SAP S/4HANA ABAP ENTERPRISE ARCHITECT
SAP S/4HANA ABAP Enterprise Architect is an advanced architecture-focused program covering ABAP Cloud, RAP, SAP BTP, Clean Core, S/4HANA Cloud, RISE with SAP, Fiori/UI5, integration, and enterprise extensibility. It prepares experienced SAP professionals to design scalable, cloud-ready, secure, and clean-core enterprise solutions aligned with modern SAP transformation and architecture principles.
Duration
60 Hours
Skill Level
Advanced
Language
English
Course Description
SAP S/4HANA ABAP ENTERPRISE ARCHITECT
SAP S/4HANA ABAP Enterprise Architect is an advanced, architecture-focused training program designed for experienced SAP ABAP professionals, technical consultants, developers, solution architects, and professionals who want to progress from traditional ABAP development toward enterprise-level SAP architecture and modern SAP cloud development.
The program focuses on the evolution of SAP development from classical ABAP and ECC to SAP S/4HANA, SAP S/4HANA Cloud, RISE with SAP, ABAP Cloud, SAP BTP, RAP, Fiori, Clean Core, APIs, integration, extensibility, automation, and SAP Business AI.
Rather than concentrating only on coding, the program develops an architectural mindset—covering how enterprise SAP solutions are designed, extended, integrated, secured, migrated, governed, and prepared for long-term cloud adoption.
Core Architecture Focus
The training provides an end-to-end understanding of:
- SAP S/4HANA Architecture
- SAP S/4HANA Cloud & RISE with SAP
- ABAP Cloud & Cloud-Native Development
- ABAP RESTful Application Programming Model (RAP)
- SAP BTP Architecture & Services
- Clean Core & SAP Extensibility
- Side-by-Side and In-App Extensibility
- SAP Fiori & SAPUI5 Architecture
- OData, REST APIs & Enterprise APIs
- SAP Integration & Event-Driven Architecture
- SAP HANA & Code-to-Data Concepts
- SAP Data Migration & Transformation Architecture
- SAP Security & Identity Concepts
- SAP Business AI & Joule
- Enterprise Integration Patterns
- Application Lifecycle & DevOps
- Performance, Scalability & High Availability
- Enterprise Architecture & Solution Design
What You Will Learn
Master SAP S/4HANA Enterprise Architecture — Understand the architecture, components, deployment models, and technical foundations of modern SAP S/4HANA landscapes.
Develop Enterprise-Level ABAP Architecture Expertise — Progress from advanced ABAP development into architecture, solution design, technical governance, and enterprise-wide decision-making.
Build Clean Core Architecture Skills — Design upgrade-stable, maintainable SAP solutions using Clean Core principles, released APIs, side-by-side extensibility, and modern extension approaches.
Master Modern ABAP Development — Work with ABAP Cloud, ADT, RAP, CDS Views, OData, RESTful services, APIs, and modern ABAP programming paradigms.
Architect SAP S/4HANA Cloud Solutions — Understand public/private cloud architecture, cloud-ready development, extensibility models, and SAP cloud transformation strategies.
Design SAP BTP-Based Extensions — Architect side-by-side extensions and enterprise applications using SAP Business Technology Platform (BTP) and relevant platform services.
Strengthen SAP Integration Architecture — Design scalable integration architectures using APIs, OData, events, SAP Integration Suite, IDocs, web services, and event-driven patterns.
Master SAP Fiori & UX Architecture — Understand the architecture and integration of SAP Fiori, SAPUI5, OData, and modern user-experience frameworks.
Architect Data & Information Models — Design enterprise data models using CDS, HANA-native capabilities, data services, APIs, and modern SAP data architecture principles
Integrate SAP Business AI & Joule — Understand how SAP Business AI, Joule, AI-assisted development, and intelligent automation can be incorporated into SAP enterprise architectures.
Apply SAP Security & Identity Architecture — Address authorization, identity, authentication, secure APIs, cloud identity, data protection, and enterprise security considerations.
Understand SAP S/4HANA Migration Architecture — Design technical approaches for ECC-to-S/4HANA transformation, system conversion, new implementation, selective data transition, and modernization.
Develop Architecture Governance Skills — Establish technical standards, design principles, architecture guidelines, reusable patterns, and governance frameworks for large SAP landscapes.
Design Scalable Enterprise Solutions — Evaluate performance, scalability, availability, extensibility, maintainability, and operational requirements when making architectural decisions.
Master Solution & Technical Design — Translate business requirements into enterprise architecture, solution architecture, technical architecture, integration architecture, and implementation roadmaps.
Prepare for Architect-Level Roles — Develop the technical, architectural, and decision-making capabilities required for roles such as SAP S/4HANA ABAP Architect, SAP Technical Architect, SAP Solution Architect, SAP BTP Architect, and Enterprise Application Architect.
- Candidates should have basic understanding of: SAP ERP or SAP S/4HANA SAP Navigation Enterprise business processes Master Data concepts (Customer, Vendor, Material, Business Partner)
Bachelor's Degree (B.Tech, BCA, B.Sc, MBA, MCA, M.Tech, or equivalent) Graduates and working professionals are eligible.
Course Curriculum
25 Sections- SAP
S/4HANA architecture and technology evolution
- SAP
ERP → SAP S/4HANA → SAP S/4HANA Cloud
- Public
Edition vs Private Edition vs On-Premise
- RISE
with SAP architecture
- ABAP
Platform architecture
- SAP
HANA-centric application architecture
- Application,
data and integration architecture
- SAP
cloud transformation architecture
- SAP
extensibility architecture
- Enterprise
architecture principles for SAP landscapes
- Architecture
decision framework
- Architecture
governance and technology standards
- SAP
S/4HANA Cloud architecture
- Public
Edition architecture
- Private
Edition architecture
- RISE
with SAP operating model
- Cloud
ERP transformation architecture
- SAP
Cloud ERP application landscape
- Fit-to-Standard
and clean-core principles
- SAP
Activate and implementation architecture
- System
landscape strategy
- Development,
test and production architecture
- Upgrade
and release strategy
- Cloud
lifecycle management
- SAP Business Technology Platform positioning
- Extension and integration strategy
- Evolution
from Classic ABAP to ABAP Cloud
- ABAP
for Cloud Development
- Cloud-optimized
ABAP
- Released
APIs and release contracts
- Public
SAP APIs
- Upgrade-stable
development
- Restricted
language principles
- Modern
ABAP syntax
- Inline
declarations
- Expressions
and constructor operators
- Table
expressions
- Functional
programming concepts
- Exception
handling
- Modern
object-oriented ABAP
- Clean
ABAP principles
- Testable
and maintainable application design
- ADT
architecture and workspace
- Eclipse-based
ABAP development
- ABAP
projects and system connectivity
- Packages
and software components
- Development
objects
- Source-code
based development
- Code
completion and navigation
- Static
code analysis
- ATC
integration
- Debugging
with ADT
- ABAP
Unit
- Transport
management
- Git-enabled development concepts
- Development lifecycle and governance
- CDS
architecture and design principles
- CDS
view entities
- Data
modeling with CDS
- Associations
- Composition
- Metadata
extensions
- Annotations
- Semantic
modeling
- Authorization
and access control
- CDS
analytical modeling
- CDS
for transactional applications
- CDS-based
integration
- Performance
considerations
- Reusable data models
- Enterprise data-model architecture
- SAP
HANA architecture for ABAP
- In-memory
computing concepts
- Code-to-data
principles
- HANA-optimized
ABAP
- SQL
and Open SQL
- CDS-based
data access
- Database
performance optimization
- SQL
Monitor
- SQL
Trace
- ST05
/ performance analysis
- Efficient
internal table processing
- Data
volume management
- Database-independent application design
- HANA-aware enterprise architecture
- RAP
architecture and design principles
- RAP
business objects
- CDS-based
data modeling
- Behavior
definitions
- Behavior
implementations
- Managed
vs unmanaged implementation
- Draft-enabled
applications
- Determinations
- Validations
- Actions
- Feature
control
- Authorization
control
- EML
– Entity Manipulation Language
- Messages
and transactional processing
- Numbering
- Side
effects
- Business
events
- Composition
and deep structures
- RAP
extensibility
- RAP
service consumption
- OData
V4 service exposure
- RAP
business object contract
- Managed
implementation architecture
- Unmanaged
implementation architecture
- Late
numbering
- Early
numbering
- Draft
architecture
- Determinations
and validations
- Actions
and functions
- Instance
feature control
- Authorization
architecture
- Locking
and concurrency
- Save
sequence
- Transactional
behavior
- Side
effects
- Business
events
- RAP
extensibility
- Reuse
and service architecture
- Unit
and integration testing
- Enterprise-grade
RAP architecture
- SAP
Fiori architecture
- Fiori
Elements
- SAPUI5
architecture overview
- OData
V2 vs OData V4
- RAP
service binding
- Service
definitions
- Service
exposure
- Metadata
and annotations
- List
Report
- Object
Page
- Analytical
applications
- Draft-enabled
Fiori applications
- UI
adaptation
- Fiori
launchpad architecture
- Role-based access
- Enterprise application UX architecture
- SAP
S/4HANA extensibility strategy
- Key-user
extensibility
- Developer
extensibility
- In-app
extensibility
- On-stack
extensibility
- Side-by-side
extensibility
- ABAP
Cloud extensions
- SAP
BTP extensions
- Extension
points
- Released
APIs
- Business
objects
- Events
- Custom
fields and logic
- Custom
business objects
- Extension
architecture decisions
- Upgrade-safe
extension strategy
- Clean
Core principles
- Why
Clean Core matters in SAP S/4HANA Cloud
- Clean
Core dimensions
- Clean
Core extensibility
- Custom-code
governance
- Modification-free
architecture
- Released
APIs
- Extension
points
- Side-by-side
extensions
- Developer
extensibility
- Integration
architecture
- Data
quality
- Process
design
- Technical
debt management
- Custom
code analysis
- ATC
and quality gates
- Clean Core maturity assessment
- Architecture governance
- SAP
Business Technology Platform architecture
- BTP
global account architecture
- Subaccounts
- Regions
and environments
- Cloud
Foundry architecture
- SAP
BTP ABAP Environment
- Application
Runtime
- Destination
Service
- Connectivity
- Identity
and Access Management
- SAP
Build Work Zone
- SAP
Build Process Automation
- Event-driven
architecture
- API-based
integration
- Extension
architecture
- Side-by-side development
- SAP S/4HANA + BTP architecture
- S/4HANA
to BTP connectivity
- Communication
systems
- Communication
arrangements
- Communication
users
- Destinations
- OAuth
2.0
- Trust
configuration
- Identity
propagation
- APIs
- OData
services
- REST
APIs
- SOAP
integration
- Business
events
- Event-driven
architecture
- SAP
Event Mesh concepts
- Integration
Suite architecture
- API Management
- Enterprise integration patterns
- SAP
Integration Suite overview
- Cloud
Integration
- API
Management
- Event
Mesh
- Open
Connectors
- Integration
architecture
- API-first
architecture
- REST-based
integration
- OData
integration
- SOAP
services
- Message
transformation
- Authentication
and authorization
- Monitoring
and error handling
- Integration
governance
- SAP-to-SAP
integration
- SAP-to-non-SAP
integration
- Hybrid
integration architecture
- Event-driven
architecture principles
- Business
events
- Domain
events
- Event
producers and consumers
- Event
Mesh architecture
- Asynchronous
integration
- Publish/subscribe
patterns
- Event-based
S/4HANA extensions
- Decoupled
application architecture
- Cloud-native
integration
- Resilience
and scalability
- Event
monitoring
- Error handling
- Enterprise event architecture
- SAP
Business AI strategy
- AI
in SAP S/4HANA
- Joule
architecture
- AI-assisted
business processes
- Generative
AI in SAP
- AI-assisted
development
- AI-enabled
enterprise applications
- Joule
capabilities and enterprise scenarios
- AI
agents and agentic workflows
- Business
context for AI
- SAP
BTP AI capabilities
- AI
integration architecture
- Enterprise
AI governance
- Responsible
AI principles
- Security
and authorization for AI
- Human-in-the-loop architecture
- AI-ready enterprise architecture
- AI-assisted
software development
- Generative
AI for ABAP developers
- Code
generation concepts
- Code
explanation and optimization
- Refactoring
- Documentation
generation
- Test-case
generation
- Debugging
assistance
- Clean
ABAP with AI assistance
- AI-assisted
CDS development
- AI-assisted
RAP development
- Developer
productivity
- AI
governance for enterprise development
- Human
validation and code-review controls
- SAP
authorization architecture
- Business
roles
- IAM
concepts
- Authentication
vs authorization
- Identity
providers
- SAP
Cloud Identity Services
- Single
Sign-On
- OAuth
2.0
- SAML
- Role
collections
- Communication
users
- API
security
- Secure
extension architecture
- RAP
authorization
- CDS
access control
- Data protection
- Enterprise security governance
- SAP
development lifecycle
- Development
→ Test → Production architecture
- Transport
management
- Software
components
- ATC
quality gates
- Automated
testing
- ABAP
Unit
- Integration
testing
- Continuous
Integration concepts
- Continuous
Delivery concepts
- Git-based
development
- SAP
Continuous Integration and Delivery
- Release
management
- Version
management
- Quality
gates
- Deployment governance
- DevSecOps principles
- Application
performance management
- ABAP
runtime analysis
- SQL
Monitor
- SQL
Trace
- ST12
/ ST05
- SAT
- ATC
performance checks
- CDS
performance
- Database
optimization
- OData
performance
- RAP
performance
- API
performance
- Integration
monitoring
- Memory
and workload analysis
- Scalability architecture
- Performance governance
- S/4HANA
data architecture
- Operational
data models
- CDS
analytical models
- Embedded
analytics
- Analytical
queries
- SAP
Analytics Cloud integration
- SAP
Datasphere architecture overview
- Enterprise
data architecture
- Master
data considerations
- Data
governance
- Real-time
analytics
- Operational
reporting
- Data
integration
- Semantic
data models
- AI-ready
enterprise data architecture
- SAP
Solution Architecture principles
- Business
architecture
- Application
architecture
- Data
architecture
- Integration
architecture
- Technology
architecture
- Security
architecture
- Cloud
architecture
- Extension
architecture
- API
architecture
- Event
architecture
- Application
lifecycle architecture
- Architecture
decision records
- Architecture
standards
- Reference architecture
- Solution blueprinting
- Enterprise
Architecture fundamentals
- Business
Architecture
- Information/Data
Architecture
- Application
Architecture
- Technology
Architecture
- Capability-based
architecture
- Target
architecture
- Current-state
assessment
- Future-state
architecture
- Architecture
principles
- Architecture
governance
- Technology
standards
- Architecture
roadmap
- Transformation
roadmap
- Architecture
trade-off analysis
- SAP reference architecture
- Enterprise Architecture governance
- ECC
→ S/4HANA transformation
- SAP
S/4HANA Cloud migration
- RISE
with SAP transformation
- System
conversion
- New
implementation
- Selective
data transition
- Extension
remediation
- Custom-code
analysis
- Clean
Core transformation
- Integration
modernization
- BTP
adoption strategy
- API
modernization
- Event-driven
modernization
- Legacy
retirement
- Technical debt reduction
- Transformation roadmap
ENTERPRISE ABAP CLOUD / RAP PROJECT
Design and implement an enterprise-grade SAP S/4HANA
extension covering:
Architecture
- SAP
S/4HANA Cloud
- ABAP
Cloud
- RAP
- CDS
- SAP
Fiori
- SAP
BTP
- APIs
- Business
Events
- Clean
Core
Development
- CDS
data model
- RAP
Business Object
- Behavior
Definition
- Behavior
Implementation
- Validations
- Determinations
- Actions
- Authorization
- Draft
- OData
V4
- Fiori
Elements
Integration
- S/4HANA
APIs
- BTP
Destination
- OAuth
- Business
Events
- Integration
architecture
Enterprise Architecture
- Solution
blueprint
- Application
architecture
- Data
architecture
- Integration
architecture
- Security
architecture
- Extension
architecture
- Deployment architecture
- Architecture governance
Frequently Asked Questions
This is an advanced architecture-level program designed to move experienced ABAP professionals beyond traditional development into SAP S/4HANA solution architecture and technical leadership. The training covers ABAP Cloud, RAP, SAP BTP, Clean Core, S/4HANA Cloud, RISE with SAP, Fiori, APIs, integrations, extensibility, performance, security, and enterprise architecture through implementation-oriented scenarios.
Yes. The program is structured around real-world implementation scenarios rather than only theoretical ABAP development. Participants work through scenarios such as ECC-to-S/4HANA transformation, S/4HANA Cloud implementation, Clean Core extension design, RAP-based applications, API integration, BTP extensions, Fiori applications, and production-oriented technical troubleshooting.
Traditional ABAP training generally focuses on programming and development objects. Enterprise Architect training focuses on why and where a technology should be used, architecture decisions, integration patterns, extensibility strategy, governance, scalability, performance, security, and lifecycle management. Participants learn to evaluate multiple technical approaches and design an architecture aligned with business and SAP transformation requirements.
Yes. ABAP Cloud and Clean Core are central components of the program. Participants learn released APIs, cloud-compliant development, RAP, side-by-side and developer extensibility, upgrade-safe extensions, legacy-code considerations, and strategies for reducing modifications to the SAP S/4HANA core.
A typical implementation scenario involves an organization migrating from ECC to SAP S/4HANA Cloud or RISE with SAP while retaining several custom developments. Participants analyze the existing custom code, determine what can be replaced with standard SAP functionality or released APIs, identify appropriate extension points, and decide whether an extension belongs inside the S/4HANA system or on SAP BTP.
es. The course covers ABAP RESTful Application Programming Model (RAP) from an enterprise perspective, including CDS, behavior definitions, behavior implementations, service definitions, service bindings, OData services, transactional applications, authorization, validations, determinations, actions, draft handling, and Fiori-based consumption.
Yes. SAP BTP is covered as part of the broader enterprise architecture rather than simply as a development platform. Participants examine BTP extension architecture, integration, APIs, events, application development, identity and access, connectivity, side-by-side extensibility, and the positioning of BTP within an S/4HANA transformation landscape.
The training explains how architectural decisions change when moving from traditional on-premise landscapes toward S/4HANA Cloud and RISE with SAP. Real-time scenarios include fit-to-standard considerations, extensibility choices, integration architecture, Clean Core governance, cloud-compatible development, system landscapes, and lifecycle/upgrade considerations.
Yes. Participants learn how modern SAP back-end services are consumed through SAP Fiori and SAPUI5-based applications. The implementation approach covers CDS-based data models, OData services, RAP services, Fiori Elements, application architecture, authorization, and integration between the user interface and S/4HANA back end.
Yes. Integration is an important Enterprise Architect competency. The course covers REST APIs, OData, SOAP where applicable, IDoc-based integration, event-driven scenarios, SAP Integration Suite concepts, API management, authentication, connectivity, and integration architecture. Real-time cases demonstrate how S/4HANA can interact with SAP BTP, external applications, legacy systems, and third-party platforms.
Yes. Performance is addressed from an architecture and implementation perspective. Participants analyze scenarios involving SQL performance, CDS views, database access, inefficient custom code, HANA optimization, data-volume considerations, parallel processing, application architecture, and performance monitoring to identify appropriate remediation strategies.
The training incorporates production-oriented scenarios such as slow-running programs, failed interfaces, authorization issues, incorrect data processing, API failures, dumps, integration errors, inefficient custom developments, transport problems, and performance bottlenecks. The focus is on developing a structured root-cause analysis and solution-design approach.
Yes. The program addresses security as an architectural concern, including SAP authorization concepts, role design, Fiori authorization, application-level security, API security, identity integration, authentication, secure extension architecture, and SAP BTP identity/access considerations.
Yes. A major component of the program can be structured around an end-to-end SAP S/4HANA transformation project. A typical project may include:
ECC → S/4HANA Transformation → Clean Core Assessment → ABAP Cloud → RAP → Fiori → APIs/Integration → SAP BTP Extensions → Security → Performance → Testing → Deployment → Technical Governance
Participants are expected to understand not only the individual technologies but also how these components work together within an enterprise SAP landscape.
The program is particularly relevant for experienced SAP ABAP Developers, Senior ABAP Consultants, Technical Leads, SAP Technical Architects, S/4HANA Technical Consultants, Solution Architects, and professionals preparing for Enterprise Architect responsibilities.
Professionals moving from traditional ABAP/ECC development toward S/4HANA Cloud, ABAP Cloud, RAP, BTP, Clean Core, and enterprise-level architecture can use the program to build a broader technical architecture perspective.
Real-Time Implementation Focus
The overall learning approach can be positioned as:
Architecture → Business Requirement → Technical Design → SAP Standard → Clean Core Assessment → Extension Strategy → ABAP Cloud/RAP → BTP → Integration → Fiori → Security → Performance → Testing → Deployment → Production Support
Testimonials
"The SAP FICO training was clear and practical. Trainers explained real business cases that helped me gain confidence for interviews."
"The classes were interactive and easy to follow. Placement guidance helped me prepare a strong resume and crack interviews."
"Flexible batch timings allowed me to study while working. The practical sessions improved my understanding of accounting concepts."
"The trainers provided step-by-step explanations with real examples. Certification and career support gave me confidence to apply for jobs."
"Course structure was well organized and industry focused. Mock interviews and guidance sessions prepared me for real company roles."
"Learning experience was smooth and professional. Support team responded quickly and helped me throughout the training program."
"WebProtech gave me real industry skills with hands-on training. The projects helped me gain confidence."
"The teaching style is simple and clear. I was able to switch my career into IT easily."
"Best place to learn full stack development. Trainers focus on practical learning and doubt solving."
"I loved the structured course and real-time projects. It helped me understand concepts deeply."
"WebProtech helped me improve my coding skills. The DSA training was very useful for interviews."
"Support from mentors is great. They guide you at every step and help with placement preparation."
"Very good learning environment. The course content is updated and industry-focused."
"I joined as a beginner and now I can build full stack applications. Highly recommended institute."
"The best part is hands-on practice. You don’t just learn theory, you actually build projects."
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Frequently Asked Questions
Have questions? We're here to help you understand our courses and services better.
Yes, our courses are designed for both beginners and professionals. We start from fundamentals and gradually move to advanced, job-oriented modules.
WEB PROTECH is a leading IT training and placement platform that provides industry-focused courses designed to make candidates job-ready with real-world skills, live projects, and placement support.
Yes, selected candidates get internship opportunities to gain practical exposure before full-time placement.
Depending on your course, you can apply for roles like SAP Consultant, Data Analyst, Web Developer, HR Analyst, Digital Marketer, etc.
Course duration typically ranges from 6 weeks to 6 months depending on the program and learning pace.
We offer high-demand IT courses such as SAP (FICO, MM, SD), Workday, Data Analytics, Full Stack Development, Digital Marketing, and more—all aligned with current industry requirements.
Our trainers are industry experts with 8–15+ years of real-world experience in top MNCs and IT companies.
Basic computer knowledge is sufficient. Some advanced courses may require domain understanding, but we guide you accordingly.
We primarily offer live online interactive classes, allowing flexibility for working professionals and students across India.
Our fees are competitive and affordable. We also offer easy EMI options and flexible payment plans for candidates.
Yes, we provide complete interview preparation including mock interviews, technical Q&A sessions, and HR interview training.
Yes, we offer free demo sessions so you can understand the training quality before enrolling.
You can enroll by contacting our team via website, WhatsApp, or phone. Our counselors will guide you through the process.
Freshers can expect packages ranging from ₹3 LPA to ₹8 LPA, while experienced professionals can achieve even higher salary growth depending on skills and experience.
Yes, we create ATS-friendly resumes and optimize your LinkedIn profile to attract recruiters.
