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

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

The SAP Build course is designed around how SAP Build 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 Build on the job, so you're ready to contribute from day one in a SAP Build role.

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

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

SAP Build is a low-code/no-code development platform that helps users create business applications, automate workflows, and build digital workspaces. It supports application development and process automation within the SAP Business Technology Platform (BTP) ecosystem.

The main components are SAP Build Apps, SAP Build Process Automation, and SAP Build Work Zone. They support visual application development, workflow and robotic process automation, and digital workplace experiences, respectively.

SAP Build operates within the SAP BTP environment and connects application development, automation, identity management, and enterprise services. Its architecture can integrate with SAP S/4HANA, SAP SuccessFactors, SAP Ariba, SAP Concur, and other systems through supported APIs and services.

Low-code development uses visual tools with the option to add code for advanced functionality. No-code development relies primarily on visual editors, predefined components, and configuration, allowing users to create applications with minimal programming.

Citizen development enables business users to create applications and automate processes using visual development tools. Organizations typically establish governance, security, and approval processes to ensure these applications meet enterprise standards.

SAP Build Apps is a visual development environment for creating web and mobile applications. It supports UI design, data binding, application logic, and integration with backend services without requiring extensive traditional coding.

The visual editor allows developers to design application screens using components such as buttons, input fields, lists, tables, and containers. Developers can configure layouts, properties, navigation, and interactions through a visual interface.

UI components are reusable elements used to build application interfaces, such as forms, labels, buttons, and data lists. Layouts organize these components on screens to provide a consistent and responsive user experience.

Data binding connects application interface components to variables, data resources, or backend responses. It allows information displayed in the user interface to update according to application state or retrieved data.

Variables store values used by an application during execution. They can hold user inputs, application settings, API responses, and temporary data required for calculations, navigation, or conditional logic.

Logic flows define how an application responds to user actions and other events. Developers can combine visual logic nodes, conditions, data operations, and service calls to implement application behavior.

Conditional logic evaluates a condition and determines which action should occur based on the result. For example, a leave-management application can check available leave balance before allowing a request to proceed.

Custom components are reusable interface elements or functionality created to meet application-specific requirements. They can help maintain consistency across screens and reduce repeated development work.

JavaScript can be used in supported extension and logic scenarios when visual configuration alone is insufficient. It helps implement specialized calculations, data transformations, or custom behavior, subject to the platform's supported development capabilities.

Offline capability allows supported application functionality to work when a device temporarily lacks network connectivity. Depending on the application design, local data storage, synchronization, and conflict-handling logic may be needed.

Authentication establishes how users identify themselves before accessing protected application features or data. Configuration can involve supported identity services, application settings, and backend authentication mechanisms.

Applications are prepared and published for supported web or mobile deployment scenarios. The publishing process depends on the target platform, application configuration, authentication requirements, and any required distribution or hosting setup.

SAP Build Apps can consume supported backend services, including OData services, to retrieve and update business data. The integration requires appropriate service endpoints, authentication, permissions, and data mapping.

OData service consumption enables applications to access structured business data through an OData endpoint. Applications can use supported operations to retrieve records, display lists, submit forms, and update data according to the service's permissions.

SAP Build Apps can connect to supported SAP S/4HANA services through OData APIs or other approved integration mechanisms. This can support scenarios such as employee self-service, purchase requests, asset tracking, and business-data lookup.

SAP Build Process Automation combines workflow management and robotic process automation capabilities. It helps organizations automate business processes involving approvals, user tasks, system interactions, and repetitive activities.

Process Automation Studio is the design environment used to create and manage supported automation artifacts. Developers can define workflows, configure automation steps, build forms, and manage process-related logic.

Workflows define a sequence of tasks and decisions that move a business process from initiation to completion. They can coordinate human approvals, automated actions, notifications, and integrations with enterprise systems.

Tasks represent activities performed by users or automated systems. Gateways control conditional branching or routing, while events represent occurrences that initiate, interrupt, or influence workflow execution.

Form-based human tasks require a user to provide information, review data, or make a decision during a workflow. They are useful for approvals, data validation, exception handling, and business processes that require human judgment.

Automation steps and actions define operations performed as part of a process. They can include data manipulation, application interactions, service calls, and other supported activities that help complete a business task.

Decision tables organize business rules into structured conditions and corresponding outcomes. They help automate decisions such as approval routing, eligibility checks, expense limits, and purchase authorization.

Business rules define conditions and decisions that control application or workflow behavior. They help separate decision logic from the overall process design, making rules easier to review and maintain.

Screen scraping involves extracting information from application interfaces when structured APIs or direct integrations are not available for a particular scenario. It can be used as part of UI-based automation when appropriately configured.

Bot development involves configuring automation steps to perform a defined sequence of activities. Recording tools can capture supported user interactions and help create automation flows that developers can refine and validate.

Screen scraping extracts information from supported application interfaces, while UI automation performs actions such as clicking controls, entering text, and navigating screens. These techniques may require maintenance when application layouts or interface behavior change.

Bots are deployed according to the configured runtime, execution environment, credentials, and automation settings. Monitoring helps track execution status, failures, and process outcomes so administrators can investigate issues and improve reliability.

SAP Build Work Zone provides a digital workplace where users can access relevant applications, information, content, and business services. It can bring supported SAP and third-party applications together in a central experience.

The editions differ in the capabilities available for digital workplace configuration, content management, collaboration, and user experiences. The exact features depend on the current SAP offering, licensing, and tenant configuration.

Sites provide the overall digital workplace structure, while pages organize content and application access for specific audiences. Administrators can configure navigation, layouts, content, and access according to business requirements.

Content channels help organize and expose relevant content or application resources. Workspaces can provide focused areas for teams or business communities to access shared information and collaborate, depending on the configured Work Zone capabilities.

Work Zone can integrate supported external applications and services into the digital workplace. This allows users to access relevant SAP and non-SAP resources from a centralized experience.

Knowledge management helps organizations organize and provide access to business documents and information. It can support document-based collaboration and information sharing within the digital workplace.

Notifications provide users with information about relevant activities or events, while feeds can support updates and collaboration. These capabilities help users stay informed about business activities within the Work Zone environment.

SAP Build can integrate with SAP S/4HANA through supported APIs, OData services, and integration capabilities. This enables scenarios such as custom applications, employee self-service, approval workflows, and business-process automation.

SAP Build applications and automation solutions can connect with supported SAP SuccessFactors services and APIs. This can enable scenarios such as employee self-service, HR workflows, approvals, and employee-data applications.

SAP Build solutions can use supported integration mechanisms to connect with SAP Ariba and SAP Concur. Such integrations can support procurement, expense, approval, and other enterprise process scenarios.

API management provides controlled access to backend services and APIs used by applications and automations. It can help with API security, access control, monitoring, and governance.

Governance establishes policies and controls for developing, deploying, and managing applications and automations. It helps organizations manage citizen development, application standards, security, lifecycle processes, and compliance requirements.

Role-based access assigns permissions according to a user's responsibilities. It helps ensure that users can access only the applications, features, data, and administrative functions relevant to their roles.

Application lifecycle management covers activities such as development, testing, deployment, maintenance, monitoring, and controlled updates. SAP Build administration and governance capabilities can help organizations manage applications throughout their lifecycle.

SAP Build can incorporate AI capabilities for application development and process automation. The course curriculum covers Joule integration, AI-generated application templates, intelligent process automation, predictive decisions, and AI-based form recognition.

Joule integration brings SAP's AI assistant capabilities into supported SAP environments and workflows. In SAP Build scenarios, it can assist with AI-supported development and business-process experiences where supported.

The Edubrights SAP Build course lists projects such as an Employee Leave Management Application, Purchase Approval Workflow, Customer Feedback Management System, Asset Tracking Solution, and Vendor Registration Portal. The curriculum also includes an HR self-service application, invoice approval automation, and end-to-end Build platform deployment.

Learners can develop skills in SAP Build Apps, visual UI development, data binding, variables, logic flows, OData integration, JavaScript, application security, workflow design, business rules, RPA, SAP Build Work Zone, API integration, governance, lifecycle management, AI-assisted development, administration, deployment, and monitoring. These areas closely follow the technical curriculum published on the Edubrights SAP Build course page.