010-160 Linux Essentials Exam Guide: Objectives, Study Plan, and Scheduling Decisions
The 010-160 exam validates foundational Linux and open source knowledge, command-line proficiency, basic operating-system concepts, and introductory security administration. It is intended for people beginning with Linux, open source, or related ICT roles, including candidates considering a later Linux Professional certification. This guide helps you decide whether the exam matches your current level, which objectives deserve the most practice, how to build a study sequence, and when to register and schedule the test.
What does 010-160 validate?
010-160 is the LPI Linux Essentials exam for the Version 1.6 objectives. It checks whether a candidate can understand the Linux and open source ecosystem, work with files and commands, explain basic system components, and handle introductory users, groups, and permissions. The certificate is awarded after passing the Linux Essentials 010 exam.
The stated purpose of Linux Essentials is to define the basic knowledge needed to competently use a desktop or mobile device running a Linux operating system. The official candidate description also places the credential at an end-user and early-career level rather than presenting it as an advanced administration qualification.
LPI describes the minimally qualified candidate as someone who understands the Linux and open source industry, knows common open source applications, can work at the Linux command line, and has basic knowledge of security and administration. That person should also be able to locate help, work with files, create simple archives, use a basic command-line editor, and create and run simple shell scripts.
This distinction matters when you choose study material. You do not need to prepare as though 010-160 were LPIC-1, but you should not treat it as a vocabulary-only test. The objectives connect concepts to ordinary command-line work: navigating directories, finding information, changing permissions, reading system locations, and writing small scripts. Review the official objective list before relying on any third-party course or practice resource: https://www.lpi.org/our-certifications/exam-010-objectives/
Who is the exam for?
The exam suits people new to Linux and open source, students building an ICT foundation, desktop users moving toward technical roles, and candidates who want an entry point to the LPI Linux Professional track. It can also help an experienced Windows or macOS user organize informal Linux knowledge into a vendor-neutral credential.
The certificate has no prerequisites. Passing Linux Essentials 010 is the stated requirement, and LPI lists the validity period as lifetime. Those facts make it reasonable to consider the exam before committing to a more advanced certification path, but the credential should be selected for its fit with your learning goal rather than as a substitute for job-specific experience.
How is the Version 1.6 blueprint organized?
The Version 1.6 objectives are divided into five topics and twenty-one numbered objectives. Use the published weight as a prioritization signal: LPI explains that higher-weight objectives are expected to receive more questions. The weight is not a promise of an exact question distribution, so use it to allocate practice time rather than to ignore lower-weight areas.
Topic 1, The Linux Community and a Career in Open Source, covers Linux evolution and distributions, major open source applications, licensing, and ICT skills in Linux. The official objective list assigns weight 2 to 1.1 Linux Evolution and Popular Operating Systems, weight 2 to 1.2 Major Open Source Applications, weight 1 to 1.3 Open Source Software and Licensing, and weight 2 to 1.4 ICT Skills and Working in Linux.
Topic 2, Finding Your Way on a Linux System, covers command-line basics, help systems, directory navigation, file listings, and file operations. The official weights are weight 3 for 2.1 Command Line Basics, weight 2 for 2.2 Using the Command Line to Get Help, weight 2 for 2.3 Using Directories and Listing Files, and weight 2 for 2.4 Creating, Moving and Deleting Files.
Topic 3, The Power of the Command Line, covers archiving, searching and extracting data, and turning commands into a script. The blueprint assigns weight 2 to 3.1 Archiving Files on the Command Line, weight 3 to 3.2 Searching and Extracting Data from Files, and weight 4 to 3.3 Turning Commands into a Script. Objective 3.3 Turning Commands into a Script therefore has the highest published weight in Version 1.6.
Topic 4, The Linux Operating System, addresses operating-system selection, hardware, data locations, and networking. The weights are weight 1 for 4.1 Choosing an Operating System, weight 2 for 4.2 Understanding Computer Hardware, weight 3 for 4.3 Where Data is Stored, and weight 2 for 4.4 Your Computer on the Network.
Topic 5, Security and File Permissions, covers user types, user and group creation, permissions and ownership, and special directories and files. The published weights are weight 2 for 5.1 Basic Security and Identifying User Types, weight 2 for 5.2 Creating Users and Groups, weight 2 for 5.3 Managing File Permissions and Ownership, and weight 1 for 5.4 Special Directories and Files.
For the authoritative wording, key knowledge areas, and utility lists, use the Version 1.6 wiki objectives alongside the LPI objectives page: https://wiki.lpi.org/wiki/Linux_Essentials_Objectives_V1.6
Which skills deserve early attention?
Start with command-line work and simple scripting because they combine practical activity with the two strongest published objective weights. Then cover file locations, searching, networking, and permissions. Study the community, licensing, applications, hardware, and operating-system material in parallel so the exam does not become an unbalanced command memorization exercise.
Do not convert the weights into a predicted score or assume that a lower-weight objective is optional. A weight 1 objective can still expose a knowledge gap. The useful interpretation is that a candidate who has limited study time should spend more repeat practice on 3.3 Turning Commands into a Script than on 4.1 Choosing an Operating System, while still reading both.
What should you practice at the command line?
Practice until you can explain the effect of a command before running it. The command-line objectives require more than recognizing isolated names: you should understand paths, arguments, quoting, variables, help systems, listings, and basic file operations. Work in a disposable practice directory so mistakes do not damage personal files or a production system.
For 2.1 Command Line Basics, work with Bash syntax, command history, the PATH environment variable, variables, quoting, echo, export, and type. Practice identifying whether text is treated as one argument or several, and distinguish a command found through PATH from a path written explicitly.
For 2.2 Using the Command Line to Get Help, use man and info and learn how to move through their output. Also become familiar with the role of /usr/share/doc. The objective is about finding and navigating help, not merely remembering that a manual exists.
For 2.3 Using Directories and Listing Files, create nested directories and move between home and system locations. Practice absolute paths, relative paths, ., .., home, and ~. Use ls with common options, including recursive listings, and include hidden files in your exercises so that a normal listing does not become your only mental model.
For 2.4 Creating, Moving and Deleting Files, use touch, mkdir, rmdir, cp, mv, and rm in a controlled directory. Add exercises involving simple globbing and case sensitivity. Before removing anything, inspect the path and listing; safe habits are useful preparation even when a question presents only a short command example.
A productive drill is to begin in a known directory, create a small tree, place files at different levels, copy and rename selected files, list hidden content, and then remove the tree. After each command, state the expected working directory and resulting file path. This makes path reasoning more durable than copying a command from a notes page.
How should you learn searching, archives, and scripts?
Treat Topic 3 as a connected workflow: locate information, extract the relevant lines, preserve files in an archive, and automate a repeated task. This sequence turns command names into decisions. It also gives you a practical way to test whether you understand options, output, arguments, and exit status.
For 3.1 Archiving Files on the Command Line, practice tar and distinguish archiving from compression. Work with gzip, bzip2, xz, zip, and unzip as listed in the objectives. Create an archive of files in a practice home directory, inspect its contents, extract it into a separate directory, and verify that the expected paths were restored.
For 3.2 Searching and Extracting Data from Files, use grep, less, cat, head, tail, sort, cut, and wc. Build a small text dataset and ask concrete questions: which lines contain a term, how many lines are present, what is at the beginning or end, and which fields should be selected? Record the input and output of each exercise rather than memorizing a command sequence without context.
For 3.3 Turning Commands into a Script, write short Bash scripts using a shebang, variables, arguments, for loops, echo, and exit status. Begin with a script that prints a supplied argument, then create one that processes several files in a directory. Test a normal input, an empty or unexpected input, and a command failure.
The important preparation decision is whether you can read a small script line by line. Ask what value a variable contains, what a loop iterates over, which command receives an argument, and what the exit status communicates. If you cannot answer those questions, spend less time taking notes and more time editing and running small scripts.
A common mistake is to study scripting as if it were a programming-language exam. The Version 1.6 objective is basic shell scripting. Focus on the listed mechanisms and on the relationship between commands, arguments, variables, loops, and status. At the same time, do not reduce scripting to a list of punctuation rules; explain what each line is intended to accomplish.
A useful command-line lab
Use a virtual machine, spare Linux installation, or another isolated environment that lets you create users and files without affecting important data. Keep a lab journal with four columns: objective, task, result, and unresolved question. When a command behaves differently from your expectation, consult man or info and write down the reason.
Build one reusable lab rather than starting from unrelated examples. Include a directory tree, hidden files, text files with repeated terms, an archive, a script, and a permissions exercise. Repeating the same lab after a gap shows whether you understand the operation or merely remember the screen sequence.
What Linux system concepts are tested?
The operating-system topic asks you to connect visible Linux behavior with the components underneath it. Prepare to explain distribution choices, hardware roles, common system locations, processes and logs, and basic network configuration. You are not expected to become a specialist in every subsystem, but you should know what each listed area is for and where to investigate.
For 4.1 Choosing an Operating System, compare Linux distributions with other operating systems at a basic level. Review the distinction between a graphical interface and a command line, desktop configuration, and distribution life-cycle concepts such as maintenance cycles, beta releases, and stable releases. Learn the examples named in the objectives without assuming that one distribution represents all Linux systems.
For 4.2 Understanding Computer Hardware, review motherboards, processors, power supplies, optical drives, peripherals, hard drives, solid-state disks, partitions, drivers, and /dev/sd*. The aim is functional recognition: know how hardware and storage concepts relate to a Linux computer, rather than memorizing an exhaustive hardware catalogue.
For 4.3 Where Data is Stored, map the purpose of /etc/, /var/log/, /boot/, /proc/, /dev/, and /sys/. Also review programs, configuration, processes, memory addresses, system messaging, and logging, including ps, top, free, syslog, and dmesg. Create a one-page location map and attach a short purpose statement to each path.
For 4.4 Your Computer on the Network, learn what a computer needs to communicate on a LAN and how to query basic configuration. The objectives list route, ip route show, ifconfig, ip addr show, netstat, ss, /etc/resolv.conf, /etc/hosts, IPv4, IPv6, ping, and host. Practice identifying whether a command concerns routes, addresses, sockets, name resolution, or reachability.
Avoid a frequent error: treating every path under the root directory as interchangeable. During revision, ask whether a location primarily contains configuration, logs, boot-related files, process information, device representations, or kernel and system information. The reason for the location is more useful than a disconnected path list.
How do security and permissions fit the exam?
Security preparation should combine identity, ownership, permission bits, and special directories. The exam expects basic administration awareness, not unrestricted system-management expertise. Use a noncritical lab to create users and groups, inspect identity information, change ownership and permissions, and observe how access changes for different users.
For 5.1 Basic Security and Identifying User Types, distinguish root, standard users, and system users. Practice id, last, who, w, sudo, and su, and understand the roles of /etc/passwd, /etc/shadow, and /etc/group. The objective is to recognize user types and basic security behavior, not to treat root access as a routine shortcut.
For 5.2 Creating Users and Groups, review useradd, groupadd, and passwd, along with /etc/skel/. In the lab, create a test user and group, inspect the resulting identity information, and identify which files describe accounts and groups. Keep your procedure reversible and avoid changing the account configuration of a machine you rely on.
For 5.3 Managing File Permissions and Ownership, read the output of ls -l and ls -a, then practice chmod and chown. Explain permissions in terms of the file owner, group, and other users. Test access with separate accounts where possible, because changing a numeric or symbolic mode is easier to understand when you observe its effect.
For 5.4 Special Directories and Files, review special permissions and the objective’s treatment of special directories and files. Do not let the lower published weight persuade you to skip it; make a short comparison sheet and connect each item to the access problem it addresses.
The most common permission mistake is reading a mode string without identifying whose access is being evaluated. Always ask four questions: which user is acting, which group applies, which permission class is relevant, and whether the path itself can be traversed. This method is safer than guessing from a familiar-looking permission pattern.
How should you prepare with LPI’s official materials?
Use the current official objectives as the checklist and the LPI Learning Materials as the main study text. LPI says its free materials align with the current exam version, are continuously expanded and updated, and separate explanations, exercises, and solutions. That structure supports a cycle of reading, doing, checking, and revisiting rather than passive review.
The Linux Essentials Version 1.6 materials provide lessons for all five topics, from 1.1 Linux Evolution and Popular Operating Systems through 5.4 Special Directories and Files. Several objectives contain more than one lesson, so follow the lesson sequence but give additional lab time to objectives where you repeatedly make errors.
Start at https://learning.lpi.org/en/learning-materials/010-160/ and keep https://www.lpi.org/our-certifications/exam-010-objectives/ open as the controlling outline. The learning site also provides a PDF version. Check that the material you use is labeled Linux Essentials Version 1.6 and relates to exam code 010-160; older Version 1.5 references should not silently replace the current outline.
For a difficult topic, read the explanation once, perform every available exercise, check the solution, and then repeat the task without looking. Use the objective’s partial utility list to create your own command card, but write the purpose and a representative task beside each command. A card that says only “grep” or “chmod” is not enough to reveal whether you understand the tool.
Third-party courses can provide another explanation or a more convenient lab environment, but verify every claimed objective against LPI’s current blueprint. Be cautious with material that advertises “real questions,” promises a guaranteed result, or encourages memorizing answers. Practice questions can help with review, but they cannot replace the official objectives and hands-on understanding. Dumps and leaked-question claims are not a sound preparation strategy.
How should you measure readiness?
Readiness is stronger when you can perform tasks and explain unfamiliar examples, not merely recognize terms in a multiple-choice list. Use the objective headings to create a self-check: explain each concept, demonstrate each practical command family, and identify the reason for an answer. Mark an objective incomplete if you can recall a definition but cannot apply it.
Build an error log with the exact task, your mistaken assumption, the corrected explanation, and a new exercise. For example, if a relative path fails, record the working directory that caused the failure. If a script behaves unexpectedly, record the argument and exit status. Review the log at the end of every study session.
LPI publishes a minimum passing score of 500 out of 800 in its official blog’s exam facts. Treat that as an exam requirement, not as a study target that justifies leaving blueprint areas untouched. A stronger practical target is consistent understanding across all objectives, especially the higher-weight command-line and scripting objectives.
What is a practical study roadmap?
A four-stage roadmap works well for a beginner: establish the blueprint, build command-line fluency, connect commands to system and security concepts, then perform mixed review. The calendar can be compressed or extended according to your starting point. Keep the order of skills intact even if your available study sessions change.
Stage one is orientation. Read the overview and Version 1.6 objectives, note your Linux experience, and classify every objective as new, familiar, or demonstrable. Install or access an isolated Linux environment. Read Topic 1 and create a terminology sheet for distributions, applications, open source licenses, ICT skills, and common Linux uses.
Stage two is navigation and command control. Work through Topic 2 in order. Start each session by predicting the result of a command, run it, and compare the result with your prediction. Include paths, hidden files, globbing, file creation, movement, copying, and deletion. Add help-system exercises so that you practice recovering from uncertainty rather than immediately consulting an external answer.
Stage three is command-line power. Complete the archive, search, extraction, and scripting lessons. Write scripts instead of only reading them. Combine a search command with an archive task, then automate a small repeatable process. Keep scripts short enough to inspect line by line and test both successful and unsuccessful conditions.
Stage four is operating-system and security integration. Make a location map for /etc/, /var/log/, /boot/, /proc/, /dev/, and /sys/. Practice basic network queries. Then create test identities, inspect account files, and work through ownership and permission changes. End the stage with mixed exercises that require you to choose the relevant command family rather than naming it from a heading.
The final review should be based on evidence from your error log. Revisit objectives where you hesitate, not only the topics you enjoy. Complete a timed practice session using legitimate study questions if you have them, but use it to diagnose pace and reasoning. Do not infer that a practice score predicts the official result unless the provider explains its limits and alignment.
Before scheduling, confirm that you can perform the basic lab tasks without a step-by-step reference, explain common command output, distinguish the main system paths, and reason through users, groups, ownership, and permissions. If one of those areas remains guesswork, postpone the appointment and repair that gap rather than adding more unrelated reading.
A compact session pattern
Use each study session for three activities: a short review of the error log, hands-on exercises tied to one or two objectives, and a closed-book explanation of what you learned. Finish by writing the next task. This keeps preparation active and makes it easier to resume after a gap.
A useful weekly rhythm is to alternate command practice with concept review. One session can focus on paths and file operations; the next can cover distributions, applications, and licensing; another can combine searching and scripts; and a later session can integrate system locations, networking, and permissions. The exact number of sessions is your decision, because LPI does not prescribe a universal preparation duration.
What are the official exam and delivery details?
The 010 exam contains 40 questions and has a 60-minute time limit. LPI lists the exam in English, French, German, Japanese, Brazilian Portuguese, and Spanish at Pearson VUE test centers, with the same six languages available online through OnVUE. Confirm current availability and local scheduling conditions before paying or booking.
The exam can be delivered in person at a Pearson VUE testing center or online through Pearson VUE’s OnVUE platform. LPI’s getting-started process says candidates purchase an exam voucher, create a Pearson account separate from the LPI account, and schedule the appointment. The same page also notes that paper-based exams may be available at some open source conferences and events.
You must create an LPI account and obtain an LPI ID before taking your first exam. Keep the identity details in your LPI and Pearson records consistent, and check the current provider instructions for online or center-based requirements. Do not rely on an old booking checklist, because delivery policies and appointment availability can change.
LPI directs candidates to check exam pricing for their country rather than publishing one universal price. Verify the current amount, voucher conditions, cancellation rules, language availability, and appointment options through the official pages before making a scheduling decision. Official starting information is available at https://www.lpi.org/our-certifications/getting-started/ and the certificate overview is at https://www.lpi.org/our-certifications/linux-essentials-overview/.
Which delivery option should you choose?
Choose a test center if you prefer a controlled examination location or do not have a suitable private setup for online delivery. Choose OnVUE if the online requirements work for you and the available appointment, language, and technical conditions are acceptable. The official sources confirm both routes but do not establish that one is easier.
Before selecting online delivery, review Pearson VUE’s current OnVUE instructions through the scheduling process and verify your equipment and environment in advance. For a test center, check the appointment location, identification requirements, and arrival instructions shown during booking. These are practical checks, not additional Linux objectives.
How should you manage the 010-160 exam session?
Use the 60-minute limit as a pacing constraint, not as a reason to rush every question. Read the complete prompt, identify the objective being tested, eliminate clearly unsuitable answers, and move on if a question is consuming disproportionate attention. Return to flagged items if the exam interface allows it and follow its instructions.
The 40-question format means that careless reading can cost time as well as accuracy. Watch for distinctions such as absolute versus relative paths, archive versus compression, owner versus group permissions, and a route query versus a name-resolution query. When a question shows a command, ask what the command receives, where it runs, and what state it changes.
Do not expect access to a shell or reference material unless the official delivery instructions explicitly state otherwise. Prepare to reason from command syntax, output, and system concepts. Never use unauthorized notes, copied questions, or leaked content; follow the test provider’s rules and rely on your own preparation.
What happens after scheduling and testing?
LPI’s getting-started information says Pearson VUE provides a score report immediately following the exam. LPI receives exam results within 24 hours, and, if requirements are met, the certification is issued. The certificate can be downloaded as a PDF from the LPI account, and LPI also offers digital badges through Credly.
Keep your LPI ID and account accessible after the appointment so you can review the score report and certificate information. If your result does not meet the requirement, use the report and error log to identify weak objective areas before choosing a retake plan. Avoid restarting every topic equally when the evidence points to a narrower gap.
The Linux Essentials credential is listed with lifetime validity, so renewal planning is not part of the normal certificate decision. However, Linux skills and objective versions can change over time. If you later pursue another LPI exam, review that exam’s current objectives separately rather than assuming that Linux Essentials covers its requirements.
What should you do next?
Make the next action objective-based: verify that your material is Version 1.6, download or open the official Linux Essentials learning materials, and mark your current ability against all twenty-one objectives. Then create a small Linux lab and begin with command-line navigation before progressing to searching, scripting, system concepts, and permissions.
If you are completely new to Linux, spend your first sessions learning how to move safely through directories and obtain help. If you already use Linux, begin with a diagnostic script, archive, permission exercise, and system-location review; familiarity can hide gaps in terminology and objective coverage. In either case, let failed exercises determine what you study next.
When the lab work is reliable and your error log is shrinking, create the required LPI ID, compare current price and language options for your country, and choose Pearson VUE center-based or OnVUE delivery. Schedule only after checking the current official instructions. Use the blueprint as your contract with the exam, and use hands-on practice as the evidence that you are ready.
Conclusion
010-160 is best approached as a foundation exam with practical command-line expectations. The official Version 1.6 objectives give you a precise study boundary: Linux and open source context, navigation, command-line power, operating-system fundamentals, and security basics. Prioritize the higher-weight objectives, practice in an isolated Linux environment, verify every weakness against the current blueprint, and confirm delivery details directly with LPI and Pearson VUE before scheduling. That process produces a more dependable preparation decision than memorizing unverified question lists.
Related exams
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- 102-500 exam — LPIC-1 Exam 102, Part 2 of 2, version 5.0
We’ve also included a range of practice questions so that you can get a better idea of the types of questions you will be asked in the actual DumpsBoss.