You'll build a solid understanding of the core concepts, terminology, and fundamentals of SAP Automation Testing, giving you a strong foundation to build on.

You'll get hands-on experience with industry-relevant SAP Automation Testing tools and workflows through guided exercises, so you learn by doing rather than just reading theory.

The SAP Automation Testing course is designed around how SAP Automation Testing is actually applied to solve real-world problems in professional settings, not just textbook scenarios.

You'll develop the practical skills needed to confidently work with SAP Automation Testing on the job, so you're ready to contribute from day one in a SAP Automation Testing role.

Yes, the SAP Automation Testing course includes real-time projects and case studies that reinforce concepts through practice, giving you portfolio-ready work by the end.

The SAP Automation Testing course is structured to help you prepare for relevant certifications and interviews, covering the concepts and terminology employers and exam boards expect.

SAP Automation Testing is the process of using automated testing tools and frameworks to validate SAP applications, business processes, integrations, and user workflows. It helps reduce repetitive manual testing and supports faster and more consistent regression testing.

SAP implementations and upgrades involve complex business processes that often require repeated testing. Automation can improve test execution efficiency, increase test coverage, and make regression testing more repeatable across SAP environments.

CBTA is an SAP Solution Manager-based framework for creating automated tests using reusable components. It supports automated testing of supported SAP business processes and can use test components, configurations, test data, and system data containers.

Reusable test components represent individual testing actions or functional parts that can be reused across multiple automated tests. Reusing components helps reduce duplication and simplifies maintenance when common testing steps change.

A CBTA test configuration combines the required executable, test script, system information, test data, and execution-related settings. It provides the structure needed to execute an automated SAP test scenario.

Tricentis Tosca is a test automation platform used for automating SAP and other enterprise applications. The Edubrights course covers Tosca architecture, SAP Engine for Tosca, SAP GUI automation, test-case design, and Fiori application automation.

The SAP Engine enables Tosca to interact with supported SAP application objects for automation. It helps testers create automated workflows for SAP interfaces and business processes without relying entirely on traditional code-based automation.

SAP GUI automation involves identifying application controls and creating automated actions such as entering values, selecting options, navigating screens, and validating results. Tosca can use SAP-specific automation capabilities to create reusable test flows.

Tosca can automate supported browser-based SAP applications such as Fiori by identifying UI elements and executing defined test actions. SAP Cloud ALM can also integrate with Tricentis Test Automation for SAP for test orchestration, execution monitoring, and reporting.

Selenium WebDriver is a browser automation framework that can be used to automate web-based SAP Fiori testing. It allows test scripts to interact with browser elements, execute workflows, and validate expected application behavior.

The Page Object Model is a design pattern that separates page-specific UI elements and actions from the test logic. It improves test maintainability by allowing commonly used page objects and locators to be reused across test cases.

Locators identify UI elements that Selenium needs to interact with, such as buttons, input fields, links, or controls. Reliable locators are important because unstable element identification can cause automated tests to fail unnecessarily.

TestNG and JUnit provide test execution and organization capabilities for Selenium-based automation. They can support test grouping, assertions, setup and teardown operations, reporting, and integration with automated build pipelines.

Selenium Grid allows automated browser tests to execute across multiple machines, browsers, or environments. This can support parallel test execution and help reduce the overall execution time of large regression suites.

wdi5 is a testing framework designed for SAPUI5 applications and provides mechanisms for interacting with UI5 controls during automated tests. It can be integrated into automated development and testing workflows for SAPUI5 applications.

A test recorder can help capture application interactions and support the creation of automated test scripts. It can reduce the amount of manual scripting required when building initial test scenarios.

OPA5 is a framework used for integration and acceptance testing of SAPUI5 applications. It supports testing UI interactions, navigation, asynchronous behavior, and application workflows.

Asynchronous testing allows the test framework to wait for application conditions or UI states before continuing with the next validation. This is important for SAPUI5 applications where data and controls may load dynamically.

QUnit is a JavaScript unit-testing framework that can be used alongside OPA5 for testing SAPUI5 applications. OPA5 focuses more on application integration and UI interactions, while QUnit can support lower-level JavaScript testing.

Regression testing verifies that existing business processes continue to work after SAP changes such as upgrades, enhancements, configuration changes, or new implementations. Automation is particularly useful because the same regression scenarios may need to be executed repeatedly.

S/4HANA regression testing can be automated by identifying critical business processes, creating reusable automated test cases, preparing appropriate test data, and executing the tests against the required system landscape. The Edubrights course includes an S/4HANA regression automation project.

End-to-end automation validates a complete business process across multiple steps and potentially multiple SAP applications or systems. Examples include procure-to-pay and order-to-cash workflows where several transactions must work together correctly.

A Procure-to-Pay automation scenario can cover activities such as purchase requisitions, purchase orders, goods receipts, and invoice verification. Automated tests can validate the complete workflow and expected business outcomes.

Order-to-Cash automation can cover sales order creation, delivery processing, billing, and related customer transactions. Test automation can validate whether the complete business flow behaves as expected after SAP changes.

SAP test data management involves preparing, maintaining, refreshing, masking, and supplying the data required for test execution. Good test data management helps automated tests run consistently across different environments.

Test Data Migration Server (TDMS) is an SAP technology used for providing relevant test data to non-production environments. It can help create test environments with appropriate business data while supporting data-volume and privacy requirements.

Data masking helps protect sensitive information when data is used in development, testing, or training environments. Sensitive business or personal information can be transformed so that testers can work with realistic datasets without unnecessarily exposing original values.

A Golden Client can serve as a controlled source environment containing the required configuration and data structure for testing activities. Managing it properly helps maintain consistency when test environments or test datasets need to be refreshed.

SAP Cloud ALM Test Management provides capabilities for preparing, organizing, executing, and monitoring test activities. It includes concepts such as test cases, test plans, test execution, assignments, and test results.

A test plan groups test cases within a defined execution context and test cycle. SAP Cloud ALM allows test cases and testers to be assigned to test plans and supports releasing prepared tests for execution.

SAP Cloud ALM can integrate SAP and third-party test automation providers through supported integration mechanisms and APIs. This enables test orchestration, execution monitoring, and reporting while the automation provider performs the actual automated testing.

Tricentis Test Automation for SAP can be integrated with SAP Cloud ALM to combine automation capabilities with test management and orchestration. SAP documentation describes integration with Tricentis Tosca Cloud for designing automated functional end-to-end tests and managing execution and reporting.

Defect tracking records problems identified during test execution and follows them through investigation and resolution. Test teams can associate defects with relevant test scenarios and monitor their status until they are addressed.

Test coverage measures how much of the targeted application, requirements, business processes, or functionality is validated by the test suite. Coverage reports can help teams identify areas that require additional test cases or automation.

HP LoadRunner is a performance-testing tool that can be used to simulate workloads and measure application performance. SAP testing environments can use performance scripts to evaluate response times and identify potential bottlenecks.

Extended Computer Aided Test Tool (eCATT) is an SAP testing framework used to automate and execute test scenarios. SAP documentation also describes CBTA tests as compatible with the eCATT framework.

Response-time benchmarks provide reference values for evaluating application performance under defined conditions. Comparing test results against these benchmarks can help identify performance degradation or potential bottlenecks.

Bottleneck identification involves analyzing performance results to determine which application, database, infrastructure, or processing component is limiting system performance. Test measurements can help technical teams investigate areas that require optimization.

Automated SAP tests can be triggered as part of CI/CD workflows after code, configuration, or application changes. Test results can then be reported back to the pipeline so teams can use automated validation as part of their quality process.

Quality gates are conditions that determine whether a software or configuration change can proceed to the next stage. For example, a pipeline can require critical automated tests to pass before allowing a deployment to continue.

Regression test suite management involves organizing, maintaining, prioritizing, and executing reusable test cases for repeated validation. Effective management helps teams keep automated suites relevant as SAP applications and business processes evolve.

Flaky tests are automated tests that sometimes pass and sometimes fail without a meaningful change in the application under test. Common causes can include timing issues, unstable test data, synchronization problems, or unreliable locators.

Flaky tests should be identified, analyzed, and corrected instead of being repeatedly ignored. Teams can investigate synchronization, test-data dependencies, application stability, locator reliability, and environmental conditions to improve test consistency.

AI-driven test case generation uses artificial intelligence techniques to assist with identifying or creating potential test scenarios from application, process, or requirement information. The Edubrights curriculum includes AI-driven test case generation as part of its SAP test automation module.

Self-healing automation attempts to maintain test execution when certain application elements or properties change. Instead of immediately failing because an element identifier has changed, supported automation technologies may use alternative identification information to continue execution.

Intelligent test selection identifies the most relevant tests to execute based on changes, risk, dependencies, or historical information. It can help reduce unnecessary execution while maintaining appropriate validation coverage.

Shift-left testing means moving testing and quality activities earlier in the development or implementation lifecycle. SAP's Cloud ALM documentation describes shift-left as performing quality-related activities as early as possible so issues can be identified and addressed sooner.

The course page includes projects covering SAP S/4HANA regression automation, SAP Fiori application testing, Procure-to-Pay automation, Order-to-Cash testing, and a SAP CBTA automation framework. These projects provide practical exposure to different SAP business processes and automation approaches.

The training can help develop skills in SAP CBTA, Tricentis Tosca, Selenium WebDriver, SAP Fiori testing, SAPUI5 wdi5, OPA5, test data management, SAP Cloud ALM, defect tracking, performance testing, CI/CD automation, regression testing, and AI-assisted test automation. These skills align with the technical modules and tools listed in the Edubrights SAP Automation Testing curriculum.