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PM scopes a concrete first deliverable in the first 15 minutes rather than a vague platform rollout. The developer sets up the foundational landscape: a BTP global account with the right subaccounts (dev, test, prod), the Cloud Foundry or Kyma runtime depending on whether you want a managed PaaS or Kubernetes, entitlements and quotas mapped to your services, and Identity Authentication (IAS) wired to your corporate IdP via SAML or OIDC. From there they build one real extension end-to-end so your team has a working reference: a CAP service exposing data from your S/4 or ECC backend through the Destination and Connectivity services, a Fiori UI5 front end deployed to the HTML5 application repository, and the MTA (multi-target application) build pipeline so deployments are repeatable. You leave the session with running code and a documented pattern your team can replicate.

Yes. The developer builds the extension using the SAP Cloud Application Programming Model (CAP) in Node.js or Java. They define the data model in CDS (.cds files), expose services with annotations for Fiori elements, and connect to your S/4 backend through the right pattern: side-by-side extension calling S/4 OData or RFC via the Connectivity and Destination services, or consuming events through SAP Event Mesh / Advanced Event Mesh for loosely coupled flows. They implement business logic in custom handlers, secure the service with XSUAA scopes and role collections, and use HDI containers on HANA Cloud for any persistence the extension owns. The developer follows the SAP clean-core principle no modifications to standard S/4 objects so your core stays upgrade-safe. The result is deployed as an MTA with proper service bindings and a CI/CD pipeline.

Yes. PM treats failing integration flows as an incident. The developer opens the Integration Suite monitoring (Cloud Integration message monitor) to see whether messages are failing at the sender adapter, a mapping step, or the receiver. Common root causes they fix: expired or misconfigured credentials and OAuth tokens in the Security Material, message mapping errors where the source payload structure changed, missing or wrong value mappings, adapter configuration drift after a tenant update, and missing exception subprocesses so transient errors are not retried correctly. The developer adds proper error handling with exception subprocesses, configures retry and dead-letter behavior, externalizes environment-specific parameters so the same iFlow promotes cleanly across tenants, and adds alerting through the Alert Notification service. They reproduce the failure, apply the fix, and replay the failed messages before closing.

Both. The developer builds custom SAPUI5/Fiori freestyle apps and Fiori elements apps. For Fiori elements, they drive the UI from CDS/CAP annotations (UI.lineItem, UI.facets, value helps) so list and object pages are generated and stay consistent with the SAP design language with minimal hand-written view code. For freestyle UI5, they build custom XML views and controllers when the UX needs go beyond the elements templates. They deploy to the HTML5 Application Repository, register tiles in the SAP Build Work Zone (formerly Launchpad service), and secure the app with XSUAA and the App Router for authentication and route protection. They also handle responsiveness, i18n resource bundles, and OPA5/QUnit tests. If you are modernizing, they can migrate older Fiori launchpad content or WebDynpro screens to UI5 apps running on BTP.

Yes. BTP is multi-cloud by design it runs on AWS, Azure, GCP, and Alibaba Cloud, and Integration Suite is built to connect SAP and non-SAP systems alike. The developer connects third-party systems using the right adapter: REST, SOAP, OData, SFTP, JMS, Kafka, or the prebuilt connectors for Salesforce, Workday, ServiceNow, and others. For hybrid landscapes they configure the Cloud Connector to securely expose on-premise systems to BTP without opening inbound firewall ports, and the Destination service to manage connectivity credentials centrally. For event-driven multi-cloud flows they use Advanced Event Mesh to bridge events across clouds and regions. They handle data transformation in message mappings or Groovy/JavaScript scripts, secure flows with OAuth2 client credentials or certificate-based auth, and document the integration so your team can monitor and extend it.