Mastering RHCE EX294 - Linux Red Hat Certified Engineer

Name: Mastering RHCE EX294 - Linux Red Hat Certified Engineer
Rating: 4.8 (79 reviews)

Red Hat Enterprise Linux: Core Concepts, Administration, and Automation, RHCE Exam Preparation for Success.

Highest Rated

Created byMuhammad Usman Anwar

Last updated 11/2025

English

What you'll learn

Understand the structure and purpose of Red Hat Enterprise Linux (RHEL) and its role in enterprise IT.
Learn the roles and responsibilities of an RHCE, including automation and infrastructure management.
Grasp the Linux system architecture and step-by-step boot process.
Understand the filesystem hierarchy, directory structure, and location of key system files.
Master the concepts of user and group management, permissions, and ownership models.
Comprehend file permissions, security bits (SUID, SGID, Sticky Bit), and access control logic.
Learn how to manage services and targets using systemd and troubleshoot boot issues.
Understand package management with DNF, repositories, and dependency resolution.
Gain insight into storage management, partitions, mount points, and LVM concepts.
Explore network configuration, troubleshooting tools, and firewall management using firewalld.
Learn how to synchronize system time using chrony and maintain network consistency.
Understand SELinux concepts, security contexts, and how it integrates with firewalls.
Develop a conceptual understanding of shell scripting, task scheduling, and automation.
Get introduced to Ansible and its role in configuration management and automation.
Discover how automation and DevOps practices are reshaping the RHCE role in modern IT.

Course content

6 sections • 23 lectures • 1h 14m total length

Understanding Enterprise Linux and Red Hat Ecosystem6:23
Understand enterprise linux and the Red Hat ecosystem, including long term support, certified hardware, subscriptions, and tools like Ansible and OpenShift for secure, scalable multi-cloud deployments.
RHCE Roles and Responsibilities3:53
Explore the RHCE roles and responsibilities, focusing on configuring and managing servers, monitoring health, automation with Ansible, security, backups, and reliable infrastructure.

Linux Architecture and Boot Process5:02
Understanding Filesystem Hierarchy4:21
Explore the Linux filesystem hierarchy and the root directory, learn where system, user, and config files reside under standard directories like /bin, /etc, /home, and /var for predictable administration.
User and Group Management Concepts3:37
Understand how Linux uses users and groups to control access, ownership, and permissions for files and directories, including uid, gid, and special bits like setuid, setgid, and sticky bit.
File Permissions and Security Models3:29
Explore Linux file permissions for owner, group, and others, covering read, write, execute and special bits like uid, sgid, and the sticky bit to enforce secure access and controlled privilege.

Managing Systemd Services and Targets3:11
Learn how systemd uses units and targets to manage services, timers, and sockets. Explore how dependencies and targets like multi-user and graphical states shape boot.
Configuring Boot Targets and Troubleshooting Boot Issues2:50
Explore boot targets in Linux, including single-user and rescue modes, to plan service startup, read boot logs, diagnose failures, and recover by repairing configurations and filesystems.
Package Management with DNF and Repositories2:19
Managing Storage and Filesystems4:49
Explore linux storage as a layered stack—from physical disks to partitions, LVM, and file systems, and how mount points, fstab, and partition tables like MBR or GPT organize data.
Logical Volume Management (LVM) Concepts3:12
Explore how physical volumes form a storage pool with volume groups, carve logical volumes, and apply file systems. Learn how snapshots enable backups and testing without downtime in enterprise environments.
Filesystem Mounting and Automounting Concepts2:58

Network Configuration in Linux3:49
Learn how linux network configuration connects machines and services by configuring interfaces, addressing, routing, and name resolution using profiles and Network Manager.
Network Troubleshooting and Tools3:32
Explore the conceptual tools used in Linux for network troubleshooting, including ping, traceroute, netstat, and tcpdump, and learn how they reveal reachability, path, service status, and actual traffic.
Understanding Firewalld Zones and Services2:30
Mastering firewalld organizes rules into zones reflecting trust levels for network traffic. Learn how zones and services interact to allow or block traffic across predefined zones like public and trusted.
Network Time Synchronization Concepts (chrony)2:20

Introduction to Shell Scripting Concepts2:15
Master shell scripting to automate Linux tasks. Write scripts in a file with a shebang line, variables, and control structures such as if/else and for and while loops handle input.
Understanding Cron and Scheduling Tasks2:31
Master the basics of cron and Anacron to automate recurring tasks. Schedule jobs using crontab entries, manage per-user and system cron tabs, handle dependencies, and run commands in separate processes.
Introduction to Ansible and Configuration Automation2:10
RHCE and the Role of Automation in Modern IT2:27
Automating IT operations reduces manual work and errors while ensuring consistency and scalable deployments, with Ansible playbooks driving repeatable configurations across many servers and supporting DevOps.

Requirements

Enthusiasm for system administration, networking, and automation concepts.

Description

This is an Unofficial Course.

This comprehensive course is designed to guide learners through the complete journey of understanding, managing, and automating Red Hat Enterprise Linux systems at a professional level. Built around the core competencies required for the Red Hat Certified Engineer (RHCE) certification, this course blends foundational Linux concepts with enterprise-level administration and automation practices that reflect real-world IT environments.

Students begin by exploring the fundamentals of the Red Hat ecosystem, gaining a clear understanding of Enterprise Linux, its lifecycle, repositories, and the critical role RHCE professionals play in managing infrastructure. The course then progresses to essential Linux system concepts, including architecture, boot processes, filesystem hierarchy, and the principles of user, group, and permission management—laying the groundwork for mastering system administration.

As learners advance, they dive deep into system configuration, service management, and storage administration. They learn how systemd controls services and targets, how to troubleshoot boot issues, and how to handle package management using DNF and repositories.

The course emphasizes conceptual clarity in understanding how storage, partitioning, and logical volume management (LVM) operate, along with how filesystems are mounted and managed within enterprise systems.

Networking and security form another major focus of the course. Students develop a conceptual understanding of network configuration, troubleshooting tools, and firewall management using firewalld zones and services. The importance of time synchronization using chrony and its impact on enterprise systems is also explained in simple, visual terms.

The course further explores SELinux, helping students grasp how security policies, labels, and contexts safeguard Linux systems at a granular level, and how SELinux integrates with firewalls to enforce a layered security model.

The final stage of the course introduces system automation and modern administrative efficiency. Students learn the principles of shell scripting, cron scheduling, and the conceptual framework of Ansible—understanding how configuration automation has transformed Linux administration.

By connecting these automation tools with the broader DevOps landscape, learners appreciate the evolving role of RHCE professionals in modern IT environments.

By the end of this course, students will possess a strong conceptual and practical foundation in Linux system administration. They will understand how Red Hat Enterprise Linux operates in enterprise settings, how to manage and secure systems efficiently, and how automation enhances scalability and reliability.

Whether preparing for the RHCE certification or aiming to advance a career in Linux system administration, this course provides the knowledge and confidence needed to succeed in today’s enterprise IT world.

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Who this course is for:

Aspiring RHCE candidates preparing for Red Hat certification.
IT professionals and system administrators who want to deepen their understanding of Red Hat Enterprise Linux.
Network administrators and support engineers looking to expand their Linux management skills.
DevOps enthusiasts who want to understand Linux automation and Ansible concepts.
Students and beginners in IT who wish to start a career in Linux system administration.
Anyone interested in enterprise-level Linux operations, automation, and security.

Mastering RHCE EX294 - Linux Red Hat Certified Engineer

What you'll learn

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Course content

Introduction to RHCE and Linux Administration2 lectures • 10min

Linux System Fundamentals4 lectures • 16min

System Configuration and Administration6 lectures • 19min

Networking and Firewalls4 lectures • 12min

Security and SELinux3 lectures • 7min

System Automation and Scripting Concepts4 lectures • 9min

Requirements

Description

Who this course is for: