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The ISTQB Certified Tester Advanced Level - Test Automation Engineer (CT-TAE) course is designed for individuals seeking to enhance their expertise in the field of test automation. This advanced certification provides comprehensive knowledge on Designing, developing, and maintaining test automation solutions. It addresses the objectives, advantages, disadvantages, and limitations of test automation, ensuring a thorough understanding of when and how to apply automation effectively.
Throughout the course, learners will identify technical success factors for automation projects, analyze systems to determine suitable automation solutions, and evaluate test automation tools. They will learn about Design principles like "design for testability" and the Generic Test Automation Architecture to create robust and maintainable test environments.
The course also covers the Selection and management of test cases for automation, Transitioning from manual to automated testing, and Implementing various types of automated tests. Additionally, it delves into Maintaining and improving existing automated solutions, risk management, and Utilizing metrics to measure the effectiveness of the test automation strategy.
By obtaining the automation test engineer certification or test automation engineer certification, professionals will be equipped with the skills to excel in automating software testing processes, thereby contributing to the efficiency and reliability of software development lifecycle.
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♱ Excluding VAT/GST
Classroom Training price is on request
You can request classroom training in any city on any date by Requesting More Information
To ensure that you have a productive learning experience in the ISTQB Certified Tester Advanced Level - Test Automation Engineer (CT-TAE) course, it is important to come prepared with a certain level of knowledge and experience. Below are the minimum required prerequisites that are recommended for participants who are considering this training:
While the above prerequisites are recommended, we encourage all interested learners to consider the course if they are motivated to expand their knowledge in test automation. Previous experience in the field can be helpful, but the course is designed to guide participants through the necessary concepts and practical applications needed to become an effective Test Automation Engineer.
The ISTQB Certified Tester Advanced Level - Test Automation Engineer (CT-TAE) course is designed for professionals aiming to specialize in test automation and enhance their testing strategies.
Target Audience:
Develop expertise in test automation with the ISTQB CT-TAE course, focusing on factors for success, tool analysis, architecture, maintenance, and effective deployment within diverse testing projects.
By mastering these objectives, participants will be well-equipped to design, implement, and maintain test automation solutions that enhance the quality assurance processes within their organizations.
Designing, developing, and maintaining test automation solutions involves crafting automated systems that perform software testing, replacing manual tasks to increase speed and accuracy. Professionals in this field use a range of tools and technologies to create scripts that automatically execute tests on new software before it’s released. This ensures that any bugs or issues are identified early by continuously testing software functionalities. To gain proficiency, an ISTQB test automation engineer course is beneficial. Achieving an ISTQB automation certification further validates your skills, preparing you to design and develop robust test automation frameworks effectively.
Generic Test Automation Architecture describes the framework and tools used to automate software testing efficiently. This structure specifies how automated tests are conducted, managed, and executed, often integrating components that streamline the process, such as test data management, execution control, and reporting. By using generic test automation frameworks, specialists like ISTQB automation engineers design systems that consistently evaluate software performance against expected outcomes, ensuring software products meet required standards before release. This automation structure is crucial in reducing manual testing efforts and providing quick feedback on software quality, an essential aspect of a Test Automation Engineer course or pursuing an ISTQB automation certification.
Design for testability is a principle aimed at making software easier to test. It involves structuring your software in a way that makes it straightforward to check if the different parts are working correctly. By doing this, you can detect errors early, save time, and improve the quality of the final product. Techniques include using modules that can be tested independently and creating software designs that easily integrate with testing frameworks like those covered in the ISTQB Test Automation Engineer course, enhancing preparation for ISTQB automation certification.
Selection and management of test cases for automation involve carefully choosing tests that deliver the most value when automated, ensuring efficiency and consistency in testing. This process includes identifying repetitive, high-risk, or data-intensive tests that benefit from automation. Efficient management means organizing, maintaining, and regularly reviewing the automated tests to adapt to new changes and improve test coverage. Tools and methodologies emphasized in courses like the ISTQB Test Automation Engineer course and obtaining an ISTQB Automation Certification can significantly enhance skills in this area by providing structured approaches and industry best practices.
Transitioning from manual to automated testing involves moving from human-performed checks to using software tools for testing activities. By enrolling in a test automation engineer course or achieving an ISTQB automation certification, professionals can enhance their skills in this area. Automated testing, guided by frameworks like ISTQB for test automation engineers, increases the efficiency, accuracy, and speed of testing processes. This transformation allows teams to handle more complex tasks effectively, ensuring higher software quality and better alignment with modern development practices such as Continuous Integration/Continuous Deployment (CI/CD).
Implementing various types of automated tests involves using software tools to autonomously validate the functionality, performance, and reliability of systems or applications. This process begins with unit tests, checking individual parts, progresses to integration tests, which assure combined components work together, and culminates in system tests that evaluate the entire system's performance under real-world conditions. Courses and certifications, like the ISTQB Test Automation Engineer certification, equip professionals with methodologies and practical skills essential for crafting and executing comprehensive automated testing strategies effectively. These certifications are tailored to enhance the expertise of individuals aiming to specialize in automation testing.
Maintaining and improving existing automated solutions involves continuously assessing and enhancing automated processes to optimize efficiency and effectiveness. This includes analyzing performance data, identifying areas for improvement, updating the system's software, and possibly integrating new technologies. Professionals in this field often pursue certifications like the ISTQB Automation Certification to validate their skills and stay updated with the latest practices in test automation. Enrolling in a Test Automation Engineer course can provide in-depth knowledge and practical skills necessary for effectively managing and upgrading automated systems within various industries.
Risk management involves recognizing, assessing, and prioritizing risks followed by coordinated efforts to minimize, monitor, and control the probability or impact of unfortunate events. It is crucial in various fields, including IT where it helps in safeguarding assets, data, and operations from potential threats. By implementing a systematic approach to managing uncertainties, organizations can ensure stability and reduce the likelihood of an adverse event significantly, facilitating smoother project execution and sustainability. Effective risk management results in increased safety, improved decision-making, and overall organizational resilience.
Utilizing metrics to measure the effectiveness of a test automation strategy involves tracking specific indicators that reflect the quality and impact of the testing process. Key metrics might include the percentage of tests passed, the number of defects found, and the time taken to run tests. These metrics help determine whether the test automation is improving the speed and reliability of software release cycles. For professionals looking to deepen their understanding, enrolling in an ISTQB Test Automation Engineer course or seeking ISTQB Automation Certification could enhance their ability to design and evaluate effective test automation strategies.
The ISTQB Certified Tester Advanced Level - Test Automation Engineer (CT-TAE) course is designed for professionals aiming to specialize in test automation and enhance their testing strategies.
Target Audience:
Develop expertise in test automation with the ISTQB CT-TAE course, focusing on factors for success, tool analysis, architecture, maintenance, and effective deployment within diverse testing projects.
By mastering these objectives, participants will be well-equipped to design, implement, and maintain test automation solutions that enhance the quality assurance processes within their organizations.
