Master Linux Administration & Command Line Skills

What Will You Learn?

• Master Linux Command Line – Gain a solid foundation in using the Linux command line to navigate, manage files, and execute powerful commands for system administration.
• Linux System Administration – Learn to configure, maintain, and troubleshoot Linux systems, ensuring that servers and workstations are running efficiently.
• Manage Users and Permissions – Understand how to create and manage user accounts, groups, and permissions to control access to files and directories.
• Software Installation and Package Management – Become proficient in installing, updating, and managing software packages using different package management tools (apt, yum, etc.).
• File System and Disk Management – Learn how to organize, mount, and manage file systems, perform disk partitioning, and work with LVM for flexible storage management.
• Linux Networking – Understand how to configure and troubleshoot network interfaces, manage network services, and monitor network performance using Linux tools.
• Security and User Access Control – Learn how to secure Linux systems by implementing firewalls, user access control, file encryption, and system security auditing.
• Process Management and System Performance – Gain the skills to monitor and manage system processes, optimize memory usage, and troubleshoot performance issues.
• Automate Tasks – Discover how to automate repetitive tasks using cron jobs, shell scripts, and other Linux automation tools.
• Backup and Restore Systems – Learn how to back up and restore Linux systems, ensuring data integrity and system availability.
• Advanced Linux Topics – Explore advanced concepts such as kernel management, virtualization, and containerization using Docker and Kubernetes.
• Troubleshooting Skills – Develop practical troubleshooting techniques to resolve system errors, networking issues, and performance bottlenecks effectively.
• By the end of this course, you will have the skills to manage Linux servers and workstations, ensuring that systems run securely, efficiently, and are ready to handle real-world workloads.