Functional Testing: This type ensures that each feature of the software works in alignment with its functional requirements. Testers manually input data and verify outputs, examining user interactions, calculations, and workflows. It's essential for validating core functionalities before automation.

Exploratory Testing: Exploratory testing is dynamic and adaptive, allowing testers to focus on areas they believe might have issues. Its particularly useful for new or unfamiliar software.

Ad-hoc Testing: Testers attempt to break the software by randomly exploring features and functionalities. It doesnt follow a specific test plan but is aimed at discovering defects missed during structured testing.

Unit Testing: Unit testing verifies pieces of code of individual components. Automation tools are used to test these units in isolation, ensuring they work as intended. This testing is vital for catching errors early in development, reducing debugging costs and time.

Integration Testing: This type tests how different modules or components of a system interact. By automating the testing process, they verify that data is correctly passed and processed across different systems, reducing the risk of errors. Its critical for identifying issues in module communication or data exchange, especially in complex applications.

Regression Testing: Regression testing ensures that no disruption occurs in existing functionalities of new code. Automated tools rerun test cases to verify the stability of features after updates. As software updates and new features are added, performance testing ensures that the application continues to meet performance expectations.

Performance Testing: Automation tools simulate real-world scenarios to identify performance bottlenecks. This type ensures the software provides a seamless user experience even during heavy usage.

Load Testing: Automated scripts simulate multiple users accessing the system simultaneously, ensuring it can handle high traffic without issues. This helps identify performance bottlenecks and areas of weakness, allowing for improvements before deployment.

Stress Testing: Stress testing pushes the software beyond its operational limits to evaluate stability under extreme conditions. Automation tools simulate heavy workloads, identifying points where the application might fail.

Security Testing: Security testing identifies vulnerabilities and ensures the application is protected against threats like data breaches or unauthorized access. Automated tools test areas such as authentication, encryption, and data integrity.

Smoke Testing: Smoke testing checks after a new build software's basic functionality. It quickly verifies whether critical features are working as expected, helping identify major issues early on. Automated scripts quickly verify critical features, ensuring the system is stable for further testing.

Sanity Testing: Automation helps quickly verify that the changes work as intended without affecting other functionalities. By automating repetitive tasks and running tests continuously, teams can reduce human errors, speed up the testing process, and focus on more complex issues. This ensures that software updates are implemented smoothly while maintaining the integrity of the entire system.

Compatibility Testing: Automation tools simulate various environments, allowing for efficient identification of compatibility issues. This testing ensures the regardless of the platform, software provides a consistent user experience, and helps address potential issues before release.

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Introduction to Software Testing: This module introduces the basics of software testing, why it's important, and the key concepts. It helps you understand how testing ensures quality and the different types of testing used in projects. Software Testing Training begins here, providing a solid foundation.

Software Development Life Cycle (SDLC): In this module, you learn about the stages of software development, like planning, coding, and maintenance. You also understand how testing fits into each stage to make sure the software is high-quality.

Software Testing Life Cycle (STLC): STLC focuses on the steps involved in testing software. This module teaches you how to create test plans, run tests, and report bugs, ensuring that software is tested thoroughly during development.

Test Planning and Design: This module teaches you how to design a testing strategy, create test cases, and plan resources. Proper test planning ensures that all features are tested and the testing process is efficient.

Types of Testing: In this module, you explore different testing types like functional, performance, and security testing. Youll learn how to choose the right type of testing based on the needs of the project.

Manual Testing: Manual testing involves testing software manually without automation. You learn how to manually execute test cases, find defects, and evaluate the softwares behavior from a users perspective.

Automation Testing: Automation testing helps speed up repetitive tasks by using tools. This module teaches you how to use automation tools like Selenium and JUnit to automate tests, ensuring consistent and efficient testing.

Test Management Tools: Test management tools help in organizing test cases and track testing progress that teach you how to use tools like Jira and Bugzilla to manage test plans, report defects, and track test results.

Defect Life Cycle: The defect life cycle tracks the life of a bug from discovery to resolution. This module shows you how to log defects, prioritize them, and work with developers to fix issues effectively.

Performance Testing: Performance testing checks how the software performs under stress. Youll learn how to use tools like JMeter to test speed, load, and performance, making sure the software works well under high demand.

Security Testing: Security testing ensures software is safe from cyberattacks. In this module, you learn how to identify vulnerabilities using tools to protect sensitive data and ensure the software is secure from security threats.

Mobile Testing: Mobile testing focuses on testing apps for mobile devices. Youll learn how to test mobile apps for functionality, compatibility, and performance on both Android and iOS devices to ensure they work properly.

API Testing: API testing checks how different software components interact. In this module, youll test APIs to ensure data is exchanged accurately between systems, using tools like Postman to make sure everything works smoothly.

Database Testing: Database testing checks the correctness of data in databases. This module teaches you how to verify data in databases to ensure its accurate, consistent, and stored securely, preventing data-related issues in applications.

Regression Testing: Regression testing ensures that new software changes dont break existing features. Youll learn how to re-test software after updates, making sure previous bugs stay fixed and no new issues are introduced.

Acceptance Testing: Acceptance testing checks if the software meets the users needs. This module shows you how to perform user acceptance testing (UAT), ensuring that the software is ready for release and satisfies stakeholder expectations.

Agile Testing: Agile testing is done in short, iterative cycles. This module covers how to test within Agile teams, adapt quickly, and deliver software in small increments while ensuring it meets quality standards.

Risk-Based Testing: Risk-based testing focuses on testing the most critical parts of the software first. In this module, you learn to assess risks and prioritize testing efforts, making sure high-risk areas are thoroughly tested.

Test Metrics and Reporting: Test metrics help measure testing effectiveness. This module teaches you how to track key metrics like defect density and test coverage, helping you report progress and improve the testing process over time.

Advanced Testing Techniques: This module dives into advanced testing methods like fault injection and mutation testing. Youll learn how to apply these techniques to uncover hidden defects and ensure your software is as robust as possible.

Selenium: Selenium supports multiple browsers, programming languages, and operating systems as an open-source automation tool for web applications. Selenium WebDriver allows testers to simulate user actions, while its scripting capabilities enable complex test scenarios. Its robust community ensures ongoing support and enhancements.

JUnit: JUnit simplifies the process of writing and running repeatable tests with annotations and assertion features to help ensure code correctness and integration stability. JUnits flexibility makes it ideal for test-driven development (TDD).

TestNG: TestNG is an advanced testing framework inspired by JUnit supporting parallel testing, group testing, and annotations, making it ideal for large projects requiring robust test organization. Extensive reporting features are provided with valuable insights into test execution.

QTP/UFT (Unified Functional Testing): UFT is a commercial tool for functional and regression testing supporting various environments and integrates well with test management tools. It is useful in providing detailed reports and script generation features allowing non-programmers to contribute effectively.

Appium: Appium is a tool supporting both Android and iOS platforms for testing mobile applications purpose. This open-source tool enables testers to automate native, hybrid, and mobile web apps. Its cross-platform capability makes it a top choice for mobile app testing.

LoadRunner: LoadRunner is used for performance and load testing. It simulates real-world user traffic on applications to identify performance bottlenecks and ensure stability under high loads. Its in-depth analytics help optimize system performance.

JMeter: Apache JMeter is an open-source tool for load and performance testing supporting various protocols, including HTTP, FTP, and JDBC, enabling detailed performance metrics collection. Its user-friendly GUI and plugin support enhance its testing flexibility.

Postman: Postman simplifies API testing with its user-friendly interface. Testers can create, execute, and debug API requests, ensuring seamless communication between application components. Its automation capabilities streamline repeated API test cases efficiently.

Apache JMeter: This versatile tool assesses application performance under load. Its GUI-driven approach enables easy test creation, while its extensibility supports plugins for advanced needs. Apache JMeter is a preferred choice for testing web applications and APIs.

Cucumber: Cucumber supports Behavior-Driven Development (BDD) and it's Gherkin syntax ensures that everyone understands test scenarios clearly. Gherkin uses simple, plain language to describe the behavior of a system, making it accessible to all team members, including developers, testers, and business stakeholders.

SoapUI: SoapUI streamlines the testing of APIs for functionality, performance, and security. By offering an intuitive interface, it enables teams to efficiently check responses, assess load performance, and identify security flaws.

Jira: Jira is a project management tool with robust bug-tracking capabilities. It enables efficient task management, collaboration, and reporting, making it a favorite among agile teams. Its add-ons like Xray make it suitable for test management.

Git: Git is essential for managing test scripts and code changes in a version control system. Its branching and merging capabilities facilitate collaborative testing workflows ensuring smooth collaboration in teams.

Jenkins: Jenkins automated software builds and deployments. It integrates with testing tools to execute tests as part of the CI/CD pipeline, ensuring quick feedback on code changes. The Jenkins plugin's extensibility makes it highly adaptable for testers.

Rational Functional Tester (RFT): RFT by IBM is a commercial tool for functional and regression testing. Its script-assist feature simplifies test creation for non-programmers. Its known for its seamless integration with IBM tools.

Bugzilla: Bugzilla is a widely used defect-tracking tool. It helps teams document, track, and resolve software issues efficiently with advanced reporting and search capabilities. Its customizability allows teams to tailor workflows effectively.

TestComplete: TestComplete is a commercial tool for automating functional and regression tests. Its support for multiple languages and platforms makes it versatile for different applications. It also offers AI-driven features for smarter testing.

Microsoft Visual Studio Test: This tool provides comprehensive testing solutions withinthe Visual Studio ecosystem. It supports unit, integration, and load testing. Its seamless integration with .NET makes it a go-to for Windows applications.

Selenium Grid: Selenium Grid allows tests to run simultaneously across different environments, which significantly reduces testing time, especially for large applications. Its scalability ensures that even extensive test suites can be executed smoothly, making it ideal for projects that require efficient, cross-platform testing across multiple browsers and devices.

Katalon Studio: Katalon Studio streamlines the testing process and ensures consistent, reliable results across multiple platforms. Additionally, it integrates seamlessly with popular tools like JIRA, Git, and Jenkins, providing a comprehensive testing solution that supports continuous integration and delivery. Its ability to automate complex workflows with minimal code enhances productivity while maintaining high-quality standards.

Selenium IDE: Selenium IDE is a user-friendly browser extension that allows for the recording and playback of test cases. Its scripts can also be exported for advanced use in Selenium WebDriver.

Apache Ant: Apache Ant integrates seamlessly with testing frameworks like JUnit. This compatibility allows for easy incorporation of automated tests into existing workflows, enabling developers to run tests efficiently. Its XML-based configuration makes it adaptable for various projects.

FitNesse: FitNesse is a lightweight tool for acceptance testing i.e, wiki-based interface allows users to write and execute test cases collaboratively. Its particularly useful for agile teams focused on rapid iteration.

Robot Framework: Robot Framework is an open-source tool for acceptance testing and RPA. Its keyword-driven approach simplifies test script creation. Its versatile, supporting libraries for APIs, GUIs, and databases.

PyTest: PyTest uses a Python-based testing framework for writing small, scalable test cases and detailed reporting make it a favorite among developers. Its plugin ecosystem enhances functionality significantly.

Mocha: Mocha works on a flexible testing environment supported by asynchronous testing allowing developers to write tests in a simple and readable format. Mocha helps ensure that applications behave as expected by running tests and reporting results. Its ecosystem includes plugins for chai assertions and sinon for mocking.

SonarQube: SonarQube performs static code analysis to detect vulnerabilities, code smells, and bugs, ensuring high code quality throughout the development lifecycle. Its dashboards provide actionable insights into code health, highlighting potential issues and offering suggestions for improvement. This helps developers maintain clean, efficient code, promoting high standards and reducing the risk of defects.

Ranorex: Ranorex is a commercial tool for UI automation testing supporting web, desktop, and mobile applications with easy-to-use recording and scripting features. Its powerful object recognition capabilities ensure reliable tests.

Jira Xray: Xray is a Jira add-on for test management. It allows teams to manage test cases, execute test plans, and track results seamlessly within Jira. Its traceability matrix ensures proper mapping between requirements and tests.

BrowserStack: BrowserStack provides cloud-based testing environments to test web and mobile applications across multiple browsers and devices without setup overhead. Using cloud-based resources, without investing in costly hardware organizations can easily scale up or down based on demand.

Programming Languages (Java, Python, C#, etc.): Programming languages like Java, Python, and C# are fundamental in software testing. These languages allow testers to write scripts for test automation, create testing frameworks, and develop tools to enhance the testing process. A solid grasp of these languages is essential for anyone enrolling in Software Testing Training.

Test Automation: Test automation involves using specialized tools and scripts to automate repetitive tasks in software testing helping to increase efficiency, save time, and improve accuracy. Automated testing is crucial for large-scale projects where manual testing would be too slow.

SQL and Database Testing: SQL (Structured Query Language) is used for managing and querying databases ensuring that the database behaves as expected, including data integrity and consistency. Knowledge of SQL helps testers write queries to validate data and perform backend testing, making it a valuable skill in software testing.

Version Control (Git, SVN): Version control tools like Git and SVN help manage changes to code over time. They allow multiple testers to collaborate effectively, track changes, and roll back to previous versions if needed. Version control is essential in a testing environment where ongoing software updates need precise management, often taught in training.

CI/CD Tools (Jenkins, Bamboo): CI/CD (Continuous Integration/Continuous Deployment) tools like Jenkins and Bamboo automate the process of code integration, testing, and deployment. These tools help ensure that changes are continuously tested and deployed efficiently. Learning CI/CD tools is critical in modern software testing, especially for DevOps environments.

Performance Testing Tools (JMeter, LoadRunner): Performance testing tools such as JMeter and LoadRunner are used to evaluate how a system performs under stress. These tools identify potential bottlenecks and performance issues by simulating traffic. Mastering performance testing tools is crucial for ensuring software reliability, a key part of software testing.

Test Management Tools (JIRA, TestRail): Test management tools help testers organize, track, and manage test cases, defects, and testing processes like JIRA and TestRail. These tools provide visibility into testing progress and enable efficient reporting. They are often used in software testing training to streamline project management and improve team collaboration.

Bug Tracking Tools (Bugzilla, Redmine): Bug tracking tools such as Bugzilla and Redmine are essential for logging and managing software defects. These tools allow testers to document issues, assign tasks, and track bug resolution. Learning how to use bug-tracking tools is an integral part of training, ensuring efficient issue management.

Scripting Languages (JavaScript, Shell scripting): Scripting languages like JavaScript and Shell scripting are often used for automating tasks and writing test scripts. These languages allow testers to develop custom test cases and automate testing processes. Having scripting skills is valuable in software testing, as it makes automation more accessible and efficient.

API Testing (Postman, SoapUI): API testing tools such as Postman and SoapUI help testers validate the functionality and performance of APIs. These tools send requests and verify responses, allowing testers to ensure that APIs work as expected. Mastering API testing tools is a key skill in software testing for backend systems.

Mobile Testing (Appium, Selendroid): Mobile testing tools like Appium and Selendroid help testers verify the functionality and performance of mobile applications. These tools allow for automation across different mobile platforms. Learning mobile testing tools is crucial in software testing, especially as mobile apps become increasingly prevalent in the tech world.

Web Testing (Selenium, Cypress): Web testing tools such as Selenium and Cypress are essential for automating tests for web applications. These tools simulate user interactions with a website to ensure it functions properly. Mastering web testing tools is a must in software testing to ensure high-quality, bug-free web applications.

Security Testing Tools (OWASP ZAP, Burp Suite): Security testing tools like OWASP ZAP and Burp Suite are used to identify vulnerabilities in applications. They help testers uncover security flaws that could be exploited by malicious users. Understanding how to use these tools is important in software testing to ensure robust, secure software.

Cloud Testing (AWS, Azure): Cloud testing involves evaluating software applications hosted in cloud environments, such as AWS and Azure. These platforms provide scalable infrastructure for testing in diverse configurations. Learning cloud testing is essential in software testing, as more businesses move to cloud-based solutions for their applications.

Virtualization (Docker, Vagrant): Virtualization tools like Docker and Vagrant are used to create isolated environments for testing. These tools help testers replicate real-world environments and run tests in controlled settings. Virtualization is increasingly important in software testing course, as it enables efficient and scalable testing in diverse environments.

Containerization Tools (Kubernetes): Containerization tools like Kubernetes allow testers to deploy and manage applications in containers. This technology helps streamline testing across different environments and ensures consistent behavior. Understanding containerization tools is essential in software testing, as they are widely used in modern software development pipelines.

Versioning and Branching Strategies: Versioning and branching strategies are used to manage different versions of software code. These strategies allow teams to develop new features without disrupting the main product. Understanding these strategies is crucial in software testing training, as it ensures testers can efficiently manage and test different software versions.

Regression Testing: Regression testing ensures that new code changes don't break existing functionality. This type of testing is performed every time new code is added to an application. Mastering regression testing is a core aspect of course, as it ensures that the software remains stable after updates.

Data-Driven Testing: Data-driven testing involves running tests with multiple sets of data to ensure that the software handles various input scenarios. This method helps identify edge cases and ensures that the application performs well across different data sets. Data-driven testing is a valuable skill learned in software testing.

Cross-Browser Testing Tools: Cross-browser testing tools help testers ensure that web applications work consistently across various browsers. Tools like BrowserStack allow testers to simulate different browsers and devices to identify compatibility issues. Cross-browser testing is a key part of software testing to ensure that applications provide a uniform user experience.

Continuous Integration/Continuous Testing: Continuous integration (CI) and continuous testing (CT) ensure that code changes are automatically tested as they are integrated into the development pipeline. CI/CT tools like Jenkins are used to automate testing. Understanding CI/CT is a critical part of software testing, enabling rapid feedback and continuous quality improvement.

Linux/Unix Shell Commands: Linux/Unix shell commands are used to perform a variety of tasks, including file management and script execution, during software testing. These commands help testers automate processes and improve efficiency. Proficiency in Linux/Unix shell commands is a key skill in training for those working in these environments.

Automation Frameworks (TestNG, JUnit, NUnit): Automation frameworks like TestNG, JUnit, and NUnit help organize and execute automated tests. These frameworks provide structure and make it easier to manage test cases. Learning these frameworks is crucial in software testing, as they form the foundation of most automated testing processes.

UI/UX Testing Tools (Selenium WebDriver, Katalon Studio): UI/UX testing tools like Selenium WebDriver and Katalon Studio help testers validate the usability and functionality of an application's interface. These tools ensure that the software meets user expectations. Mastering UI/UX testing tools is important in software testing to ensure optimal user experiences in applications.

Code Coverage Tools (JaCoCo, Cobertura): Code coverage tools like JaCoCo and Cobertura measure the percentage of code tested by automated tests. These tools help ensure that all parts of the application are thoroughly tested. Learning code coverage tools are a critical part of software testing to improve the effectiveness of automated testing.

Load Testing Tools (BlazeMeter, NeoLoad): Load testing tools such as BlazeMeter and NeoLoad help assess how an application performs under heavy user traffic. These tools simulate high loads and identify potential performance bottlenecks. Mastering load testing tools is essential in testing training, as they help ensure the scalability and stability of applications.

Monitoring Tools (Dynatrace, New Relic): Monitoring tools like Dynatrace and New Relic provide real-time insights into the performance of applications. These tools help testers track system health and identify performance issues. Learning to use monitoring tools is important in software testing training, as it helps testers ensure that applications perform well under varying conditions.

Networking Protocols (HTTP, TCP/IP): Networking protocols govern how data is transmitted over the internet like HTTP and TCP/IP. Testers need to understand these protocols to ensure that web applications interact correctly with servers. Knowledge of networking protocols is an important skill in software testing training, especially for applications that rely on network communication.

Web Services Testing (REST, SOAP): Web services testing involves validating the functionality and performance of services that communicate over the web, such as REST and SOAP APIs. Testing these services ensures they provide the expected responses. Mastering web services testing is an essential skill in software testing, particularly for backend and integration testing.

Agile and Scrum Methodologies: Agile and Scrum methodologies focus on building software in small, manageable parts. Instead of a long, rigid process, these approaches encourage flexibility, allowing teams to make changes and improvements as they go. Collaboration and feedback are key, to helping the team stay aligned with customer needs.

ISTQB Certified Tester (Foundation Level): The ISTQB Foundation Level certification is a globally recognized qualification that demonstrates a basic understanding of software testing principles. It covers essential topics like testing techniques, life cycles, and documentation. This certification is ideal for those starting a career in software testing or looking to formalize their knowledge.

ISTQB Advanced Level Certification: The ISTQB Advanced Level Certification is for those who want to deepen their knowledge and covers all the advanced testing techniques, test management, and leadership. This certification is essential for professionals seeking roles such as Test Manager, Test Analyst, or Technical Test Analyst in software testing.

Certified Software Tester (CSTE): The CSTE certification is offered by the Quality Assurance Institute and focuses on validating the knowledge of software testing professionals. It covers areas like testing processes, management, and quality control. Achieving this certification showcases your expertise and commitment to excellence in software testing and quality assurance.

Certified Test Manager (CTM): The Certified Test Manager (CTM) certification is designed for professionals who manage testing teams emphasizing skills like test planning, scheduling, budgeting, and team management. This certification is ideal for those who aspire to become leaders in software testing, ensuring they can efficiently manage test activities and deliver results.

Certified Agile Tester (CAT): The Certified Agile Tester (CAT) certification works specifically for testers in Agile environments focusing on Agile principles, methodologies, and practices like Scrum. The CAT certification is ideal for testers who want to understand Agile testing roles, improve collaboration, and align testing efforts with Agile projects.

Certified Selenium Professional (CSP): The Certified Selenium Professional (CSP) certification demonstrates expertise in Selenium, one of the most popular test automation tools. It focuses on advanced Selenium techniques, test script creation, and execution. This certification is perfect for testers looking to specialize in Selenium automation, enhancing their skills in test automation frameworks.

Certified Mobile Testing Professional (CMTP): The Certified Mobile Testing Professional (CMTP) certification focuses majorly on mobile application testing featuring for both Android and iOS platforms including mobile testing processes, tools, and techniques. CMTP is ideal for professionals who want to specialize in mobile testing, ensuring they understand the nuances of mobile device testing.

Certified Software Quality Analyst (CSQA): The Certified Software Quality Analyst (CSQA) certification provides proficiency in software quality assurance covering principles of software quality, process management, and performance improvement. Ideal for those in QA roles, this certification helps professionals understand key quality practices and prepares them for more advanced positions in software testing.

Test Automation Engineer Certification (TAEC): The Test Automation Engineer Certification (TAEC) is designed for professionals who specialize in automating tests for software applications. It covers topics like scripting, test design, and automation frameworks. This certification helps professionals demonstrate their ability to implement and maintain automated testing solutions, an essential skill in modern software testing.

Advanced Software Testing (ASTQB): The Advanced Software Testing certification (ASTQB) is an expert-level qualification for software testers. It focuses on advanced testing techniques, including performance testing, security testing, and test management. Ideal for senior testers, this certification helps professionals refine their testing skills, preparing them for leadership roles in software testing.

IBM Certified Specialist Rational Functional Tester: The IBM Certified Specialist Rational Functional Tester certification covers test creation, execution, and debugging for functional and regression testing. This certification is essential for testers who use IBM tools for test automation and wish to validate their expertise in this area.

Jira Software Administrator Certification: The Jira Software Administrator certification demonstrates proficiency in managing and configuring Jira, a widely used project management and issue tracking tool. This certification covers workflows, permissions, and automation within Jira. Its ideal for professionals who manage Jira instances and work closely with testing teams to streamline testing processes.

Performance Testing with JMeter: The Performance Testing with JMeter certification focuses on conducting performance testing on web applications using Apache JMeter. It covers setting up tests, analyzing performance data, and optimizing systems under stress. Ideal for professionals involved in performance testing, this certification ensures proficiency in using JMeter for performance validation.

Test Engineer: Responsible for designing and executing tests to ensure software quality. They analyze and report defects, providing feedback to developers.

QA Engineer: Ensures software meets quality standards through both manual and automated testing. They focus on identifying and fixing issues to improve the product's functionality.

Test Analyst: Works on test planning, designing test cases, and executing tests ensuring that the product meets the required specifications and performs as expected.

Quality Assurance Analyst: Focuses on ensuring the overall quality of software through various testing methodologies. They help improve processes and recommend improvements for better product quality.

Automation Tester: Specializes in automating repetitive test cases, making testing more efficient. They use tools like Selenium, QTP, and others to automate functional and regression tests.

Manual Tester: Performs testing manually without using automation tools ensuring that the software behaves as expected and identifies any defects by following test scripts.

Performance Tester: Tests software performance, including its speed, scalability, and reliability under various conditions. They use tools like JMeter and LoadRunner to simulate load scenarios.

Security Tester: Focuses on identifying vulnerabilities in software. They perform security audits, and penetration testing, and ensure that the software is protected against potential threats.

Test Lead: Leads and manages a team of testers ensuring that all testing activities are completed within time, scope, and quality standards, and guide team members through testing phases.

Test Manager: Looks after all aspects of the testing process involving in the business and manages test strategies, plan resources, and ensures that the testing meets both project and quality objectives.

QA Manager: Manages the quality assurance process for software products. They define quality standards, create test plans, and ensure that testing is completed effectively.

Test Architect: Designs and implements testing frameworks, tools, and processes for the entire testing lifecycle. They focus on optimizing testing efficiency and quality.

Automation Test Engineer: Responsible for developing and maintaining test scripts and automated frameworks. They work with automation tools and ensure the efficient execution of tests across various software environments.

DevOps Tester: Integrates testing within the DevOps pipeline. They automate testing processes and help in continuous integration, ensuring faster and more reliable delivery of software.

Mobile Test Engineer: Specializes in testing mobile applications. They test apps on various devices, ensuring functionality, usability, and performance across different operating systems.

Integration Tester: Responsible for testing the interaction between integrated software components and verifying that integrated systems function communicate correctly together as intended.

Functional Tester: Tests the functionality of software to ensure it meets specified requirements. They focus on validating that all features work as expected and fulfill user needs.

Usability Tester: Evaluates the user experience (UX) and interface of software. They test for ease of use, accessibility, and how intuitive the software is for end-users.

Regression Tester: Focuses on retesting the software after changes or updates to ensure that existing functionality remains unaffected by the new changes.

Test Consultant: Offers expert advice on testing strategies, tools, and best practices. They assist organizations in improving their testing processes and quality assurance methods.

User Acceptance Tester (UAT): Software should meet the business requirements before deployment is ensured here. UAT testers validate whether the product is ready for release from the users perspective.

Software Quality Engineer: He is responsible for ensuring software quality throughout the development lifecycle and defining quality assurance processes working on continuous improvement.

Software Test Specialist: An expert in software testing who focuses on various test techniques and methodologies to ensure the software performs optimally and meets user expectations.

Test Automation Architect: Designs the architecture for test automation systems. They work on creating scalable and maintainable test automation frameworks for efficient testing.

Cloud Testing Engineer: Responsible for testing applications and systems hosted on cloud platforms ensuring the scalability, performance, and security of cloud-based software.

Penetration Tester: Specializes in finding and exploiting vulnerabilities in software systems. They simulate attacks to identify weaknesses and suggest corrective actions to secure systems.

Build and Release Engineer: Manages the process of building and deploying software. They ensure smooth integration and that the software is released consistently across environments.

Continuous Integration Tester: Focuses on testing within a continuous integration (CI) environment. They ensure that each integration into the system is properly tested to detect errors early.

Test Data Manager: He is responsible for managing and controlling the test data needed for testing ensuring that accurate and relevant data is available for testing scenarios.

API Tester: Specializes in testing application programming interfaces (APIs). They validate that APIs function correctly, handling data exchanges between systems securely and accurately.

Test Engineer:

• Fresher: 3.5 - 5 LPA

• Experienced (3-5 years): 6 - 10 LPA

• Senior (5+ years): 12 - 15 LPA

QA Engineer:

• Fresher: 3.5 - 5 LPA

• Experienced (3-5 years): 6 - 9 LPA

• Senior (5+ years): 10 - 15 LPA

Test Analyst:

• Fresher: 4 - 5 LPA

• Experienced (3-5 years): 6 - 9 LPA

• Senior (5+ years): 10 - 14 LPA

Quality Assurance Analyst:

• Fresher: 3.5 - 5 LPA

• Experienced (3-5 years): 6 - 9 LPA

• Senior (5+ years): 10 - 13 LPA

Automation Tester:

• Fresher: 4 - 6 LPA

• Experienced (3-5 years): 7 - 12 LPA

• Senior (5+ years): 12 - 18 LPA

Manual Tester:

• Fresher: 3.5 - 5 LPA

• Experienced (3-5 years): 5.5 - 8 LPA

• Senior (5+ years): 9 - 12 LPA

Performance Tester:

• Fresher: 4.5 - 6 LPA

• Experienced (3-5 years): 7 - 12 LPA

• Senior (5+ years): 12 - 18 LPA

Security Tester:

• Fresher: 4 - 6 LPA

• Experienced (3-5 years): 7 - 12 LPA

• Senior (5+ years): 12 - 20 LPA

Test Lead:

• Fresher: 5 - 7 LPA

• Experienced (3-5 years): 9 - 14 LPA

• Senior (5+ years): 15 - 20 LPA

Test Manager:

• Fresher: 6 - 8 LPA

• Experienced (3-5 years): 12 - 18 LPA

• Senior (5+ years): 18 - 30 LPA

QA Manager:

• Fresher: 6 - 8 LPA

• Experienced (3-5 years): 12 - 18 LPA

• Senior (5+ years): 18 - 30 LPA

Test Architect:

• Fresher: 6 - 8 LPA

• Experienced (3-5 years): 12 - 18 LPA

• Senior (5+ years): 20 - 40 LPA

Automation Test Engineer:

• Fresher: 4 - 6 LPA

• Experienced (3-5 years): 7 - 12 LPA

• Senior (5+ years): 12 - 18 LPA

DevOps Tester:

• Fresher: 4.5 - 6 LPA

• Experienced (3-5 years): 7 - 12 LPA

• Senior (5+ years): 15 - 22 LPA

Integration Tester:

• Fresher: 4 - 6 LPA

• Experienced (3-5 years): 7 - 11 LPA

• Senior (5+ years): 12 - 18 LPA

Functional Tester:

• Fresher: 3.5 - 5 LPA

• Experienced (3-5 years): 5.5 - 8 LPA

• Senior (5+ years): 9 - 12 LPA

Usability Tester:

• Fresher: 3.5 - 5 LPA

• Experienced (3-5 years): 6 - 9 LPA

• Senior (5+ years): 10 - 14 LPA

Regression Tester:

• Fresher: 3.5 - 5 LPA

• Experienced (3-5 years): 6 - 9 LPA

• Senior (5+ years): 10 - 13 LPA

Test Consultant:

• Fresher: 4.5 - 6 LPA

• Experienced (3-5 years): 7 - 11 LPA

• Senior (5+ years): 12 - 20 LPA

User Acceptance Tester (UAT):

• Fresher: 3.5 - 5 LPA

• Experienced (3-5 years): 6 - 9 LPA

• Senior (5+ years): 10 - 13 LPA

Software Quality Engineer:

• Fresher: 4 - 6 LPA

• Experienced (3-5 years): 7 - 12 LPA

• Senior (5+ years): 12 - 18 LPA

Software Test Specialist:

• Fresher: 4 - 6 LPA

• Experienced (3-5 years): 7 - 12 LPA

• Senior (5+ years): 12 - 20 LPA

Test Automation Architect:

• Fresher: 6 - 8 LPA

• Experienced (3-5 years): 12 - 18 LPA

• Senior (5+ years): 20 - 30 LPA

Cloud Testing Engineer:

• Fresher: 4 - 6 LPA

• Experienced (3-5 years): 7 - 12 LPA

• Senior (5+ years): 12 - 18 LPA

Penetration Tester:

• Fresher: 4 - 6 LPA

• Experienced (3-5 years): 7 - 12 LPA

• Senior (5+ years): 12 - 20 LPA

Build and Release Engineer:

• Fresher: 4 - 6 LPA

• Experienced (3-5 years): 7 - 12 LPA

• Senior (5+ years): 12 - 20 LPA

Continuous Integration Tester:

• Fresher: 4 - 6 LPA

• Experienced (3-5 years): 7 - 12 LPA

• Senior (5+ years): 12 - 18 LPA

Test Data Manager:

• Fresher: 4 - 6 LPA

• Experienced (3-5 years): 7 - 12 LPA

• Senior (5+ years): 12 - 18 LPA

API Tester:

• Fresher: 3.5 - 5 LPA

• Experienced (3-5 years): 6 - 9 LPA

• Senior (5+ years): 10- 15 LPA

After completing the software testing course online, you will find yourself more knowledgeable and competent to start confidently at the workplace.

Also, by enrolling yourself in the Software Testing Course Online, you can attempt the certification exam by acquiring all essential skills and knowledge.

By taking up the Online Software Testing Course with Placement, you will get to know about the smart and well-defined approach to absorbing lucrative job markets.

Getting trained with the most trailblazing software testing online training institute in India declared a perfect winding up of your skills from the basic to the advanced stage. Also, an Online Software Testing Course with Placement will help you know everything about this advancement and that will make you feel more comfortable during interviews than earlier.

Get associated with one leading online community that offers an Online Software Testing Course with Placement and where you can meet with people who have the same career goals and looking to establish a career in the same domain.

Our QA Software Testing training online gives you every possible support & assistance. Our expert team provides every possible help that could enhance your career graph.

When you choose us as your learning partner for Software Testing Course Fees Online, you choose an education platform that understands & supports your ambitions in every desired way.

8 K+ Software QA testing jobs posted in 2020 in the USA alone

$53 K+ Entry-level average salary of a QA tester in 2020.

132 K+ Software Testing jobs available on Indeed.com & It is expected to grow by 30%

200% Increase in Software QA Analyst jobs noticed since March 2018

4.5K Students have successfully completed QA certification and now working for top MNCs

Let us understand a few common job roles and responsibilities that you have to fulfil on the completion of software testing online training.

By taking up the Software Testing Online Training, you will get to know how to identify application requirements, best practices, testing strategies, which methodology to follow, and the best testing type.

Furthermore, Software Testing Online Training will help you know how to design and execute test cases by carefully inspecting the business requirement documents.

You should know how to conduct different types of testing that include Functional Testing, Regression Testing, System Testing, Selenium Certification, and more.

However, Software Testing Online Training will uplift your communication skills, you should know how to communicate with stakeholders and other concerned people in the team.

With sound technical knowledge, you have to communicate with the solution architects SMEs, or app developers too.

Software Testing Online Training in India will also help you know how to automate manual testing by using different testing tools.

Automation Software Testing Course

Manual Testing Online Course

API Testing Course

ISTQB Software Testing Certification

ISTQB Certification Course Online

Karate API Certification

API Testing Online Course

Manual Testing Certification

Karate API Online Course

Playwright Automation Course

Playwright Automation with Javascript Course

Playwright with TypeScript

Playwright with C#

Jira Course

Cucumber Online Course

JMeter Online Training

Tosca Online Training