IBM zSeries System Programming Training
Introduction to IBM zSeries
Gain an overview of IBM zSeries systems, including their architecture, components, and capabilities. Learn about the role of system programming in managing and optimizing zSeries mainframes.
Getting Started with zSeries System Programming
Learn how to get started with IBM zSeries system programming. Understand the environment setup, initial configuration tasks, and the essential tools for managing zSeries systems.
System Initialization and Configuration
Explore the processes involved in initializing and configuring IBM zSeries systems. Learn about system initialization procedures, configuration files, and resource management.
Job Control and Task Management
Discover how to manage jobs and tasks in the IBM zSeries environment. Learn about Job Control Language (JCL), job submission, task scheduling, and monitoring job execution.
Data Management and Storage Solutions
Understand data management and storage solutions specific to IBM zSeries systems. Learn about datasets, storage management, disk and tape storage, and strategies for handling large data volumes.
System Security and Access Control
Explore security and access control mechanisms in IBM zSeries system programming. Learn about user management, access permissions, and methods for securing the system against unauthorized access.
Performance Tuning and Optimization
Learn techniques for tuning and optimizing the performance of IBM zSeries systems. Understand how to monitor system performance, manage workloads, and implement strategies to enhance efficiency.
Backup and Recovery Strategies
Discover best practices for backup and recovery in IBM zSeries systems. Learn about backup methodologies, disaster recovery plans, and techniques for ensuring data integrity and system availability.
Advanced System Programming Techniques
Explore advanced system programming techniques for IBM zSeries. Learn about complex system configurations, performance optimization, and advanced troubleshooting methods.
Hands-On Labs and Practical Projects
Engage in hands-on labs and practical projects to apply your knowledge of IBM zSeries system programming. Work on real-world scenarios to develop and refine your system programming skills.
IBM Z Series System Programming syllabus
1: Introduction to IBM Z Series
- Overview of IBM Z Series architecture
- Architecture and key features of IBM Z Series
- History and evolution of mainframes
- Development and advancements in mainframe technology
- Understanding mainframe terminology and concepts
- Key terms and concepts in mainframe computing
- Introduction to mainframe operating systems (z/OS, z/VM, z/VSE)
- Overview of z/OS, z/VM, and z/VSE
2: Mainframe Hardware and Configuration
- IBM Z hardware components
- Detailed overview of hardware components
- Processor types and configurations
- Understanding processor types and configurations
- Storage devices and hierarchy
- Types of storage devices and their hierarchy
- Input/Output devices and channels
- Overview of I/O devices and channels
3: z/OS Operating System
- Introduction to z/OS
- Basics of the z/OS operating system
- Address spaces and memory management
- Managing address spaces and memory in z/OS
- z/OS installation and configuration
- Steps for installing and configuring z/OS
- System Initialization (IPL)
- Initial Program Load (IPL) process
4: Job Control Language (JCL)
- Basic JCL concepts and syntax
- Understanding JCL syntax and basic concepts
- Writing and executing JCL scripts
- Creating and running JCL scripts
- Job management and scheduling
- Managing and scheduling jobs with JCL
- Handling job output and errors
- Managing output and resolving errors
5: TSO/E and ISPF
- Introduction to Time Sharing Option (TSO/E)
- Overview of TSO/E features and functions
- Interactive System Productivity Facility (ISPF) usage
- Using ISPF for interactive tasks
- File management with ISPF
- Managing files and datasets with ISPF
- Customizing the ISPF environment
- Personalizing ISPF settings
6: Dataset Management
- Types of datasets (PS, PDS, PDSE, VSAM)
- Understanding different dataset types
- Dataset allocation and organization
- Allocating and organizing datasets
- Managing datasets with IDCAMS
- Using IDCAMS for dataset management
- Backup and recovery procedures
- Backup and recovery techniques for datasets
7: System Programming with REXX
- Introduction to REXX programming language
- Basics of REXX programming
- Writing and executing REXX scripts
- Creating and running REXX scripts
- REXX for system automation
- Using REXX for automating tasks
- Error handling and debugging in REXX
- Debugging and error handling in REXX
8: SMP/E and Software Installation
- Introduction to System Modification Program/Extended (SMP/E)
- Overview of SMP/E
- Installing and maintaining software with SMP/E
- Using SMP/E for software management
- Understanding PTFs, APARs, and USERMODs
- Managing PTFs, APARs, and USERMODs
- Managing software dependencies and updates
- Handling software updates and dependencies
9: Security and RACF
- Security principles in z/OS
- Basic security concepts and principles
- Introduction to Resource Access Control Facility (RACF)
- Overview of RACF
- Defining and managing RACF profiles
- Creating and managing RACF profiles
- Auditing and monitoring system security
- Security auditing and monitoring techniques
10: Networking on z/OS
- Basics of mainframe networking
- Overview of networking concepts
- Configuring TCP/IP on z/OS
- Setting up TCP/IP on z/OS
- VTAM and SNA concepts
- Configuring VTAM and SNA
- Network security and encryption
- Implementing network security and encryption
11: Performance Monitoring and Tuning
- Performance monitoring tools (RMF, SMF)
- Using RMF and SMF for monitoring
- Interpreting performance reports
- Analyzing performance reports
- System tuning techniques
- Techniques for tuning system performance
- Capacity planning and management
- Planning and managing system capacity
12: Problem Determination and Troubleshooting
- Common z/OS issues and troubleshooting techniques
- Identifying and resolving common issues
- Using system logs and dumps for problem analysis
- Analyzing logs and dumps for troubleshooting
- Debugging tools and techniques
- Tools and techniques for debugging
- Managing and resolving system errors
- Handling and resolving system errors
13: Advanced Topics and Emerging Trends
- Integration with cloud services
- Connecting mainframes with cloud environments
- Artificial Intelligence and Machine Learning on IBM Z
- Implementing AI and ML on IBM Z
- Blockchain and distributed ledger technology
- Using blockchain technologies on IBM Z
- Modernizing legacy applications
- Techniques for modernizing legacy systems
Training
Basic Level Training
Duration : 1 Month
Advanced Level Training
Duration : 1 Month
Project Level Training
Duration : 1 Month
Total Training Period
Duration : 3 Months
Course Mode :
Available Online / Offline
Course Fees :
Please contact the office for details