QA Automation
- Duration Lifetime
- Level Beginner
- 35 Students
QA Automation Testing with Selenium, QTP / UFT and Cypress
Checkmate’s QA Automation Testing with Selenium, QTP/UFT, and Cypress program offers a thorough learning experience that focuses on understanding major automation tools required for modern software testing. Participants receive hands-on experience with Selenium for web automation, QTP/UFT for functional testing, and Cypress for robust web application testing. The course focuses on practical skills gained from real-world projects, allowing learners to efficiently build and execute automated test scripts. Graduates are prepared for roles such as Automation Test Engineer, QA Analyst, or SDET, with skills that are in high demand across sectors in the United States, paving the way for successful careers in software QA and testing.
Why Select Our Program for Automation Testing?
Practical, real-world skills are the main focus of our training since they are highly valued in the software testing market nowadays. With Selenium, a potent web application testing tool, you will become an expert in automated testing.
Skilled Teachers
Gain expertise from seasoned experts who infuse their industry knowledge into the classroom. They will walk you through Selenium automation so you can understand its nuances and uses.
Flexible Learning
Adapt our online programs to your schedule and preferred learning methods to make your learning experience unique.
Cutting-Edge Curriculum
Our curriculum covers everything from setting up an environment to writing reliable test scripts and interfacing with continuous development pipelines.
Practical Experience
To gain hands-on experience, work on real-world projects that replicate the difficulties experienced by automation testers. Create thorough test plans to ensure web apps adhere to quality requirements.
What you will discover
- We recognize the importance of automated testing in maintaining software quality.
- Investigating the Cypress framework, the QTP/UFT scripting language, and Selenium WebDriver for automated test script generation.
- You are establishing a testing environment using Selenium and your chosen Python or Java language.
- Interacting with web features using Selenium WebDriver.
- I am managing pop-ups, warnings, and dynamic web elements.
- We are designing test scripts that are reusable and simple to update to achieve thorough test coverage.
- I am putting data-driven testing into practice to create test cases quickly.
- We are incorporating Selenium testing into pipelines for testing and continuous development.
- Successful methods for debugging Selenium test scripts.
Who Needs to Sign Up
- Aspiring automation testers looking to become Selenium specialists.
- Professionals in quality assurance are seeking to improve their automation abilities.
- Web developers are concerned about the quality of their apps.
- Those looking to begin or progress in a profession in quality assurance and software testing.
- Up Your Test-Taking Game!
- Join our Automation Testing program to develop into a proficient automation tester that can guarantee dependable, excellent software that pleases users. Select Python or Java, then confidently enter the Selenium automation world.
Get in touch with us now!
At Checkmate IT Tech, I become a highly sought-after Automation Testing Engineer. Contact us now to learn more about our enrollment procedure, schedule, and program. This is where your automated testing career will begin.
Why Choose Checkmate IT Tech
Join us for thorough QA Automation training that includes theoretical understanding and hands-on experience. Gain access to online groups, practice activities, job placement assistance, trainers, and continuous support. Our adaptable training choices are made to fit your learning style and schedule preferences.
Curriculum for training QA Automation Testing with Selenium
- Recognizing the value of Selenium in automated testing.
- Establishing an environment for Selenium WebDriver.
- Processing web elements and basic WebDriver commands.
- Managing wait times and dynamic aspects.
- I manage windows, alarms, and frames.
- Sophisticated operations such as keyboard events and drag-and-drop.
- An overview of JUnit or TestNG.
- We are creating assertions and test cases.
- Features of TestNG include parallel execution, dependencies, and groups.
- Overview of POM.
- I am setting up POM for Selenium testing.
- Best techniques for creating page objects in design.
- Knowing how to do data-driven testing.
- I am defining test parameters with JUnit or TestNG.
- We are obtaining data from outside sources, such as databases or Excel.
- Overview of CI/CD.
- CI/CD pipelines with Selenium test integration.
- Running Jenkins tests with Selenium.
- We are creating effective and maintainable Selenium tests.
- I was responding to synchronization problems.
- Selenium Grid for cross-browser testing.
- Simulation of a real-world project.
- Putting Selenium testing into practice for an example web application.
- Optimization and code reviews.
- Review of the main ideas taught in the course.
- Mock tests and assessments.
- Certification test.
Curriculum for training QA Automation Testing with Python
- Overview of QA Automation Testing
- Diverse Testing Types (Unit, Integration, System, Regression, etc.)
- Their Significance in Software Development Automation Testing
- Programming language Configuring the Scene
- Installing Python and the required libraries (such as PyTest and Selenium)
- Assembling an environment for development (IDEs such as PyCharm, VSCode)
- Knowing How to Use Selenium WebDriver
- Utilizing several locators to find elements (ID, Name, XPath, CSS Selector, etc.)
- Basic instructions for Selenium: click, type, submit, obtain, etc.
- Managing various web elements (such as dropdown menus, text fields, buttons, etc.)
- Recognizing test suites and cases
- Creating simple Selenium WebDriver test cases
- use the PyTest framework to organize tests
- executing test scenarios and producing reports
- Managing dynamic components on a website
- Changing from windows to frames
- Managing notifications and pop-ups
- Overview of testing driven by data
- Obtaining information from outside sources (databases, CSV files, Excel)
- Using test data to parameterize test scenarios
- Composing scalable and maintainable test automation code
- Applying the design pattern for the Page Object Model (POM)
- Making effective use of Page Factory for element handling
- Knowing RESTful services and APIs
- Overview of tools such as Insomnia or Postman
- Using Python packages such as Requests to write API tests
- End-to-end testing by combining UI and API testing
- Assembling test suites for the execution of UI and API tests
- Analyzing and reporting outcomes
- An Overview of Continuous Deployment and Integration (CI/CD)
- CI/CD pipeline configuration using GitLab CI, Travis CI, or Jenkins
- Carrying out automated testing in CI/CD pipelines
Curriculum for training QA Automation Testing with QTP / UFT
- A Summary of QA and Testing: The Significance of Automated Testing
- Overview of QTP/UFT
- Setting up QTP/UFT
- Comprehending the QTP/UFT Setting
- Overview of Data Types, Variables, and Constants in VBScript
- Statements with conditions (If-Else, Select Case)
- Subroutines and Loops (For, Do While Do Until) Functions
- Managing Mistakes (Mistake Handling)
- Getting to Know Objects in QTP/UFT
- Mechanisms for Identifying Objects
- Utilizing an Object Repository
- Controlling the Object Repository
- Test Recording and Execution in QTP/UFT
- Examining Test Results
- Data-Driven Testing and Parameterization
- Methods of Synchronization
- Comprehending Checkpoints
- Types of Checkpoints (XML, Bitmap, Standard, Text)
- Including Requirements in Tests
- The Use of Output Values
- Regular Expressions for Environment Variables in QTP/UFT
- Their Application
- Using Dynamic Objects in Work
- Complex Error Management
- Overview of Automation Frameworks
- Framework types include hybrid, data-driven, keyword-driven, modular, linear scripting, and data-driven.
- Constructing and Putting in Place Frameworks
- The Best Methods for Developing Frameworks
- An Overview of Tools for Test Management
- HP Application Lifecycle Management (ALM) integration
- Integration with other programs such as TFS or JIRA
- Using Test Management Tools to Manage Test Scripts and Results
- Overview of Performance Evaluation
- QTP/UFT Performance Monitoring
- Analysis for Load Testing
- Enhancing Scripts for Effectiveness
- Actual Project Situations
- Case Studies of Automation Implementations
- Practical Project Work
- Project Overview and Assessment
- How to Be Ready for the QTP/UFT Certification Exams
- Creating a Resume and Being Ready for Interviews
- Opportunities and Career Paths in Automation Testing
- Strategies for Ongoing Education and Talent Development
Curriculum for training QA Automation Testing with Tosca
- Introduction to QA Automation Testing
- Overview of Automated Testing
- Synopsis of Tosca as a Tool for Automation Testing
- Tosca installation and configuration
- Using the Tosca interface
- Starting a fresh undertaking in Tosca
- Comprehending Test Designs and Cases
- Test script recording and playback
- Test script optimization and parameterization
- Putting data-driven assessments into practice
- Test data management with Excel sheets
- Setting parameters for test inputs and desired outcomes
- Overview of automation frameworks
- Using Tosca to create
- Modify test automation frameworks
- An overview of API testing
- Configuring Tosca API testing
- Utilizing Tosca to automate API tests
- Overview of Tosca’s mobile testing
- establishing settings for testing mobile apps
- Automating mobile assessments on iOS and Android
- Overview of Tosca web testing
- Automating user interface tests online
- Tosca cross-browser testing
- Investigative testing using Tosca
- Version control and test upkeep
- Tosca Analytics for analysis and reporting on tests
- Using Tosca to implement a full test automation project
- Utilizing newly acquired knowledge in practical situations
- introducing and executing the project
Curriculum for training QA Automation Testing with Cypress
- A synopsis of the ideas in software testing
- Overview of automated testing and its advantages
- Recognizing Cypress’s function in automated testing
- Configuring and installing Cypress
- Comprehending the architecture of Cypress
- Preparing your initial Cypress exam
- Executing tests within Cypress Test Pilot
- Overview of Cypress statements and commands
- The best ways to write test cases
- Using Cypress to write evocative test cases
- Interacting with elements through selectors
- Managing Cypress’s dynamic content and wait times
- Using the Cypress folder structure to organize tests
- Fixtures and personalized commands to ensure reusability
- Using Cypress to Implement the Page Object Model (POM)
- Using Cypress to implement data-driven testing
- An overview of API testing
- Using Cypress to make HTTP requests
- Verifying status codes and API answers
- Creating Cypress API tests
- Cypress test report generation
- Connecting common CI/CD tools (like Jenkins and CircleCI) with Cypress
- Setting up Cypress to run in parallel
- Putting Cypress plugins to use for improved reporting
- Using Cypress to test authentication flows
- Managing situations for authorization in Cypress tests
- Using Cypress to implement login and logout processes
- Using Cypress, test secure endpoints and permissions
- Using multiple windows and iframes in Cypress
- Using Cypress to provide mouse and drag-and-drop functionality
- Using Cypress to test file uploads and downloads
- Using Cypress to implement visual regression testing
- Overview of the principles of performance testing
- Basic performance testing with Cypress
- Cypress load testing
- integration of third-party solutions
- Case Studies and Advanced Topics
- investigating more complex Cypress plugins and features
- Case examples illustrating actual automated testing situations
- The best ways to scale and maintain Cypress test suites
- Advice for debugging and troubleshooting Cypress tests
FAQs
Software application testing is automated using specific tools and frameworks in QA Automation Testing. It seeks to decrease manual labor while improving testing coverage, accuracy, and efficiency.
Selenium: Selenium is a well-liked open-source framework for automated web application testing. It supports numerous programming languages, including Java, Python, and C#.
QTP/UFT: Micro Focus’s commercial automation testing product, Quick Test Professional (QTP), is now called Unified Functional Testing (UFT). Software applications are functional, and regression testing is extensively used.
Tosca: Tricentis’s test automation platform, Tosca, offers end-to-end functional testing solutions. It is compatible with various platforms and technologies like mobile, web, API, and more.
Cypress: Specifically made for contemporary web applications, Cypress is an open-source end-to-end testing framework. It makes web application testing quick, simple, and reliable.
Software testing, automation, and quality assurance enthusiasts can all profit from QA Automation Testing training. This covers all individuals working in the software development lifecycle, such as developers, QA engineers, and software testers.
While not strictly required, a basic understanding of software testing ideas and programming knowledge (ideally in languages like Java, Python, or JavaScript) would be helpful. Furthermore, understanding web technologies and programming frameworks by heart might speed up the process.
The duration may change depending on the training program level, prior experience, and individual learning rate. While understanding advanced concepts and skills may require several months of serious study and practice, mastering the fundamentals typically takes a few weeks to a few months.
Training in QA Automation Testing usually covers a range of subjects, including:
- An overview of automated testing and its significance
- An overview of the frameworks and tools for automated testing
- Configuring the environment for testing
- Creating Automated Test Scripts
- Running and troubleshooting automated tests
- Reporting and case management for tests
- Pipelines for continuous integration and delivery, or CI/CD
- Best practices and cutting-edge methods for automated testing
A training program’s curriculum, teaching style, teacher experience, opportunities for practical experience, industry recognition, and post-training support are all important considerations to make. When choosing an option, it’s also beneficial to study evaluations and testimonies and weigh your selections against one another.
Indeed, QA Automation Testing training can lead to various career options in software testing and quality assurance. Proficiency in automation testing tools and frameworks is commonly necessary for roles like Automation Test Engineer, QA Analyst, Test Automation Developer, and Quality Assurance Lead.
Joining online groups, forums, and professional networks related to software testing and automation can help you stay current. You can also keep up with the most recent developments in QA Automation Testing by reading industry blogs, attending conferences, webinars, and continuing education courses.
Indeed, several certificates attest to one’s competence with QA Automation Testing frameworks and tools. Some examples include the certifications for Tricentis Tosca, Selenium WebDriver, Cypress, and the ISTQB Advanced Level Test Automation Engineer. These credentials may improve your credibility and employment opportunities in the automation testing industry.
Compared to manual testing, QA automation testing has several benefits, such as:
- Quicker test case execution
- Enhanced coverage of tests
- Repeatable and consistent test outcomes
- Decreased human error
- Enhanced effectiveness and output
- enhanced assistance with regression testing
- Integration with pipelines for continuous integration and delivery (CI/CD)
Indeed, applications other than web applications can also benefit from QA Automation Testing. It may be used to test desktop programs, mobile apps (native, hybrid, and web), APIs (Application Programming Interfaces), and even Internet of Things (IoT) gadgets. Several tools and frameworks might be needed depending on the application being tested.
While several programming languages are available for use in automated testing, the following are some of the more popular ones:
- Java
- C#,
- Python,
- JavaScript
- Kotlin
- TypeScript
- Ruby
The automation tool, team preferences, and the application’s technology stack all influence the programming language selection process.
A large number of QA Automation Testing products support cross-browser and cross-platform testing. This enables testers to verify how apps behave and work across many operating systems and web browsers (Chrome, Firefox, Safari, Edge, etc.) (such as Windows, macOS, Linux, etc.). Testing across platforms and browsers contributes to ensuring that programs work well in a variety of settings.
QA Automation Testing, essential to Agile and DevOps techniques, makes rapid and continuous testing across the software development lifecycle possible. When changes are made to the codebase, tests can be automatically run thanks to the integration of automation testing into CI/CD pipelines. This makes it easier to find bugs early on, speeds up feedback loops, and guarantees stable and high-quality software releases.
This Course Include
- Language - English - Urdu
- Access on desktop, tablet and mobile
- Full lifetime access
- Certificate of Completion
Program Fee: Get 50% off - Now just in 750$
Total Admission Fee
$750 instead of 1500$
Admissions are closed once the requisite number of participants enroll for the upcoming cohort. Apply early to secure your seat.