Red Hat Certified System Administrator

Live Online & Classroom Enterprise Training

Location: Bangalore, India | Dubai, UAE

Industry Experienced Instructor  |  Remote Labs  |  Lab Access Post Training

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Course Details

The Red Hat Certified System Administrator exam is a performance-based evaluation of Red Hat Enterprise Linux system administration skills and knowledge. You will perform a number of routine system administration tasks and be evaluated on whether you have met specific objective criteria. Performance-based testing means that you must perform tasks similar to what you would perform on the job.

Course Agenda

You should be able to:

  • Boot, reboot, and shut down the system normally
  • Diagnose and correct problems at boot
  • Boot systems into different runlevels for troubleshooting and system maintenance
  • Use single-user mode to gain access to a system for which the root password is not known
  • Diagnose and correct misconfigured networking settings
  • Diagnose and correct hostname resolution problems
  • Diagnose and address permissions problems and SELinux policy violations
  • Diagnose and correct non-hardware disk storage problems
  • Adding new partitions, logical volumes, filesystems, and swap areas to a system non-destructively
  • Manually open, mount, unmount, and close LUKS-encrypted filesystems
  • Extend existing unencrypted ext4-formatted logical volumes
  • Login or switch user to the root account
  • Use ssh and VNC to access remote systems
  • Locate and read on-line documentation using man, info, and files in /usr/share/doc
  • Locate and analyze system log files
  • Understand how to use grep and regular expressions to analyze text output
  • Access a bash shell prompt and issue commands with correct syntax; use pipelines and I/O redirection
  • Use text editors such as gedit and vim to create and edit text files
  • Manage system resources: Identify CPU/memory intensive processes, adjust process priority with renice, kill processes
  • Manage files and directories: Create/delete/copy/move; create hard and soft links
  • Use tar, gzip, and bzip2 to archive and compress files
  • Install Red Hat Enterprise Linux manually with the graphical installer from network installation media
  • Install Red Hat Enterprise Linux automatically using Kickstart
  • Configure a physical machine as a RHEL-based virtualization host
  • Manage virtual machines: Install/start/stop/configure to start at boot/access a VM’s graphical console
  • Manage disk partitions: Understand MBR-style partitions (primary,extended,logical); list/create/delete partitions
  • Manage logical volumes: Create/remove physical volumes, assign PVs to volume groups, create/delete logical volumes
  • Create and configure LUKS-encrypted partitions and logical volumes to prompt for password and mount decrypted filesystem at boot
  • Canage ext4 filesystems: Create, label, mount, mount automatically at boot (by UUID or label), unmount
  • Mount and unmount CIFS and NFS network filesystems, manually or by configuring autofs
  • Manage network devices: Understand basic IP networking/routing, configure IP addresses/default route statically or dynamically
  • Manage name resolution: Set local hostname, configure /etc/hosts, configure to use existing DNS server
  • Manage network services: Check status, start, stop, configure to start automatically at boot
  • Configure the scheduling of tasks using cron and at
  • Manage local user and group accounts: Create, delete, change passwords, adjust password aging, adjust group memberships
  • Use network user and group accounts stored on an existing LDAP directory service
  • Manage standard permissions: List, interpret, change ugo/rwx
  • Use sgid directories for collaboration
  • Set and manage Access Control Lists (ACLs)
  • Manage SELinux security: Set enforcing/permissive modes, list file and process context, restore default file context, use ‘booleans’ to adjust policy
  • Manage default firewall settings with basic tools
  • Install and update software packages from RHN or remote repository, or from the local filesystem
  • Update the kernel package appropriately to ensure a bootable system
  • Modify the system bootloader
  • Configure the system to synchronize system time using remote NTP servers
  • Deploy a VNC server that allows multiple desktops to be shared
  • Deploy file sharing services with HTTP/FTP