SAP HANA Administration Training (Online Live session)

HANA ADMINISTRATION

β‚Ή34999.00β‚Ή29999.00

SAP HANA Administration Training – Comprehensive Overview

The SAP HANA Administration Training  comprising 16–18 sessions, aimed to be completed in 30–45 days. This course equips participants with thorough theoretical knowledge and hands-on practical skills necessary for effectively managing SAP HANA systems.

Participants will gain insights into the installation, configuration, monitoring, backup and recovery, system replication, performance tuning, and troubleshooting of SAP HANA environments. The training emphasizes practical exercises and real-world scenarios, empowering participants to confidently oversee enterprise-level HANA landscapes.

By the conclusion of this course, participants will be capable of:

  • Installing, configuring, and upgrading SAP HANA systems

  • Managing users, memory, storage, and table partitioning efficiently

  • Implementing backup strategies, snapshots, and database refreshes

  • Setting up and monitoring system replication (multi-target and multi-tier)

  • Troubleshooting HANA issues and optimizing system performance

  • Making informed decisions on HANA sizing and architecture


Course Content – Detailed Modules

Session 1: HANA Architecture

Objective:

  • Understand the architecture and components of the SAP HANA database

  • Explore the index server, name server, preprocessor server, and XS engine

Hands-On:

  • Review the HANA system landscape

  • Examine HANA architecture diagrams and processes

Key Takeaways:

  • Comprehend HANA’s in-memory architecture

  • Understand how HANA handles transactions and queries


Session 2: HANA File System

Objective:

  • Learn about various HANA file types and directory structures

  • Understand the locations of data, log, trace, and backup files

Hands-On:

  • Explore the HANA file system using OS commands

  • Identify critical HANA directories

Key Takeaways:

  • Gain the ability to efficiently manage HANA storage

  • Grasp the file system requirements for optimal performance


Session 3: HANA Memory Management

Objective:

  • Understand HANA's memory architecture, allocation, and usage

  • Learn about column store and row store memory management

Hands-On:

  • Monitor memory usage via HANA Studio and Cockpit

  • Identify memory bottlenecks and optimize utilization

Key Takeaways:

  • Efficient memory monitoring and adjustments

  • Avoid performance challenges stemming from memory saturation


Session 4: HANA Persistence & Savepoint

Objective:

  • Understand the HANA persistence layer and savepoint mechanism

  • Learn about redo logs and the data recovery process

Hands-On:

  • Monitor savepoints within HANA Cockpit

  • Simulate database shutdown and restoration

Key Takeaways:

  • Ensure data durability and recovery readiness

  • Understand HANA’s persistence system


Session 5: HANA Installation & Upgrade

Objective:

  • Understand the step-by-step installation process of SAP HANA

  • Comprehend the upgrade procedure and patching

Hands-On:

  • Install HANA SPS on a Linux server

  • Conduct a system upgrade within a sandbox environment

Key Takeaways:

  • Be equipped to confidently install and upgrade HANA systems

  • Effectively apply support packages and service packs


Session 6: HANA Sizing

Objective:

  • Learn about sizing concepts and tools for HANA

  • Calculate memory, CPU, and storage needs for various landscapes

Hands-On:

  • Utilize SAP QuickSizer and HANA sizing reports

  • Evaluate system specifications for hypothetical projects

Key Takeaways:

  • Optimize HANA resources based on project demands

  • Prepare for future growth and scalability


Session 7: HANA User Administration

Objective:

  • Manage users, roles, and permissions in HANA

  • Adopt security best practices

Hands-On:

  • Create users, assign roles, and set privileges

  • Track user activities in HANA Cockpit

Key Takeaways:

  • Maintain a secure HANA environment

  • Effectively manage access and permissions


Session 8: HANA Cockpit Sizing & Installation

Objective:

  • Deploy HANA Cockpit for monitoring and administrative tasks

  • Establish sizing needs for Cockpit deployment

Hands-On:

  • Install HANA Cockpit on a server

  • Connect multiple HANA systems to the Cockpit

Key Takeaways:

  • Monitor and manage HANA systems centrally

  • Familiarize with Cockpit architecture and resource requirements


Session 9: HANA Backup Strategy & Snapshots

Objective:

  • Understand various backup strategies (full, incremental, differential)

  • Learn about snapshots and data recovery scenarios

Hands-On:

  • Set up automated backups in HANA Cockpit

  • Execute restores using snapshots and confirm data integrity

Key Takeaways:

  • Ensure data security and readiness for disaster recovery

  • Implement effective backup techniques


Session 10: HANA DB Refresh

Objective:

  • Understand database refresh scenarios from production to QA/DEV

  • Learn methods for consistent refresh

Hands-On:

  • Carry out database refresh from backup or system replication

  • Validate data and user access post-refresh

Key Takeaways:

  • Confidently refresh HANA databases

  • Prevent data inconsistencies during refresh procedures


Session 11: HANA System Replication (Multi-Target & Multi-Tier)

Objective:

  • Learn about synchronous and asynchronous replication methods

  • Understand multi-target and multi-tier replication configurations

Hands-On:

  • Set up system replication from primary to secondary HANA instance

  • Test failover and recovery methods

Key Takeaways:

  • Ensure high availability and disaster recovery

  • Implement a dependable replication framework


Session 12: HANA Table Partitioning

Objective:

  • Understand partitioning concepts for large datasets

  • Learn how to optimize performance through partitioning

Hands-On:

  • Set up table partitions for a sample database

  • Monitor improvements in query performance

Key Takeaways:

  • Enhance access to large tables and improve query efficiency

  • Boost system performance with proper partitioning techniques


Session 13: HANA Delta Merge

Objective:

  • Understand the delta merge process in columnar tables

  • Learn about the effects on performance and storage

Hands-On:

  • Monitor delta merges in HANA Studio

  • Initiate manual merges and observe system response

Key Takeaways:

  • Ensure optimal query performance

  • Avoid unnecessary resource usage


Session 14: HANA Monitoring & Performance Tuning

Objective:

  • Learn main monitoring tools and metrics (Cockpit, Studio, SQL)

  • Optimize CPU, memory, and disk usage

Hands-On:

  • Monitor real-time system performance

  • Identify bottlenecks and adjust settings

Key Takeaways:

  • Engage in proactive monitoring and performance improvements

  • Ensure smooth functioning of HANA systems


Session 15: HANA Troubleshooting

Objective:

  • Learn systematic troubleshooting strategies

  • Address performance, connectivity, and replication challenges

Hands-On:

  • Solve common HANA errors

  • Utilize diagnostic tools and logs for root cause examination

Key Takeaways:

  • Effectively resolve HANA-related issues

  • Minimize system downtime and incidents


Session 16: Real-World Scenarios & Best Practices

Objective:

  • Apply learned concepts to enterprise-level scenarios

  • Grasp best practices for administration and system health

Hands-On:

  • Conduct an end-to-end case study: installation β†’ configuration β†’ replication β†’ backup

  • Implement optimization and monitoring

Key Takeaways:

  • Real-world experience in managing HANA landscapes

  • Preparation for advanced HANA administration positions


Optional Sessions (17-18)

  • Doubt Clearing Sessions


βœ… Training Highlights

  • Duration: 30–45 days (16–18 sessions)

  • Session Duration: 1.5–2 hours per session

  • Hands-On Focus: Installation, configuration, monitoring, replication, backup, troubleshooting

  • Outcome: Participants acquire expert-level knowledge in HANA administration, preparing them for enterprise deployment and complex troubleshooting