET Card API endpoints with happy path tests. What you should do is:

  • Add two test methods for each endpoint in your project.

  • Add authorization query params to each request.

  • Add {list_ID} and {card_ID} path params to requests.

  • Verify received card’s name.

Today we will learn:

  • Deep dive into Newtonsoft JSON.

  • Newtonsoft JSON Components.

  • This library’s Importance.

  • Newtonsoft Functionality.

  • Real-life cases of usage.

Here is our agenda for today:

  • We will add Newtonsoft Json Schema dependency.

  • Reduce the fields number returned by our GET endpoints.

  • Create Json files with our schemas stored.

  • Add JSON Schema validations

Your home task is to add JSON Schema validation for GET Cards and GET Specific Card Trello API requests. What you should do is:

  • Add Newtonsoft Json Schema dependency to your project.

  • Reduce fields count returned by GET endpoints to ID and name.

  • Create two files to store JSON schemas for your responses.

  • Put your schemas there.

  • Set Copy to Output Directory property’s value to Always Copy.

  • Add lines of code for each test method with JSON Schemas validation.

Here is our agenda for today:

  • We will add one more test class to our automation framework.

  • Create invalid board ID validation test.

  • Work on test checking GET Board endpoint access without authorization.

  • Automate check if trying to access someone’s personal data by another user credentials.

Your home task is to add validation tests for GET Specific Card Trello API requests. What you should do is:

  • Create a separate test class for validation tests.

  • Add a test method checking unauthorized permission request.

  • Create an automated test to access a card with invalid ID.

  • Build a verification method trying to access specific card with another user credentials.

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Career center

Learners who complete SDET C#: Test Automation From Scratch - Detailed Guide will develop knowledge and skills that may be useful to these careers:
Software Development Engineer in Test
A Software Development Engineer in Test, or SDET, plays a crucial role in the software development lifecycle by designing, developing, and maintaining automated tests and test frameworks. This course is explicitly designed to train individuals for this exact role, equipping learners with comprehensive skills in C# programming, foundational test automation concepts, and the creation of scalable test automation frameworks from scratch. You will master web application automation using Selenium WebDriver, and gain proficiency in API testing with RestSharp and Postman, alongside NUnit for effective test assertion. The curriculum on best practices, Page Object Model, and real-world projects directly prepares you to excel as a Software Development Engineer in Test from day one.
Automation Test Engineer
An Automation Test Engineer focuses on creating and implementing automated test solutions to ensure software quality and efficiency. This course provides an excellent pathway for aspiring Automation Test Engineers, offering deep dives into C# programming and its application in building robust test automation frameworks. Learners gain hands-on experience with industry-standard tools like Selenium WebDriver for automating web applications and RestSharp for comprehensive API testing. The emphasis on NUnit for test creation, Page Object Model for maintainable code, and integrating with source control like GitHub are all critical skills that directly align with the responsibilities of an Automation Test Engineer.
API Automation Engineer
An API Automation Engineer creates automated tests for Application Programming Interfaces to ensure their functionality, reliability, performance, and security. This course offers extensive training highly relevant for an API Automation Engineer. It covers API basics, REST API principles, HTTP methods, status codes, and JSON schemas in detail. Learners gain hands-on experience with API testing using Postman for interactive exploration and RestSharp for building automated tests with C#. The ability to validate JSON schemas, handle different HTTP methods, and integrate API tests into comprehensive frameworks provides the precise technical skills required to excel in this specialized automation domain.
Web Automation Engineer
A Web Automation Engineer specializes in developing automated tests to validate the functionality and user experience of web applications across various browsers and environments. This course is perfectly aligned with the needs of a Web Automation Engineer, providing in-depth training on C# programming and its integration with Selenium WebDriver. Learners will gain practical experience in automating web applications with precision, implementing the Page Object Model, and building scalable test automation frameworks. The curriculum's focus on foundational test automation, combined with hands-on projects, directly prepares individuals to efficiently create, maintain, and execute robust automated tests for web-based platforms.
Software Engineer Quality
A Software Engineer Quality combines development skills with a strong focus on ensuring product quality, often involving development of testing tools, infrastructure, and complex automation. This course is an excellent fit for individuals seeking to become a Software Engineer Quality. It provides a comprehensive foundation in C# programming, critical for developing sophisticated testing solutions, and teaches how to build robust test automation frameworks from scratch. Learners gain hands-on expertise with Selenium WebDriver for web applications and RestSharp for API testing, alongside NUnit for effective test assertion. The emphasis on best practices and scalable code directly prepares you to engineer quality throughout the software development lifecycle.
Test Framework Developer
A Test Framework Developer specializes in designing, building, and maintaining the underlying architecture and tools that enable efficient and scalable test automation. This course is exceptionally well-suited for individuals aspiring to become Test Framework Developers, as it focuses on building scalable and maintainable test automation frameworks from the ground up. Learners gain expertise in C# programming, NUnit, and industry-standard design patterns like Page Object Model. The curriculum's practical projects, coupled with a deep dive into integrating web automation (Selenium WebDriver) and API testing (RestSharp), provide the comprehensive skills required to construct robust and reusable automation solutions in this specialized field.
Quality Assurance Automation Engineer
A Quality Assurance Automation Engineer is responsible for designing, developing, and executing automated tests to identify software defects and ensure product reliability. This course is highly relevant for anyone pursuing a career as a Quality Assurance Automation Engineer, providing a strong foundation in C# programming, which is essential for developing sophisticated automation scripts. You will learn to build test automation frameworks from the ground up, utilizing Selenium WebDriver for web applications and mastering API testing with RestSharp and Postman. Practical experience with NUnit, Page Object Model, and best practices for scalable automation scripts directly prepares learners for the challenges and demands of this vital role.
Quality Engineer
A Quality Engineer is a broad role focused on ensuring the overall quality of software products throughout the development lifecycle, often combining process improvement with technical testing. This course provides a strong technical foundation for a Quality Engineer, emphasizing automation as a core pillar of quality assurance. Learners acquire proficiency in C# programming, enabling them to develop sophisticated test automation solutions for both web applications (with Selenium WebDriver) and APIs (with RestSharp). The understanding of test frameworks, best practices for maintainable code, and debugging techniques equips individuals to contribute significantly to product quality from a technical and strategic perspective.
Application Tester
An Application Tester validates software applications to ensure they meet quality standards and user requirements, often involving both manual and automated testing. This course is designed to transition learners into a technically proficient Application Tester role, with a strong emphasis on automation. It provides comprehensive training in C# programming, enabling the creation of advanced test scripts. Learners will acquire practical skills in automating web applications using Selenium WebDriver and performing thorough API testing with RestSharp and Postman. The ability to build scalable test frameworks and apply industry best practices, including NUnit and Page Object Model, helps elevate an Application Tester's capabilities.
Integration Engineer
An Integration Engineer designs, builds, and maintains the connections between disparate software systems, ensuring they communicate and function seamlessly. This course may be useful for an Integration Engineer, offering highly relevant skills in API testing and C# programming. The curriculum extensively covers API basics, REST API principles, HTTP methods, status codes, and JSON schemas. Hands-on experience with API testing using Postman and RestSharp equips learners to thoroughly validate system integrations. This deep understanding of how APIs interact and how to rigorously test them helps ensure the reliability and stability of integrated systems, a core responsibility of an Integration Engineer.
C Sharp Developer
A C Sharp Developer crafts software applications, leveraging the versatility of the C# programming language. While this course is geared towards test automation, it provides an intensive and practical introduction to C# programming from scratch, covering foundational concepts, object oriented principles, data types, control structures, and advanced constructs like exception handling and string manipulation. This robust C# programming skill set, combined with experience in Visual Studio and GitHub, provides a solid base for transitioning into a C Sharp Developer role. The understanding of software architecture through building test frameworks may be helpful in developing robust application code.
Quality Assurance Consultant
A Quality Assurance Consultant advises organizations on best practices, strategies, and tools for improving their software quality processes and testing methodologies. This course may be useful for an aspiring Quality Assurance Consultant. By mastering the fundamentals of test automation, C# programming, and building scalable test frameworks, learners develop a deep technical understanding of modern QA practices. Proficiency in web automation with Selenium WebDriver and comprehensive API testing using RestSharp provides practical knowledge of implementing robust automation solutions. This technical expertise allows a consultant to effectively recommend and guide clients in adopting advanced test automation strategies and frameworks.
Backend Software Engineer
A Backend Software Engineer designs, builds, and maintains the server-side logic, databases, and APIs that power web applications. This course may be helpful for aspiring Backend Software Engineers, particularly due to its strong emphasis on C# programming and detailed exploration of API concepts. Learners gain an in-depth understanding of REST APIs, HTTP methods, status codes, and JSON schemas, which are fundamental to backend development. Hands-on experience with API testing using Postman and RestSharp provides insights into how backend services are consumed and validated, potentially enhancing one's ability to design more robust and testable APIs as a Backend Software Engineer.
DevOps Engineer
A DevOps Engineer focuses on bridging the gap between development and operations, automating and streamlining the software delivery pipeline. This course may be helpful for a DevOps Engineer, particularly in leveraging automation skills to enhance continuous integration and continuous deployment processes. The ability to write clean, scalable C# code and build automation frameworks, along with experience using GitHub for source control, directly supports automation efforts within a DevOps pipeline. Understanding test automation, including web (Selenium WebDriver) and API (RestSharp) testing, helps integrate robust quality gates into the development process, contributing to faster and more reliable software releases.
Technical Project Manager
A Technical Project Manager oversees software development projects, requiring a deep understanding of technical processes, risks, and resource management. This course may be helpful for a Technical Project Manager in developing a strong grasp of software quality and test automation intricacies. While not a coding role, understanding how scalable C# based test automation frameworks are built using Selenium WebDriver and RestSharp, and appreciating the importance of Page Object Model and NUnit, significantly enhances one's ability to manage technical teams effectively. This knowledge allows for better planning, risk assessment, and communication regarding quality assurance efforts within complex software projects.

Reading list

We've selected 23 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in SDET C#: Test Automation From Scratch - Detailed Guide.
Provides a comprehensive foundation in the latest C# version and .NET 8, which is essential for understanding the course's focus on .NET 6 and newer. It is frequently used as a textbook for developers moving into professional C# roles and offers deep dives into object-oriented programming. Reading this will provide the necessary background for the course's more advanced C# programming and automation framework sections.
Focuses on the NUnit framework and testing logic, directly supplementing the course's NUnit 3 and assertion modules. It is highly regarded by industry professionals for teaching how to write reliable tests and avoid common pitfalls. It adds significant depth to the course's section on automated test creation and refactoring.
This practical, recent guide that mirrors the course's syllabus on Postman basics, collections, and automated testing. It serves as an excellent reference tool for the HTTP methods and JSON schema validation sections of the course. Professionals frequently use this book to transition from manual API testing to automated workflows.
Is an excellent prerequisite for learners with no prior coding experience, aligning perfectly with the course's 'from scratch' promise. It breaks down complex C# syntax and basic control structures into digestible, game-like scenarios. It serves as a more valuable instructional tool for beginners than as a technical reference for experts.
Is specifically tailored to the course's primary tool—Selenium WebDriver—using the C# language. It provides a detailed guide on the Page Object Model (POM) and web component concepts mentioned in the learning objectives. It is more valuable as a current reference for implementation details than for general testing theory.
As the course covers API basics, RESTful services, and Postman, this book provides the theoretical and practical breadth needed to master full-stack testing. It recent publication that explains the 'why' behind API testing strategies, making it a valuable addition to the RestSharp and Postman lectures. It is often used by SDETs to design robust API automation suites.
Modern guide to writing high-quality tests in C# and is highly relevant to the course's refactoring and NUnit sections. It explains how to differentiate between good and bad tests, which is crucial for building maintainable frameworks. It is widely recognized as a top-tier resource for software quality engineers.
Covers C# and .NET with a focus on modern features and developer productivity. It provides a solid alternative to the course's C# programming lectures, with deep coverage of the types and structures used in automation. It well-regarded reference for developers working with Visual Studio 2022.
This is the definitive reference tool for C# developers and is highly recommended for those looking to understand the intricacies of .NET. It adds immense depth to the course's advanced constructs, such as LINQ, generics, and asynchronous programming. While technically challenging, it must-have for any serious SDET professional.
Focuses on implementing classic design patterns specifically using C#, which is directly applicable to building test frameworks. It provides the theoretical foundation for the Page Object Model and Data Transfer Object (DTO) concepts mentioned in the course. It is an excellent reference for students looking to write more professional, decoupled code.
A staple in the industry, this book is vital for achieving the course's learning objective of writing 'scalable, readable, and maintainable clean code.' While not published in the last five years, its reputation and authority on professional coding standards remain unsurpassed. It is particularly useful for students learning to refactor their automation scripts into professional-grade software.
Provides a broad overview of the automation industry, helping students understand the 'why' behind the course's 'Foundations of Test Automation' section. It offers strategic insights that add breadth beyond the specific C# and Selenium tools. It valuable resource for career advancement in the SDET field.
Beginner-friendly introduction to the world of web testing, covering both manual and automated concepts. It provides excellent prerequisite knowledge for the Selenium and API testing modules of the course. It is highly recommended for learners who want a conceptual overview before diving into the C# code.
Bridges the gap between basic C# and the high-level architecture required for scalable test frameworks. It provides the background knowledge needed to implement the Page Object Model and other design patterns effectively. It useful reference for the 'Test Framework Refactoring' section of the syllabus.
This recent publication offers a concise look at how testing is performed in agile teams, which is the standard industry scenario for SDETs. It supplements the course's 'Real-World Projects' by explaining the workflow and communication needed in professional environments. It is an easy-to-read guide for those new to the software industry.
Provides industry-leading perspective on how testing and automation are handled at scale. It adds significant breadth to the course by showing how the skills learned (like C# and API testing) apply to massive, real-world systems. It valuable read for students aiming for positions at top-tier tech companies.
Is essential for learners who want to move from basic automation scripts to advanced, enterprise-level test frameworks. It explains the design patterns necessary for creating truly modular and maintainable code in .NET. It adds significant depth to the 'Test Framework Refactoring' section of the course.
Is widely considered one of the best guides to software construction and is essential for the 'Best Practices' portion of the course. It provides extensive background on writing quality methods, handling exceptions, and debugging techniques. Although older, its principles are timeless and highly relevant to building robust test suites.
This rigorous textbook often used in academic computer science programs to teach the formal theory of software testing. It provides deep background for the course's discussion of HTTP methods and validation tests. While more academic than the course, it offers the theoretical grounding necessary for high-level SDET roles.
To effectively test APIs as taught in the course, one must understand how they are designed. provides a clear set of rules for RESTful web services, which helps students understand why certain status codes and methods are used. It useful reference tool for the 'API Basics' and 'Postman' sections of the syllabus.
Explains how test automation fits into the larger software development lifecycle, providing context for the course's 'Career Advancement' goals. It foundational text for understanding the role of an SDET in modern DevOps environments. It is more valuable as additional reading for career growth than as a day-to-day coding reference.

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