Advanced Linux Programming and Administration Course Overview

Prerequisites for Advanced Linux Programming and Administration Course:

• Familiarity with basic Linux commands.
• Experience with a programming language (such as C, Python, or shell scripting).

This foundational knowledge will help you gain the most from the course, ensuring a smooth learning experience and allowing you to fully engage with the advanced topics covered.

Target Audience for Advanced Linux Programming and Administration

Advanced Linux Programming and Administration Course

This 4-day course is designed for developers and IT professionals looking to master Linux programming and advanced system management concepts.

Target Audience and Relevant Job Roles:

• Software Developers
• DevOps Engineers
• Advanced System Administrators
• IT Managers
• System Architects
• Network Engineers
• Cybersecurity Professionals
• Technical Leads
• Cloud Engineers
• Infrastructure Engineers
• IT Consultants
• Technical Support Specialists
• Automation Engineers
• Linux Enthusiasts
• Research Scientists in IT and Computing

Learning Objectives - What you will Learn in this Advanced Linux Programming and Administration?

Introduction: The Advanced Linux Programming and Administration course offers in-depth knowledge of Linux programming, process management, inter-process communication (IPC), threading, and signal handling. This 4-day intensive program equips participants with advanced skills for system administration and development.

Learning Objectives and Outcomes:

• Gain proficiency in using advanced text editors like 'vim', 'gedit', and 'nano' for effective code editing.
• Master essential system administration tasks, including rebooting, managing software packages, and configuring basic network settings.
• Develop and debug complex shell scripts using Bash, implementing reusable functions for modularity.
• Acquire skills in secure remote access and file transfer protocols, such as SSH and FTP.
• Learn to use system calls for process management, including process creation, execution, and termination.
• Implement effective signal handling and real-time signal processing in applications.
• Gain expertise in POSIX threads (pthreads) creation, management, and synchronization techniques using mutexes, semaphores, and condition variables.
• Understand and apply various inter-process communication (IPC) mechanisms like pipes, FIFOs, message queues, sockets, and shared memory.
• Manage and synchronize system time using NTP and implement time management techniques in programs.
• Optimize system performance and effectively monitor resources using tools like