RHCE Practice Test

The Red Hat Certified Engineer (RHCE) exam is taken by Linux administrators who want to show they can automate their work with Ansible. This page gives you free practice sets grouped by topic, a map of the official content areas, worked explanations of sample questions, a study plan and answers to common questions.

RHCE Exam at a Glance

What changed for RHCE in 2026

• Oct 25, 2026: Number of questions (RHCE in Ansible (EX294)) changed to Hands-on, performance-based tasks (previously Hands-on performance-based tasks (no multiple choice)).^[1]
• Oct 25, 2026: Renewal changed to Renew before expiry by retaking, expanding or advancing; passing the highest-level exam renews lower-level certifications (previously Renew before expiry by retaking, expanding or advancing).^[2]
• Oct 25, 2026: Delivery changed to Remote exam, testing station, or classroom (previously Remote exam, testing center, or classroom).^[2]

What the RHCE is and how it works

According to Red Hat, Inc., “This hands-on, practical exam requires you to use Red Hat Ansible Automation Platform (AAP) playbooks”^[1]

The RHCE exam from Red Hat, Inc. is for administrators who automate Red Hat Enterprise Linux systems. The current exam, RHCE in Ansible (EX294), is hands-on and performance-based. Red Hat describes it as a practical exam that requires you to use Red Hat Ansible Automation Platform (AAP) playbooks. You complete real tasks on live systems rather than choosing from answer options.

Delivery is flexible. Red Hat says you can take nearly any of its exams from your own home or office through remote exam delivery. Testing stations and classroom delivery are also available, so check which options apply to your exam and location when you book.

Scores are usually reported within 3 U.S. business days. Certifications are current for 3 years from the date earned. To renew, you retake the exam, expand your certifications or advance to a higher level. Passing the exam for your highest-level certification renews all of your lower-level certifications.

Details such as fees, prerequisites, retake waiting rules and the exact time limit are not listed here, because they can change and may differ by region or delivery method. Confirm them on the official Red Hat exam page and the Red Hat training and certification FAQ before you book.

Our questions are written by us with AI tools and are not real exam questions. Use them to practise the underlying skills, then rehearse on a real system.

RHCE content outline and where to practise each area

The content areas below are copied from the official RHCE content outline published by Red Hat, Inc.. The right-hand column shows which of our practice sets covers it.

Worked examples: how to reason through RHCE questions

These are practice questions written for this site, not questions from the real exam. Each explanation shows why the right answer is right and why the others are wrong.

Example 1

Question: What command deletes user `jdoe` along with their home directory?

1. useradd -d jdoe
2. userdel -r jdoe
3. usermod -d jdoe
4. deluser --remove-home jdoe

Answer: B. userdel -r jdoe

Explanation:

The correct answer is userdel -r jdoe. The userdel command removes an account, and the -r option also removes the home directory and the mail spool for that user.

The other options fail for different reasons. useradd -d jdoe creates a user and sets a home directory path; it deletes nothing. usermod -d jdoe modifies an existing account's home directory setting, so it changes the account rather than removing it. deluser --remove-home jdoe is the Debian-style tool and is not the standard command on Red Hat systems.

The rule to remember: useradd adds, usermod changes, userdel removes. Without -r, the account goes away but the home directory stays behind.

Example 2

Question: How do you save the output from an Ansible module to a variable?

1. register: var_name
2. var_name = ansible_module module_name
3. save: var_name = module_name
4. ansible save var_name module_name

Answer: A. register: var_name

Explanation:

The correct answer is register: var_name. Adding register to a task stores the module's returned data in a variable, and later tasks in the play can read it, for example in a when condition or a debug message.

The other options are not Ansible syntax. var_name = ansible_module module_name looks like shell assignment, which a playbook does not use. save: var_name = module_name uses a keyword that does not exist. ansible save var_name module_name invents a command-line form that has no such subcommand.

The rule to remember: register is a task-level keyword, written at the same indentation as the module name, and the variable holds a structure you inspect with debug when you are unsure what it contains.

Example 3

Question: Which command lists all running containers in Podman?

1. podman images
2. podman ps
3. podman list
4. podman containers

Answer: B. podman ps

Explanation:

The correct answer is podman ps. It lists containers that are currently running, and it works much like docker ps for anyone who has used Docker.

The other options do not do that job. podman images lists images stored locally, not containers, which is a common mix-up. podman list is not a valid Podman subcommand. podman containers is also not a valid subcommand, even though it sounds natural.

The rule to remember: ps shows containers, images shows images. Adding the -a option to ps also shows stopped containers, which helps when a container exits straight after you start it.

How to use these practice tests

Start with the official exam page for EX294 and read the content areas listed above. Mark each one as comfortable, shaky or untouched, and be honest about it.

Next, take our practice sets on the shaky and untouched areas first. After each set, read every explanation, including those for questions you answered correctly, and write down the commands or keywords you missed. Then do those same tasks on a real system rather than only reading about them.

1. Build a small lab with a control node and a few managed nodes, then write playbooks that perform the tasks from each practice set.
2. Rebuild the same playbooks without looking at your notes, since the exam is hands-on and you cannot rely on memory aids.
3. Practise the underlying administration skills, such as storage, users, SELinux and containers, because the exam expects them too.
4. Get used to editing in VS Code and committing your work with Git.

Close to test day, take the full practice test to find remaining gaps, and rehearse your remote setup if you plan to test from home. Check the official FAQ for current rules before you book.

Sources & last verified

1. Red Hat, Inc. — number of questions, score release (official source). “This hands-on, practical exam requires you to use Red Hat Ansible Automation Platform (AAP) playbooks” Verified Oct 25, 2026.
2. Red Hat, Inc. — validity, renewal, delivery (official source). “Certifications are current for 3 years from the date earned.” Verified Oct 26, 2026 · source checked Oct 26, 2026.
3. Red Hat, Inc. — other (official source). “automate standard rhcsa tasks using ansible modules” Verified Oct 28, 2026.

How we verify: editorial & fact-checking policy. Report an error: contact us.