BTP Mastery
This isn't a summary to skim — it's a practice course. Every module pairs a real explanation with a hands-on simulation you run yourself, so you leave knowing how SAP BTP actually behaves, not just what it's called.
Beginner
What SAP BTP is, why it exists, and how an account is actually structured — explained, then simulated.
From digital immigrant to intelligent enterprise
Digital natives built their business on technology from day one. Digital immigrants — most established enterprises — are modernizing what they already run. Digital transformation is the shift from doing things faster with computers to reinventing how the business actually operates, with SAP's intelligent enterprise model connecting experience, operations and AI-driven automation into one system.
Five pillars, one platform
SAP BTP organizes its portfolio into five capability pillars. Tap each to see what it covers, then run the simulation below to see how a real requirement gets matched to one.
The bundle most customers start from
RISE with SAP bundles SAP S/4HANA Cloud, infrastructure on your hyperscaler of choice, and SAP-managed services into a single contract with one SLA. It also includes consumption credits for SAP BTP, making the platform the default extension layer for any RISE customer from day one, not an afterthought bought separately.
Global account, subaccount, entitlement
Before building anything, you need an account. SAP BTP offers three no-commitment trials (SAP BTP trial, enterprise trial, free tier) and three commercial models (pay-as-you-go, SAP BTP Enterprise Agreement, single-service subscription). Every setup starts with a global account — the contract-level container — divided into subaccounts, each scoped to one region and holding the actual services, apps and data.
Beginner check · 1 of 2
What is the relationship between a global account and a subaccount?
Beginner check · 2 of 2
Which commercial model lets you try 50+ SAP BTP services at no cost with a direct path to production use?
Try it: Beginner
Short reflection tasks. Your notes save automatically on this device.
Explain the difference between a global account and a subaccount in your own words.
List two reasons a company might choose the free tier model over a standard trial account.
Name one capability pillar of SAP BTP and one service that belongs to it.
Intermediate
Architecture, clean core, AI, UI, business logic, integration, data and analytics — each with a real command to run.
Design on paper before you build
Before writing code, SAP recommends lean enterprise architecture: a strategy map and stakeholder matrix to capture business intent, then progressively detailed solution context, concept, and realization diagrams. This isn't bureaucracy for its own sake — it's how you catch a missing requirement before it becomes a missed deadline.
Smaller, decoupled, reactive
Modern SAP BTP apps lean on a handful of proven patterns: microservices break a monolith into independently scalable pieces, serverless architecture charges you only for actual compute time, and event-driven architecture lets services react to changes instead of constantly polling for them. These aren't mutually exclusive — a real solution often blends all three.
The cleaner the core, the cheaper the upgrade
Clean core means keeping your SAP core as close to standard as possible across five dimensions — process, extensions, integration, data, and operations — so upgrades stay fast and cheap. The three-tier model gives ABAP developers a clear path: build in the cloud-ready ABAP Cloud model first, wrap unreleased objects in a tier 2 bridge only when necessary, and treat classic legacy development as a last resort.
AI for the business, the process, and the developer
SAP Business AI has three layers: Joule, the conversational copilot embedded across SAP apps; embedded AI capabilities baked directly into processes like cash application and demand forecasting; and the AI Foundation on SAP BTP, giving developers access to multiple LLMs, retrieval-augmented grounding, and SAP's generative AI hub. Want the deep dive on Joule specifically? That's a dedicated course of its own.
One design language, many delivery options
SAP BTP offers a layered UI strategy: SAP Start and SAP Mobile Start as lightweight entry points, SAP Build Work Zone for a fully customizable digital workplace, and SAPUI5 with SAP Fiori elements for building consistent, role-based apps with far less hand-written code than freestyle development. Native mobile is covered by mobile development kits and platform-specific SDKs.
Pick the runtime by the job
Business logic runs on one of three runtimes — Cloud Foundry, Kyma, or the ABAP environment — paired with a programming model built for that runtime: SAP Cloud Application Programming Model (Node.js/Java) or the ABAP RESTful application programming model. For low-code needs, SAP Build Process Automation and SAP Build Apps let teams automate workflows and build apps with drag-and-drop instead of a blank file.
One suite, every integration style
SAP Integration Suite is the umbrella for connecting everything: Cloud Integration for application-to-application and business-to-business message flows, API Management for designing and governing APIs, Open Connectors for 160-plus ready-made third-party connections, and SAP Event Mesh for real-time, event-driven communication. SAP's Integration Solution Advisory Methodology gives a structured way to decide which tool fits which need.
One database, one fabric to feed it
For structured data, SAP HANA Cloud is SAP's flagship in-memory, multimodel database — supporting relational, graph, spatial, and now vector data for AI use cases. For getting data there, SAP Datasphere unifies what used to be separate data warehousing and integration tools into one business-context-aware fabric, while smart data integration handles lighter, SAP HANA-centric replication needs.
One number, agreed by everyone
SAP Analytics Cloud combines business intelligence, augmented analytics, and enterprise planning in a single tool, connecting live to SAP data sources without replicating it, and layering in AI-driven features like Smart Discovery and Smart Predict. Paired with SAP Datasphere's semantic layer, you get governed, reusable data models that feed dashboards, plans, and forecasts consistently across the business.
Clean core finally made sense to me as a cost question, not a purity test — every custom line in the core is a line you re-test on every single upgrade.
We picked Kyma for one service and Cloud Foundry for everything else. Nobody said you have to pick just one runtime for the whole landscape.
Intermediate check · 1 of 2
Which runtime is the best fit for a highly scalable, container-based, cloud-native microservice?
Intermediate check · 2 of 2
What does "clean core" primarily ask organizations to do?
Try it: Intermediate
Design-thinking reps. Your notes save automatically on this device.
A new extension needs a custom UI and a database. Which runtime and programming model would you propose, and why?
Describe one scenario where SAP Integration Suite's Cloud Integration capability would be the right tool.
Explain in one sentence why "keeping the core clean" matters for upgrade cycles.
Advanced
Security, DevOps, and nine real-world use cases — each one simulated, not just described.
No new backdoor, just a faster door
SAP BTP separates identity from applications through federated authentication — typically SAML 2.0, OAuth 2.0, or OpenID Connect, managed by the Identity Authentication service. For hybrid landscapes, the cloud connector opens a secure outbound-only tunnel to on-premise systems, and principal propagation ensures every backend call runs with the actual logged-in user's own access rights, never a generic service account.
Automation and governance, built in
DevOps on SAP BTP spans four phases: plan and set up (SAP Continuous Integration and Delivery, Project "Piper"), develop and test (automated unit and integration testing), deliver and change (SAP Cloud Transport Management, SAP Cloud ALM), and monitor and operate (SAP Alert Notification service, SAP Automation Pilot). For low-code platforms, a governance triad of people, process, and tooling keeps citizen development safe at scale.
Simple stays in-app, everything else goes side-by-side
SAP BTP's extensibility model gives you two main paths: in-app extensibility (custom fields, custom logic, UI adaptation, built by key users, no separate platform needed) and side-by-side extensibility (a separate app on SAP BTP, calling the core only through stable, released APIs). The right call usually comes down to one question: can a key user do this safely inside the standard app?
Managing multiple ERP systems
After an acquisition, a company often ends up running two SAP S/4HANA systems side by side — one cloud, one on-premise. SAP BTP's Cloud Integration capability harmonizes product data from both into a single catalog, while SAP Build Process Automation routes each order to the nearest fulfillment system based on the customer's location, all visible through one process dashboard.
Managing procurement spend
Widening your supplier base beyond one punch-out catalog means comparing prices across many sources by hand, unless you automate it. SAP Build Process Automation's RPA capability collects daily pricing from multiple platforms, SAP HANA's predictive library forecasts future prices, and SAP Datasphere clusters suppliers by performance, all surfaced through SAP Analytics Cloud dashboards.
Curating a prehire experience
A prehire employee shouldn't have to wait on emails to know what to do before day one. SAP Build Process Automation runs the entire onboarding checklist as a process instance, SAP Build Work Zone gives the new hire a guided to-do list before their start date, and process visibility lets HR see exactly where every new hire stands without chasing anyone down.
Integrating a COVID-19 risk index
When travel risk changes daily, a static policy isn't enough. This use case pulls case and hospitalization data through the SAP BTP, ABAP environment, scores it against a configurable decision table in SAP Build Process Automation, and surfaces it directly inside an employee's SAP Concur travel itinerary, with the threshold adjustable in minutes when guidance changes.
Automating customer interaction with generative AI
Manually summarizing every customer consultation doesn't scale. This use case stores meeting transcripts in an object store, converts them into vector embeddings in the SAP HANA Cloud vector engine, and uses retrieval-augmented generation through SAP AI Core to answer questions like which product line a prospect is most interested in, grounded in the actual conversation, not a guess.
Building multitenant applications
One codebase, many customers, zero data leakage — that's the promise of multitenancy. SAP Cloud Application Programming Model handles this with separate HDI database containers per tenant and tenant-aware URLs generated automatically on subscription, while the SAP BTP, ABAP environment achieves the same isolation through client-based segregation in tables and code.
Building cloud-native apps with Kyma
When demand spikes unpredictably — a pandemic, a flash sale — your middle tier needs to scale fast. The SAP BTP, Kyma runtime lets you deploy SAP Cloud Application Programming Model services as containers on Kubernetes, scale pod replicas up or down with a single configuration change, and automate the whole deployment through SAP Continuous Integration and Delivery.
Automatic error handling
Manually triaging every financial posting error doesn't scale past a handful of errors a day. This use case has SAP Application Interface Framework trigger an SAP Build Process Automation process the moment an error occurs, routes it to the right team using a decision table, and reprocesses it automatically once resolved, turning a multi-hour manual relay into minutes.
Process transformation
A desktop-only order approval process can't keep up with a growing, mobile-first sales team. This use case replaces a rigid ABAP-based workflow with a low-code SAP Build Process Automation flow, gives field staff a mobile order entry form through SAP Build Work Zone, and gives leadership real-time process visibility and SAP Analytics Cloud forecasting that simply didn't exist before.
Principal propagation was the one diagram that finally got our security team comfortable signing off on the hybrid integration. Running the simulation in Module 11 made it click even faster.
Reading all nine use cases back to back made it obvious — it's always some combination of Process Automation, Integration Suite and HANA Cloud. The building blocks repeat.
Advanced check · 1 of 2
What problem does the cloud connector solve?
Advanced check · 2 of 2
In the SAP BTP, ABAP environment, which database is required for persistency?
Try it: Advanced
Architecture and use-case scenarios. Your notes save automatically.
Describe how the cloud connector and a destination work together to reach an on-premise system securely.
Pick one use case from Modules 14–22 and summarize its core SAP BTP services in two sentences.
Explain what principal propagation prevents from happening in a hybrid landscape.
Glossary
Tap a term for a plain-language definition.
Course outcomes
By the end of this curriculum, you should be able to:
- Explain SAP BTP's role in digital transformation and the intelligent enterprise
- Set up and structure global accounts, subaccounts and entitlements
- Choose the right runtime and programming model for a given extension
- Apply clean core principles when deciding in-app versus side-by-side extensibility
- Connect SAP BTP securely to on-premise and cloud systems
- Recognize real-world SAP BTP use case patterns across lines of business
ENTRY-LEVEL ROLES
- SAP BTP Associate Consultant
- SAP BTP Developer
- Cloud Integration Analyst
- SAP BTP Security Analyst
- SAP BTP Solution Support Consultant
GROWTH · 2–5 YEARS
- SAP BTP Solution Architect
- SAP BTP DevOps Lead
- SAP Integration Suite Specialist
- SAP BTP Platform Owner
- SAP Enterprise Cloud Architect
Claim your certificate
Type your name and download a certificate of completion for the BTP Mastery curriculum.
Open cockpit sandbox
Every module had its own quick simulation. This is the freeform space — pick a role, mix tasks across topics, and put what you've learned together. Still a simulation, not a connection to a live SAP BTP account.
Pick a role above, then tap a suggested task to see how SAP BTP would respond.
Responses here are illustrative examples written for this course, not live output from an SAP BTP account.
The global account vs. subaccount distinction finally clicked when I ran the simulation in Module 2 — seeing the actual cf commands made it real instead of abstract.
The free tier model saved us — we prototyped for two months before committing to a paid plan, and none of that work got thrown away.