Development & technology · SAP & ABAP

AI training for SAP ABAP Developers

Few development landscapes carry as much accumulated logic as SAP. Custom reports, user exits, BAdIs and Z programmes built up over many years must be assessed, adapted or replaced with clean core extensions for S/4HANA. AI coding assistants and agents help you make sense of undocumented ABAP, resolve ABAP Test Cockpit findings, move classic ABAP to modern ABAP with CDS views and the RESTful Application Programming Model, and retrofit unit tests. Because ABAP is tightly woven into dictionary objects, customising and business processes, precise context and disciplined reviews are essential. In this course you learn to apply AI to analysis, refactoring and new development in SAP, aligned with your transport system, namespaces and the quality standards of your SAP operations.

Who is this course for?

  • ABAP developers in in-house IT and SAP consultancies
  • SAP technical consultants and development architects
  • Teams working on S/4HANA conversion and clean core projects
  • SAP Basis and integration specialists who also write code
  • Fiori and RAP developers

Typical challenges we address

  • Large volumes of poorly documented Z code with unclear usage and many dependencies
  • Heavy adaptation effort for simplification items and data model changes during S/4HANA migration
  • Low test coverage because ABAP Unit was rarely used in legacy code
  • Skills shortages and knowledge loss when experienced developers leave

Practical scenarios from your field

Analysing ABAP for S/4HANA

Scan Z programmes for access to obsolete tables, changed data models and unreleased APIs, group findings by simplification item and generate concrete remediation proposals with effort estimates.

Documenting legacy code

Have undocumented reports, function modules and user exits explained, summarise programme logic in business terms and produce technical documentation and flow diagrams for knowledge transfer and audits.

Moving towards clean core

Convert classic modifications and SELECT loops into modern ABAP with inline declarations, CDS views and released APIs, and identify candidates for RAP-based side-by-side or developer extensibility.

Retrofitting ABAP Unit

Extract testable interfaces from existing classes, prepare test doubles for database access using the SQL test double framework and generate meaningful unit tests as a safety net for refactoring.

Resolving ATC findings

Prioritise messages from ABAP Test Cockpit and Code Inspector, detect performance issues such as nested SELECTs and propose compliant corrections with an explanation for code review.

Building RAP and OData services

Design CDS data models, behaviour definitions and service bindings from business requirements, implement validations and determinations and generate suitable Fiori elements annotations. The agent follows your naming conventions and package structure.

Possible hands-on projects

Z code inventory

A script that processes exported ABAP sources, classifies objects by usage, complexity and migration relevance and produces a prioritised overview for project planning.

Custom code explainer

A small web app where you paste a report and receive a business-level summary, its table dependencies and migration risks.

RAP scaffolder

A generator that creates CDS views, a behaviour definition and a service skeleton from a table definition, following your naming conventions.

All 10 courses for SAP ABAP Developers

Vibe & agentic coding (10)

Data protection & compliance

ABAP code often contains business logic, pricing conditions and personal data structures: you learn to assess source code before sharing it with AI services, respect the licence and usage terms of your SAP contracts and comply with GDPR rules for test data.

Prerequisites

You develop in ABAP on a regular basis and are familiar with ABAP Development Tools in Eclipse or the classic ABAP Workbench.

Frequently asked questions

Do AI assistants really understand ABAP?

Current models read and write ABAP competently, but they know nothing about your custom tables, customising or namespaces. Quality improves markedly when you supply dictionary definitions, interfaces and conventions as targeted context. In the course you practise exactly that, for example with sources exported via abapGit and project-specific rule files for the agent.

How does AI-generated code get into the SAP system?

A proven route runs through ADT or abapGit: the assistant works on exported sources or directly in the IDE, changes are reviewed, validated with ATC and ABAP Unit and transported as usual. This preserves the transport system, the four-eyes principle and traceability, and no agent ever writes to production systems unchecked.

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Total €949 plus VAT