SAP S4HANA BASIS and BTP SOLUTION ARCHITECT
Master SAP S/4HANA BASIS with BTP Solution Architecture, covering enterprise architecture, cloud integration, security, high availability, scalability, and end-to-end SAP landscape design. Build the expertise to architect, govern, and transform modern SAP S/4HANA and SAP BTP environments aligned with enterprise business requirements.
Duration
50 Hours
Skill Level
Advanced
Language
English
Course Description
SAP S/4HANA BASIS & BTP SOLUTION ARCHITECT
Enterprise SAP Technical Architecture | S/4HANA Administration | BTP | Cloud | Security | Integration | Solution Architecture
Course Overview
The SAP S/4HANA BASIS & BTP Solution Architect Program is an advanced, industry-oriented technical architecture program designed for SAP BASIS professionals, technical consultants, system administrators, cloud professionals, and experienced IT professionals who want to progress from traditional SAP administration into SAP S/4HANA technical architecture and SAP Business Technology Platform (BTP) solution architecture.
The program combines SAP S/4HANA BASIS administration, HANA database architecture, SAP cloud technologies, BTP architecture, security, integration, high availability, disaster recovery, enterprise architecture, migration, implementation governance, and solution design into one comprehensive learning journey.
Rather than focusing only on transaction-level BASIS administration, this program develops the architectural mindset required to understand how SAP landscapes are designed, integrated, secured, migrated, operated, governed, and optimized across on-premise, private cloud, and SAP BTP environments.
Participants work through practical architecture scenarios and implementation-oriented exercises covering the complete SAP technical landscape from infrastructure and S/4HANA system architecture to cloud integration, BTP services, security, HA/DR, migration, and enterprise solution design.
What You Will Learn
SAP S/4HANA BASIS Administration
SAP BTP Cloud Architecture
Enterprise Integration & Connectivity
Security, Identity & Governance
SAP Cloud ALM & Operations
SAP S/4HANA Migration & Transformation
SAP Business AI & Intelligent Enterprise
Solution Architecture & Career Readiness
Bachelor's Degree (B.Tech, BCA, B.Sc, MBA, MCA, M.Tech, or equivalent) Graduates and working professionals are eligible.
Course Curriculum
19 Sections- SAP
S/4HANA architecture and system landscape
- SAP
HANA database architecture and in-memory computing
- SAP
S/4HANA deployment models: On-Premise, Private Cloud & Public Cloud
- SAP
Fiori, SAP Gateway and OData architecture
- SAP
Central Services and Application Server architecture
- System
sizing and capacity planning
- SAP
technical architecture standards
- SAP
Cloud ERP transformation concepts
- RISE
with SAP architecture fundamentals
- Greenfield, Brownfield and Selective Data Transition
- SAP Clean Core principles
- SAP
NetWeaver & S/4HANA technical administration
- ABAP
application server architecture
- SAP
instance and system profiles
- Start/stop
and operational administration
- Work
processes and dispatcher architecture
- Background
job administration
- Spool
and printing administration
- SAP
Gateway administration
- RFC,
trusted RFC and logical systems
- Transport
Management System- TMS
- Client
administration and system copies
- SAP
kernel management
- Software
Component Versions and add-ons
- SAP
HANA architecture
- HANA
tenant and system database concepts
- HANA
Cloud vs SAP HANA Platform
- HANA
installation and configuration
- HANA
memory management
- Backup
and recovery architecture
- Database
monitoring and troubleshooting
- SQL
performance fundamentals
- HANA
high availability
- HANA
System Replication
- Data
volume and log volume management
- HANA security and auditing
- Performance optimization
- Application-server
performance analysis
- HANA
performance analysis
- SQL
monitoring and optimization
- Expensive
SQL statements
- ST03N,
ST12, ST05 and SAT analysis
- Work-process
bottleneck analysis
- Memory
and CPU troubleshooting
- SAP
EarlyWatch concepts
- Performance
baseline creation
- Capacity
planning
- Root Cause Analysis methodology
- Enterprise performance governance
- SAP
Fiori architecture
- Fiori
Launchpad
- SAPUI5
fundamentals for BASIS architects
- SAP
Gateway architecture
- OData
services
- Catalogs,
spaces and pages
- Role-based
access
- Fiori
troubleshooting
- Front-end
and back-end server architecture
- SSO
integration
- Fiori
deployment and lifecycle management
- SAP
security architecture
- Authentication
and authorization concepts
- SAP
roles and authorization objects
- User
administration
- SSO
and Identity Federation
- SAML
2.0 concepts
- X.509
certificates
- SSL/TLS
configuration
- SAP
Cryptographic Library
- Secure
RFC and communication
- SAP
Cloud Identity Services
- Security
monitoring and audit logging
- Zero-Trust
principles for SAP landscapes
- HA
architecture for SAP S/4HANA
- HANA
System Replication
- ASCS/ERS
architecture
- Failover
concepts
- Cluster
architecture
- Disaster
Recovery planning
- RPO
and RTO
- Backup
and restore strategy
- Business
Continuity Planning
- Multi-region
architecture
- DR
testing methodology
- Enterprise
HA/DR architecture design
- SAP
software lifecycle
- SAP
Maintenance Planner
- SAP
Solution Manager concepts
- SAP
Cloud ALM
- SUM
and Software Update Manager
- SUM
with Database Migration Option
- System
upgrade strategy
- Support
Package implementation
- SAP
Notes and corrections
- Add-on
management
- Release and change management
- Upgrade risk assessment
- ECC
→ S/4HANA transformation
- System
Conversion
- New
Implementation
- Selective
Data Transition
- SAP
Readiness Assessment
- Simplification
Item analysis
- Custom
Code Migration
- SAP
Fiori impact assessment
- HANA
migration architecture
- Data
migration dependencies
- Technical
cutover planning
- Downtime optimization
- Post-migration validation
- SAP
Business Technology Platform architecture
- BTP
global account structure
- Regions
and availability zones
- Subaccounts
- Entitlements
and quotas
- Service
instances and service keys
- BTP
runtimes
- Cloud
Foundry architecture
- Kyma
Runtime
- SAP
BTP Cockpit
- BTP
security model
- Enterprise
architecture patterns
- SAP
Cloud Identity Services
- Identity
Authentication
- Identity
Provisioning
- IAS/IPS
architecture
- SAML
and OpenID Connect
- OAuth
2.0
- Role
collections
- Trust
configuration
- Principal
propagation
- Certificate-based
authentication
- Secure
API communication
- Identity lifecycle management
- Enterprise IAM architecture
- SAP
Integration Suite architecture
- Cloud
Integration
- API
Management
- Integration
Advisor
- Event
Mesh
- Open
Connectors
- Integration
Assessment
- API-led
integration
- REST
and SOAP
- OData
integration
- IDoc
integration
- RFC
integration
- SFTP
integration
- Message
transformation
- Error handling and monitoring
- Enterprise integration patterns
- Cloud
Foundry application architecture
- Kyma
and Kubernetes concepts
- Microservices
architecture
- CAP-
Cloud Application Programming Model
- SAPUI5/Fiori
application architecture
- Destination
service
- Connectivity
service
- Authorization
and Trust Management
- Application
Router
- Service
bindings
- Multitenancy
architecture
- Extension architecture
- Side-by-side extensibility
- SAP
Cloud Connector
- On-premise
↔ BTP connectivity
- Virtual
host mapping
- Connectivity
architecture
- Private
Link concepts
- Network
security
- Proxy
architecture
- Hybrid
SAP landscapes
- Cloud-to-cloud
integration
- Secure
backend exposure
- Principal
propagation
- Enterprise
connectivity patterns
- SAP
Datasphere architecture
- Data
integration
- Data
federation
- Data
replication
- Semantic
modeling
- SAP
Analytics Cloud integration
- S/4HANA
analytics architecture
- BW/4HANA
integration concepts
- Data
warehouse architecture
- Enterprise reporting architecture
- Data governance considerations
- SAP
Business AI architecture
- Joule
and enterprise AI concepts
- Generative
AI integration
- SAP
AI Core
- SAP
AI Launchpad
- Generative
AI Hub concepts
- AI
Foundation architecture
- AI-enabled
business processes
- Responsible
AI principles
- AI
security and governance
- Enterprise
AI integration patterns
- SAP
DevOps principles
- CI/CD
concepts
- Git-based
development workflows
- Transport
automation
- Infrastructure
automation concepts
- SAP
BTP automation
- Monitoring
automation
- API-based
administration
- Event-driven
operations
- Infrastructure
as Code concepts
- Operational dashboards
- Automated incident response
- SAP
system monitoring
- SAP
HANA monitoring
- BTP
monitoring
- Cloud
ALM monitoring
- Application
logging
- Centralized
log management
- Alert
management
- Integration
monitoring
- Interface
monitoring
- Availability
monitoring
- Performance
dashboards
- Proactive operations
- SRE principles for SAP
- Solution
Architecture principles
- SAP
Reference Architecture concepts
- Architecture
Decision Records
- Functional
vs Technical Architecture
- Integration
architecture
- Security
architecture
- Data
architecture
- Application
architecture
- Infrastructure
architecture
- Non-functional
requirements
- Scalability
and resilience
- Architecture governance
- Technical design documentation
Frequently Asked Questions
The modern BASIS role extends far beyond traditional SAP system administration. A senior BASIS professional is responsible for the availability, performance, security, lifecycle management, integration readiness, and technical architecture of SAP landscapes.
Key responsibilities include:
SAP S/4HANA system administration
HANA database administration
System installation and configuration
Transport and change management
High Availability and Disaster Recovery
Backup and recovery strategy
Performance monitoring and optimization
SAP kernel and support package management
System refreshes and migrations
SAP Cloud ALM integration
Identity and access integration
Cloud infrastructure coordination
SAP BTP connectivity and integration
Technical support for RISE with SAP environments
Traditional BASIS primarily focused on ABAP systems, databases, transports, users, jobs, patches, and system operations.
S/4HANA BASIS requires a broader understanding of:
SAP S/4HANA + HANA Database + Fiori + BTP + APIs + Cloud + Security + Integration + Automation
A modern BASIS architect therefore needs to understand both on-premise and cloud operating models.
SAP HANA is the in-memory database platform on which SAP S/4HANA is built.
Its architecture enables:
In-memory processing
Columnar storage
Massive parallel processing
Real-time analytics
Simplified data models
High-performance transactional processing
Operational analytics
This allows organizations to bring transactional and analytical workloads closer together while reducing traditional database complexity.
A typical S/4HANA architecture consists of:
User Layer → SAP Fiori/UI → Application Layer → ABAP Platform → HANA Database
In a modern enterprise landscape, this can additionally connect to:
SAP BTP → Integration → APIs → External Applications → Identity Services → Cloud Services
The architect must design the landscape for security, scalability, availability, integration, performance, and operational governance.
SAP Fiori provides the modern user experience for SAP applications.
From a BASIS perspective, responsibilities can include:
Fiori launchpad configuration
ICF services
OData services
SAP Gateway
Front-end/back-end connectivity
Catalogs and spaces/pages
Authentication
SSL certificates
Browser connectivity
Performance monitoring
A BASIS architect should understand how Fiori interacts with the underlying S/4HANA architecture.
SAP BTP is SAP's technology platform for building, integrating, extending, automating, and analyzing business applications and data.
Its major capability areas include:
Application development
Integration
Data and analytics
Artificial intelligence
Automation
Application extensions
Identity and security
SAP and non-SAP integration
For an architect, BTP is particularly important for implementing clean-core extensions and cloud-based innovation around S/4HANA.
BTP allows organizations to extend S/4HANA without unnecessarily modifying the S/4HANA core.
A modern architecture can therefore follow:
S/4HANA Core → APIs/Events → BTP → Extensions/Integration/AI → External Systems
This supports the clean-core strategy, helping organizations maintain a more upgradeable and sustainable S/4HANA environment.
A BTP Solution Architect translates business requirements into a scalable SAP cloud architecture.
Typical responsibilities include:
BTP account architecture
Global account/subaccount strategy
Integration architecture
API strategy
Event-driven architecture
Security architecture
Identity federation
Application extensions
Datasphere architecture
SAP Analytics Cloud integration
AI architecture
DevOps and CI/CD
Cloud governance
Cost optimization
High availability and disaster recovery planning
Clean core means keeping the S/4HANA core as close as possible to the standard SAP solution and moving custom innovation into appropriate extension layers.
A simplified architecture is:
SAP Standard Core
↓
Released APIs / Events / Extension Points
↓
SAP BTP Extensions
↓
Custom Applications / Automation / AI
This reduces technical debt and improves upgradeability.
The architecture should begin with business requirements rather than technology selection.
A high-level approach:
Assess existing SAP and non-SAP systems.
Define global vs regional processes.
Establish S/4HANA deployment strategy.
Define BTP global account and subaccount structure.
Establish identity and security architecture.
Define integration patterns.
Define API and event strategy.
Design extension architecture.
Establish monitoring and operations.
Define HA/DR and business continuity.
Implement governance and DevOps.
Establish lifecycle and cost-management processes.
SAP Integration Suite provides capabilities for integrating SAP and non-SAP applications, APIs, data, and business processes.
Architects commonly evaluate:
Cloud Integration
API Management
Event-driven integration
Open Connectors
Integration Advisor
Trading Partner Management
The correct integration pattern should be selected according to business requirements, latency, volume, reliability, security, and maintainability.
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"Best place to learn full stack development. Trainers focus on practical learning and doubt solving."
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"Support from mentors is great. They guide you at every step and help with placement preparation."
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"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.
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.
We primarily offer live online interactive classes, allowing flexibility for working professionals and students across India.
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Yes, we create ATS-friendly resumes and optimize your LinkedIn profile to attract recruiters.
Course duration typically ranges from 6 weeks to 6 months depending on the program and learning pace.
Yes, we offer free demo sessions so you can understand the training quality before enrolling.
Basic computer knowledge is sufficient. Some advanced courses may require domain understanding, but we guide you accordingly.
Our focus on practical training, live projects, personalized mentorship, and strong placement support sets us apart from traditional training institutes.
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Our fees are competitive and affordable. We also offer easy EMI options and flexible payment plans for candidates.
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.
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Depending on your course, you can apply for roles like SAP Consultant, Data Analyst, Web Developer, HR Analyst, Digital Marketer, etc.
Our trainers are industry experts with 8–15+ years of real-world experience in top MNCs and IT companies.
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