010-160
Linux Essentials Certificate Exam - version 1.6
010-160 Linux Essentials Exam Guide: Objectives, Preparation, and Scheduling
The LPI Linux Essentials 010-160 exam validates entry-level knowledge of Linux, open source software, command-line work, operating-system components, and basic security administration. It is intended for people beginning with Linux and open source, including students, career changers, and technology professionals who need a foundation before moving toward more advanced Linux study. This guide helps you decide whether the exam matches your current goal, which objectives deserve the most practice, how to use LPI’s free materials, and when you are ready to schedule.
What 010-160 validates
Linux Essentials is a foundation-level certificate rather than a specialist administrator credential. LPI defines its purpose as the basic knowledge needed to competently use a desktop or mobile device running a Linux operating system. The exam also places Linux in the wider open source and information and communication technology context, so preparation must cover concepts as well as commands.
The current version is 1.6 and the exam code is 010-160. To earn the certificate, a candidate must pass the Linux Essentials 010 exam. LPI states that there are no prerequisites, and the certificate has lifetime validity. Confirm the current version and registration information on LPI’s certification page before committing to a study plan.
Who benefits most from this certificate
The target candidate may be new to Linux, preparing for an entry-level technology role, studying in an academic setting, or building a base for the LPIC professional track. The official candidate description focuses on an end user of a mostly managed system who can work with files and the command line, understand basic administration, and find appropriate help.
This makes the exam a reasonable choice if you need documented Linux fundamentals rather than proof of advanced server operations. It is less suitable as a standalone measure of deep troubleshooting, enterprise administration, or specialized security engineering; those subjects go beyond the foundation described by the objectives.
The practical decision before studying
Decide whether your immediate need is conceptual familiarity, hands-on command-line confidence, or a credential for a planned progression. If you only need to recognize Linux terminology, read Topic 1 and Topic 4 first. If you expect to use a terminal, begin with Topic 2 and build a small practice environment. If the certificate is part of a longer path, study all five topics rather than treating the exam as a command memorization exercise.
Exam format and scheduling choices
The 010 exam contains 40 questions and has a 60-minute time limit. LPI lists delivery at Pearson VUE test centers and online through Pearson VUE’s OnVUE platform. The exam is available in English, French, German, Japanese, Brazilian Portuguese, and Spanish for the delivery options listed by LPI, but candidates should verify availability for their location and chosen appointment before scheduling.
The scheduling process has several separate account steps. LPI requires a candidate to create an LPI account and obtain an LPI ID before taking a first exam. For Pearson VUE scheduling, LPI directs candidates to purchase an exam voucher, create a Pearson account separate from the LPI account, and then schedule the exam.
How to choose in-person or online delivery
Choose a Pearson VUE test center if you prefer a designated testing location and do not want your appointment to depend on an online proctored setup. Choose OnVUE only after checking the current technical and environment requirements on the official scheduling pages. LPI also notes that paper-based exams may be available at many open source conferences and events, so event-based delivery is another option to investigate rather than assume.
Do not schedule solely because you have finished reading the lessons. First check that your preferred language and delivery method are available, that your LPI and Pearson records are correctly associated, and that you understand the provider’s rescheduling and identification rules. Those administrative checks are practical recommendations; the official delivery and account requirements come from LPI.
What happens after the appointment
LPI’s getting-started guidance states that Pearson VUE provides a score report immediately following the exam. LPI receives exam results within 24 hours, and, when all requirements are met, the certification is issued. The certificate can be downloaded as a PDF from the LPI account, and LPI provides digital badges through Credly.
Because score reporting and certificate access involve different systems, keep access to both accounts after the exam. If a result or certificate does not appear as expected, use LPI or Pearson VUE support rather than relying on an unofficial explanation.
Cost and validity
The exam price varies by country. LPI directs candidates to its country-specific pricing information, so do not rely on a price quoted in an old study post or by another candidate. The Linux Essentials credential is listed with lifetime validity, meaning the planning question is mainly whether the current objective version and your preparation are appropriate, not when a renewal cycle will expire.
How the blueprint should shape your study time
Objective weights show relative importance, and LPI explains that objectives with higher weights are covered by more exam questions. Use the weights to sequence practice, not to ignore lower-weight areas. The strongest starting point is the official objective list: map every subobjective to a note, lesson, or hands-on task, then give additional practice to the command-line and operating-system areas that carry heavier weights.
Topic 1: Linux community and open source careers
Topic 1 covers Linux evolution and popular operating systems, major open source applications, open source software and licensing, and ICT skills in Linux. In the Version 1.6 outline, Linux Evolution and Popular Operating Systems has weight 2, Major Open Source Applications has weight 2, Open Source Software and Licensing has weight 1, and ICT Skills and Working in Linux has weight 2.
Study this topic as a classification and explanation exercise. Be able to distinguish a Linux distribution from an application, relate desktop and server software to common uses, and explain the broad ideas behind Free and Open Source Software, copyleft, permissive licensing, the GPL, BSD, Creative Commons, the Free Software Foundation, and the Open Source Initiative. The official application list includes examples such as LibreOffice, Thunderbird, Firefox, GIMP, Apache HTTPD, NGINX, MariaDB, MySQL, NFS, Samba, and package tools such as dpkg, apt-get, rpm, and yum.
A useful revision method is to create four columns: application or tool, typical role, related ecosystem area, and licensing or distribution note where relevant. This prevents a common mistake: learning product names as an undifferentiated list. The objective asks for awareness of applications and their uses, not a claim that every listed tool performs the same kind of work.
Topic 2: Finding your way on a Linux system
Topic 2 contains Command Line Basics with weight 3, Using the Command Line to Get Help with weight 2, Using Directories and Listing Files with weight 2, and Creating, Moving and Deleting Files with weight 2. These are practical foundations: you should be able to interpret a command, navigate paths, identify files, and use local help systems without treating the terminal as a collection of isolated incantations.
Practice the relationship between the current working directory, home directory, absolute paths, relative paths, hidden files, and the special path names represented by dot and double dot. Use commands such as pwd, cd, ls, cp, mv, rm, touch, mkdir, and rmdir in a disposable practice directory. Include case sensitivity and simple globbing in every exercise, because a command that is syntactically familiar can still target the wrong name or location.
The help objective includes man pages and Info pages, with man and info among the listed utilities. Practice finding a command’s purpose, reading its synopsis, locating an option, and leaving the help viewer. Also learn the difference between shell help for built-in behavior and documentation for external commands. A common pitfall is reading an answer sheet about an option without verifying it in the installed help system.
Topic 3: The power of the command line
Topic 3 contains Archiving Files on the Command Line with weight 2, Searching and Extracting Data from Files with weight 3, and Turning Commands into a Script with weight 4. Turning Commands into a Script is the highest published objective weight in Version 1.6, so it deserves deliberate practice rather than a final-night review.
Build one connected lab instead of studying each utility separately. Create several text files, archive them with tar, compress and extract them using the listed compression formats, search their contents with grep, and inspect or transform output using less, cat, head, tail, sort, cut, and wc. Then place a repeatable sequence into a shell script. This sequence teaches what each command contributes and why command order matters.
For scripting, focus on the objective’s basic scope: the shebang, Bash, variables, arguments, for loops, echo, and exit status. Write small scripts that accept a filename or directory as an argument, report what they are doing, and return a meaningful status when an operation fails. You do not need to turn this into an advanced programming project. The preparation goal is to understand how a short script turns repeated commands into a repeatable task.
A frequent mistake is memorizing a tar option string while remaining unable to predict the resulting archive contents. After each archive exercise, list the archive and extract it into a new directory. Likewise, do not merely read a shell script: change a variable, pass a different argument, and observe the exit status. Hands-on verification exposes quoting and path errors that passive study hides.
Topic 4: the Linux operating system
Topic 4 covers Choosing an Operating System with weight 1, Understanding Computer Hardware with weight 2, Where Data is Stored with weight 3, and Your Computer on the Network with weight 2. It connects the user’s commands with the components, storage locations, processes, logs, and network settings that make a Linux system usable.
Review the difference between a distribution and an operating system choice, graphical and command-line interfaces, and distribution life-cycle terms such as beta and stable. The objective list names distributions including Debian, Ubuntu, CentOS, openSUSE, Red Hat, SUSE Linux Mint, and Scientific Linux, as well as embedded and mobile examples such as Raspberry Pi, Raspbian, and Android. Treat these as ecosystem recognition topics; do not spend your study time attempting to administer every distribution.
For hardware, know the role of components such as processors, memory, power supplies, storage devices, partitions, peripherals, and drivers. For data locations, connect purpose to location: /etc for configuration, /var/log for logs, /boot for boot-related files, /proc and /sys for system information, and /dev for device representations. The published objectives also include ps, top, free, syslog, and dmesg. Practise explaining what kind of information each command or directory helps you find rather than memorizing paths without context.
Networking preparation should cover the meaning of a LAN, basic IPv4 and IPv6 awareness, and how to query configuration. The objective list includes route, ip route show, ifconfig, ip addr show, netstat, ss, /etc/resolv.conf, /etc/hosts, ping, and host. On a practice machine, compare an address query with a route query and a name-resolution query. This distinction helps avoid confusing local interface configuration, routing, and DNS information.
Topic 5: security and file permissions
Topic 5 covers Basic Security and Identifying User Types with weight 2, Creating Users and Groups with weight 2, Managing File Permissions and Ownership with weight 2, and Special Directories and Files with weight 1. The practical target is safe, basic administration: recognize user categories, understand group membership, inspect ownership and permissions, and explain why special permissions and directories matter.
Use a sandbox rather than changing accounts or permissions on a production system. Inspect user and group information using id, who, w, and related files named in the objectives, including /etc/passwd, /etc/shadow, /etc/group, and /etc/skel/. Learn the roles of root, standard users, and system users, along with the purpose of sudo and su. The command names useradd, groupadd, and passwd are included in the objective list, but practice them only where you have authorization.
For permissions, read the output of ls -l and ls -a, identify owner, group, and the permission sets, and use chmod and chown in a disposable directory. Test access as different authorized users when possible. Include public and private directories in your reasoning, and review special directories and files as a separate objective rather than assuming ordinary read, write, and execute bits explain every case.
Do not reduce security study to a symbolic permission pattern. Ask who owns the object, which group applies, what operation is being attempted, and whether the directory permissions affect traversal or creation. Another common error is using elevated privileges to make an exercise work and then failing to understand why it worked. Record the original state, make one controlled change, and verify the result.
A preparation strategy that produces usable evidence
The most efficient preparation cycle is read, perform, explain, and verify. Read the objective and lesson, perform the task in a Linux environment, explain the result in your own words, and verify it with a command or a second example. This creates evidence of understanding for both command-based and conceptual objectives without depending on leaked questions, memorized answer keys, or unsupported predictions about the exam.
Start with an objective inventory
Download or open the current Version 1.6 objectives and make a checklist of all 20 subobjectives. Mark each item as unknown, familiar, or demonstrable. “Familiar” means you recognize the term; “demonstrable” means you can perform or explain the task without following a recipe. Schedule study around the demonstrable standard, because recognition alone is fragile when an item is presented in unfamiliar wording.
Add a short note beside every item describing the evidence you will produce. For example, Topic 2.3 can be evidenced by navigating between home and system directories and listing hidden files; Topic 3.3 can be evidenced by a script that accepts an argument and uses a loop; Topic 5.3 can be evidenced by inspecting and changing ownership and permissions in a sandbox.
Use LPI’s free learning materials as the spine
LPI’s Learning Materials are free, aligned to the current version of the relevant objectives, and organized into lessons, exercises, and solutions. The 010-160 material is divided into the five exam topics and lists lessons for each subobjective. Use that structure as the primary reading order, then add a terminal lab for any lesson involving commands, paths, archives, networking, users, or permissions.
Do not read every lesson passively from beginning to end and postpone the exercises. Complete an exercise while the explanation is still available, close the reference, and repeat the task from memory. When your result differs from the solution, write down the exact assumption that failed: current directory, quoting, ownership, option order, file location, or command purpose. That error log becomes more useful than a long list of copied definitions.
Build a small, reversible lab
A Linux virtual machine, a spare system, or another authorized practice environment can support the command-line work, but the official sources do not prescribe a particular distribution or lab platform. Choose an environment you can reset safely and avoid experiments with real accounts, confidential files, or production network settings.
Create a practice tree under your home directory containing nested directories, hidden files, text files, and deliberately different filenames. Use it for navigation, globbing, copying, moving, deletion, archives, searches, and scripts. Keep a lab journal with the command, expected result, observed result, and lesson learned. For security objectives, use separate authorized accounts only if your environment permits it; otherwise study the account files and permission behavior without making risky changes.
Turn terminology into contrasts
Many foundational questions become easier when you study paired distinctions. Compare absolute and relative paths, a file and a directory, a distribution and an application, a package manager and a repository, a process and a program, a route and a DNS setting, root and a standard user, and an archive and a compressed archive.
For each pair, write one sentence defining the first term, one sentence defining the second, and one practical example. This is especially useful for Topic 1, where application names and license terms can blur together, and Topic 4, where system directories have different purposes. The exercise also prevents a narrow command-only study plan from leaving conceptual gaps.
A practical study roadmap
Use the roadmap as a sequence of capability checks, not as a promise that a fixed number of study days will suit every candidate. Move forward when you can complete the listed tasks and explain them without copying the lesson. If you already use Linux daily, shorten the introductory reading but keep the objective checklist and the verification exercises.
Phase 1: establish scope and baseline
Begin by reading the certificate overview, the Version 1.6 objectives, and the 010-160 Learning Materials index. Record the exam’s 40-question format and 60-minute limit, then take an honest baseline across the five topics. The baseline is not an unofficial prediction of your result; it is a way to identify whether your first priority should be terminology, navigation, scripting, operating-system concepts, or security.
At the end of this phase, you should know which objective version you are studying, whether the certificate has prerequisites for you—it does not—and which delivery and language options you need to investigate later.
Phase 2: make navigation automatic
Work through Topic 2 before attempting longer scripts. Practise pwd and cd until you can state where a relative path begins, then use ls with ordinary, hidden, and recursive views as appropriate. Create, copy, move, rename, and remove test objects under your home directory. Finish by using man and info to answer questions about a command without searching the web first.
Your checkpoint is simple: given a described file task, you can identify the current location, choose a safe path, select the relevant command, and predict what the command will affect before running it.
Phase 3: connect commands into workflows
Study Topic 3 after navigation because archives, searches, and scripts depend on reliable path handling. Create a set of text files, search for patterns, extract and sort information, count results, archive the files, compress them, and restore them elsewhere. Then write short Bash scripts using variables, arguments, loops, echo, and exit status.
At this point, explain each stage of a workflow aloud or in your journal. If you cannot say why a command is present, replace memorization with a smaller experiment. The objective is command-line power, not a collection of strings that only work in one directory.
Phase 4: fill in system and security context
Use Topic 4 and Topic 5 to explain what the command line is interacting with. Review hardware, distributions, system directories, processes, logs, network configuration, users, groups, ownership, permissions, and special files. Tie every term to either a location, a command, a user role, or a protection decision.
Use the published weights to allocate extra review: Topic 3.3 Turning Commands into a Script has weight 4, Topic 2.1 Command Line Basics has weight 3, Topic 3.2 Searching and Extracting Data from Files has weight 3, and Topic 4.3 Where Data is Stored has weight 3. Those statements name the official domains; they are not a guarantee of the exact number or wording of questions.
Phase 5: consolidate and schedule
Return to every objective marked unknown or familiar and require demonstrable evidence. Mix topics in a single session: inspect a file’s permissions, search its contents, archive it, locate relevant documentation, and explain where system information would be found. Mixed practice is more revealing than rereading one topic until it feels comfortable.
When the checklist is complete, review LPI’s current scheduling instructions, create or verify your LPI ID, investigate country-specific pricing, choose a Pearson VUE test center or OnVUE if suitable, and confirm the language and appointment details. Schedule when your readiness evidence is stable, not merely because you have finished a course or purchased a voucher.
How to use practice questions responsibly
Practice questions are useful for exposing gaps, but they should test reasoning rather than replace it. The official objectives and LPI learning exercises are the reliable study anchor; third-party questions should be checked against the current objective version and treated as practice, not as a source of live exam content or a forecast of the actual test.
After answering a practice item, explain why the correct option fits and why the alternatives do not. For a command question, run an equivalent task in the lab. For a licensing or distribution question, return to the relevant LPI lesson or objective. If a question depends on a fact absent from the current outline, label it as supplementary instead of allowing it to displace an assessed objective.
Avoid exam dumps, leaked questions, and memorization claims. They do not demonstrate the skills described by LPI and cannot guarantee a pass. More importantly, they leave the candidate unprepared to use Linux after the credential is earned. A short command-line lab and a carefully maintained error log are safer and more transferable preparation tools.
A useful final review format
Create five review sheets, one for each topic. On each sheet, include definitions, commands or files named by the objectives, one practical example, and one mistake to avoid. Keep the sheets compact enough to scan, but do not turn them into unexplained option lists.
For Topic 1, review ecosystem and licensing relationships. For Topic 2, review paths, file operations, and help systems. For Topic 3, review archive, search, and script workflows. For Topic 4, review system locations, hardware, processes, and network queries. For Topic 5, review users, groups, ownership, permissions, and special directories.
Readiness checks and common pitfalls
You are closer to ready when you can use the objectives to diagnose your own uncertainty. A strong candidate can explain a concept, perform a basic task in an authorized Linux environment, find local documentation, and recognize when a proposed command could affect the wrong files or require elevated privileges. Readiness is therefore demonstrated by repeatable behavior, not by a single high score on an unofficial quiz.
Pitfall: studying only visible commands
The exam covers open source concepts, distributions, applications, hardware, storage, networking, users, and permissions as well as shell work. A candidate who knows cd and ls but cannot explain licensing, /etc, groups, or DNS configuration has a lopsided preparation profile. Use the full objective inventory and reserve review time for conceptual areas that feel less immediately practical.
Pitfall: confusing recognition with operation
Recognizing the name of chmod, tar, or grep is not the same as knowing what information the command uses or changes. For each listed utility, answer four questions: what problem does it address, what input does it use, what output or state change should result, and how can you verify that result? This method is particularly important for the weighted command-line domains.
Pitfall: ignoring version alignment
LPI publishes Version 1.6 objectives for 010-160 and separately identifies older Version 1.5 material. Check that a book, course, question bank, or set of notes explicitly aligns with 010-160 and Version 1.6. Older material may still explain fundamentals, but it should not silently become your blueprint. When sources disagree, use the current official objectives and Learning Materials as the reference point.
Pitfall: leaving administration until the appointment
An absent LPI ID, a separate Pearson account that has not been created, an unavailable language, or an unsuitable delivery method can delay scheduling. Complete those checks before buying a voucher if possible. Review the official getting-started instructions for the current process, and retain confirmation details in a place you can access without relying on study notes.
Final readiness questions
Before scheduling, ask yourself whether you can navigate without a graphical file browser, use man or info to find help, distinguish an archive from compression, write and explain a basic shell script, identify the purpose of key system directories, interpret simple network settings, and reason about user and group permissions. Any “no” should become a targeted lab task, not a reason to reread the entire syllabus.
What to do next
Start with the official 010-160 Version 1.6 objectives and mark your current ability against each subobjective. Open the matching LPI Learning Materials, create a reversible Linux practice area, and begin with navigation before progressing to archives, searches, scripts, system concepts, and security. Once every objective has practical evidence, verify your LPI ID, delivery and language choices, country-specific price, and Pearson VUE scheduling requirements before booking.
The credential is designed to establish a durable Linux foundation. Treat the exam as a checkpoint for that foundation: practise enough to explain what your commands do, protect the system while experimenting, and use the official objectives to decide what deserves another study session.
Official pages to check before booking
The certification overview is the place to confirm the current exam code, version, prerequisites, question and time information, validity, languages, and country-specific pricing link. The getting-started page explains the LPI ID, voucher, Pearson VUE account, scheduling, score report, and certificate steps. The objectives and Learning Materials pages should remain your final references whenever a third-party resource uses different terminology or an older outline.
Conclusion
010-160 is best approached as a practical foundation assessment: understand the Linux and open source ecosystem, work safely at the command line, recognize how the operating system stores and manages information, and apply basic user, group, ownership, and permission concepts. Build your plan from the current Version 1.6 objectives, give higher-weight domains more hands-on time, and schedule only after your checklist shows repeatable capability. Then use LPI’s official registration and Pearson VUE instructions to complete the administrative steps with the same care you applied to the technical work.
Related exams
- 010-150 exam — Linux Essentials Certificate Exam, version 1.5
- 101-500 exam — LPIC-1 Exam 101, Part 1 of 2, version 5.0
- 102-500 exam — LPIC-1 Exam 102, Part 2 of 2, version 5.0