LPIC-2 Linux Engineer Training

📚 Advanced 55 hours 🏷️ Linux 👨‍🏫 TBA 📅 Updated: Sep 4, 2026

Exam Code 201-450 / 202-450

Level Advanced

Duration 55 hours

Format Live Online

📝 Enroll Now 📋 Certification

0+ Learning Hours

0+ Practical Labs

0 Learning Modules

24/7 Learning Resources

0% Hands-On Focus

Overview

Course Overview

LPIC-2 is an advanced Linux certification from the Linux Professional Institute (LPI). It focuses on the skills needed to manage small to medium-sized Linux environments and mixed networks.

TechHub's LPIC-2 Linux Engineer Training is designed for Linux administrators and IT professionals who want to move beyond basic Linux administration and learn how to manage real-world server infrastructure.

The course follows the official LPIC-2 Version 4.5 objectives and covers both required exams: 201-450 and 202-450. LPI requires candidates to have an active LPIC-1 certification and pass both LPIC-2 exams to receive the certification.

Students will learn how to monitor and plan system resources, manage the Linux kernel, configure system startup, work with advanced storage, configure networking, troubleshoot systems, manage DNS and web servers, configure file sharing, manage network clients and email services, and apply Linux security.

The training combines instructor guidance with practical labs so students can practice the technologies instead of only studying theory.

Learn advanced Linux → Practice server administration → Manage infrastructure → Prepare for LPIC-2.

What You'll Learn

Advanced Linux administration and kernel management
Storage, RAID and LVM
Networking and routing
DNS and name services
Web, proxy and file services
Mail and messaging services
Security, firewalls and troubleshooting
Virtualization, automation and exam practice

📋 What You'll Be Able To Do ▼

By the end of this course, students will be able to:

Perform advanced Linux system administration.
Monitor CPU, memory, disk, and network resources.
Plan future infrastructure and capacity requirements.
Understand and manage Linux kernel components.
Compile and configure Linux kernels.
Manage kernel modules and troubleshoot kernel problems.
Configure and troubleshoot Linux system startup.
Manage advanced storage and filesystems.
Configure software RAID and LVM.
Manage network configuration and troubleshooting.
Configure routing and network services.
Maintain Linux systems and perform troubleshooting.
Configure DNS servers using BIND.
Manage DNS zones and records.
Configure web servers and reverse proxies.
Manage Apache and Nginx environments.
Configure file sharing using Samba and NFS.
Manage DHCP and network clients.
Configure and manage email services.
Apply Linux firewall and security practices.
Troubleshoot advanced Linux server problems.
Prepare for LPI LPIC-2 exams 201-450 and 202-450.

Curriculum

Course Curriculum

Structured learning from fundamentals to advanced administration

📚 Module 1: Capacity Planning and Resource Management ▼

Understanding system capacity
CPU utilization
Memory utilization
Disk I/O
Network I/O
Process monitoring
System performance analysis
Identifying bottlenecks
Resource troubleshooting
top
htop
ps
uptime
vmstat
iostat
iotop
sar
lsof
ss
Network traffic monitoring
Capacity forecasting
Monitoring trends
Resource growth planning
Introduction to Nagios, Icinga, Cacti, MRTG and collectd

The official objectives specifically include measuring CPU, memory, disk and network usage, identifying bottlenecks, and predicting future resource requirements.

📚 Module 2: Linux Kernel Management ▼

Linux kernel architecture
Kernel components
Kernel versions
Kernel images
Stable and long-term kernels
Kernel modules
Module dependencies
Loading and unloading modules
lsmod
modprobe
insmod
rmmod
modinfo
depmod
dmesg
uname
sysctl
/proc
/lib/modules
Kernel parameters
Hardware and driver management

📚 Module 3: Kernel Compilation and Customization ▼

Why compile a kernel
Kernel source code
Kernel configuration
.config
make
menuconfig
xconfig
oldconfig
Kernel build process
Kernel modules
Module installation
initramfs
mkinitrd
mkinitramfs
DKMS
Dracut awareness
Installing a custom kernel
Updating boot configuration
Testing and troubleshooting a new kernel

The official LPIC-2 objectives include configuring, compiling, installing and troubleshooting Linux kernels and kernel modules.

📚 Module 4: System Startup and Boot Management ▼

Linux boot process
BIOS and UEFI
GRUB
Systemd
Systemd targets
System services
SysVinit
Runlevels
systemctl
systemd-delta
Startup services
Service dependencies
Boot troubleshooting
Rescue and emergency modes
/etc/systemd
/etc/init.d
/etc/inittab
chkconfig
update-rc.d

📚 Module 5: Advanced Filesystem and Storage Management ▼

Advanced filesystem concepts
Disk management
Partitioning
Filesystem creation
Filesystem maintenance
Mounting and unmounting
/etc/fstab
Disk quotas
Filesystem troubleshooting
LVM
Physical Volumes
Volume Groups
Logical Volumes
LVM snapshots
Software RAID
RAID levels
RAID monitoring
RAID recovery
Advanced storage troubleshooting

📚 Module 6: Advanced Networking Configuration ▼

Linux network architecture
Network interfaces
IPv4 and IPv6
Routing
Static routes
Network troubleshooting
Network configuration
TCP/IP troubleshooting
Network performance
Network services
DHCP
Network address configuration
DNS client configuration
Troubleshooting network connectivity
Network diagnostic tools
ip
ss
ping
traceroute
dig
host
netstat

📚 Module 7: System Maintenance and Troubleshooting ▼

Linux system maintenance
System logs
Log analysis
System monitoring
Performance troubleshooting
Backup strategies
Recovery procedures
Troubleshooting hardware problems
Troubleshooting filesystem problems
Troubleshooting network problems
Troubleshooting services
System resource problems
Common server failures
Disaster recovery basics
Maintaining reliable Linux servers

📚 Module 8: DNS Server Administration ▼

DNS fundamentals
DNS architecture
BIND
BIND configuration
Authoritative DNS
Recursive DNS
Caching DNS
Forward zones
Reverse zones
DNS records
A and AAAA records
CNAME
MX
NS
TXT
SOA
Zone files
DNS delegation
DNS troubleshooting
dig
host
nslookup
named-checkconf
named-checkzone
rndc
DNS logging
DNS security basics

📚 Module 9: Web Server Administration ▼

Web server fundamentals
HTTP and HTTPS
Apache HTTP Server
Apache configuration
Virtual hosts
Apache modules
Access control
Web server logs
SSL/TLS concepts
Nginx
Nginx configuration
Reverse proxy
Load distribution concepts
Web server performance
Troubleshooting web services
Basic web security

📚 Module 10: File Sharing and Network Storage ▼

Samba

Samba fundamentals
SMB/CIFS
Samba configuration
Creating shared directories
Samba users
Access permissions
Authentication
Samba troubleshooting
Windows-Linux file sharing

NFS

NFS fundamentals
NFS server
NFS client
Exporting directories
/etc/exports
Mounting NFS shares
NFS permissions
NFS troubleshooting
Network file storage

📚 Module 11: Network Client Management ▼

DHCP
DHCP server configuration
DHCP leases
DHCP clients
Network configuration
DNS client configuration
LDAP concepts
Centralized authentication concepts
Client configuration
Network service troubleshooting
Managing Linux network clients

📚 Module 12: Email Services ▼

Email system architecture
SMTP
IMAP
POP3
Mail transfer agents
Postfix
Mail delivery concepts
Mail queues
Email aliases
Mail routing
Email troubleshooting
Spam protection concepts
Email security
DNS and MX records
SPF, DKIM and DMARC awareness

📚 Module 13: Linux Security ▼

Linux security architecture
User and group security
File permissions
Advanced permissions
PAM
Authentication
SSH security
Firewall configuration
Packet filtering
iptables
nftables awareness
Network security
Service hardening
Secure remote administration
Security monitoring
Basic intrusion prevention concepts
Security troubleshooting

📚 Module 14: LPIC-2 Advanced Practical Labs ▼

Build a Linux server
Monitor server performance
Troubleshoot CPU and memory problems
Configure kernel modules
Build and install a custom kernel
Configure system startup
Create LVM storage
Configure RAID
Troubleshoot filesystems
Configure advanced networking
Build a BIND DNS server
Configure Apache/Nginx
Configure Samba
Configure NFS
Configure DHCP
Configure email services
Configure firewall rules
Secure SSH
Troubleshoot complete Linux infrastructure
LPIC-2 exam-style practical exercises

📌 Prerequisites ▼

Official prerequisite: An active LPIC-1 certification is required to receive the LPIC-2 certification. Candidates must also pass both the 201 and 202 exams.

For TechHub training, students should also have:

Good Linux command-line knowledge.
Practical experience with Linux administration.
Understanding of users, permissions and processes.
Basic networking knowledge.
Familiarity with filesystems and storage.
Basic understanding of Bash.
Experience working with Linux servers is recommended.
A laptop or Linux lab environment for practice.

🎯 Why Learn This Course? ▼

Move from basic Linux administration to advanced Linux engineering.
Prepare for the LPIC-2 certification.
Learn advanced server and infrastructure management.
Gain practical experience with Linux services.
Learn DNS, web servers, Samba, NFS, DHCP and email services.
Improve Linux troubleshooting skills.
Learn advanced storage and networking.
Build knowledge useful for data centers and IT infrastructure.
Create a stronger foundation for Cloud and DevOps careers.
Prepare for more advanced Linux and infrastructure certifications.
Practice with real-world server administration scenarios at TechHub.

👥 Target Audience ▼

Linux System Administrators
Experienced IT Support Professionals
Network Administrators
Server Administrators
IT Infrastructure Professionals
DevOps Engineers
Cloud Engineers
Junior Linux Engineers
Linux Professionals with LPIC-1
IT professionals working with Linux servers
Students with strong Linux administration knowledge
Professionals preparing for LPIC-2

💼 Career Opportunities ▼

LPIC-2 training can help prepare learners for roles such as:

Linux System Administrator
Linux Engineer
Senior Linux Administrator
Linux Server Administrator
Network Administrator
Systems Engineer
Infrastructure Engineer
IT Infrastructure Specialist
DevOps Engineer
Cloud Infrastructure Engineer
Technical Support Engineer
Server Operations Engineer
Data Center Technician
Site Reliability / Infrastructure Support roles

📝 Exam Details ▼

Certification: Linux Professional Institute LPIC-2

Certification Level: Professional Level 2

Objectives Version: 4.5

Exam Codes:

201-450
202-450

Required Exams: Both 201 and 202

Questions: 60 questions per exam

Question Types: Multiple-choice and fill-in-the-blank

Duration: 90 minutes per exam

Prerequisite: Active LPIC-1 certification

Certification Validity: 5 years

Passing Score: Follow the current LPI examination scoring requirements

LPI's current LPIC-2 overview confirms that both exams are required, each exam has 60 questions and a 90-minute duration, and the certification is valid for five years.

Methodology

Our Learning Methodology

A structured approach to building practical skills

Learn

Understand the concept through expert-led instruction

Practice

Follow guided exercises to reinforce learning

Build

Complete practical labs in real environments

Validate

Take quizzes and exam simulations to test your skills

Instructor

Learn From An Expert

Experienced technology professional with real-world expertise

TechHub Instructor

Lead Instructor

A certified professional with extensive experience in the field. Passionate about helping students build practical skills that lead to rewarding careers.

10+Years Experience

2,000+Students Trained

10+Certifications

Certification

Prepare For Your Certification With Confidence

Comprehensive exam preparation for industry-recognized certifications

🟥

Linux Professional Institute LPIC-2

Exam Code: 201-450
Format: Multiple-choice and fill-in-the-blank
Duration: 90 minutes
Validity: 5 years

🎯

Linux Professional Institute LPIC-2

Exam Code: 202-450
Format: Multiple-choice and fill-in-the-blank
Duration: 90 minutes
Validity: 5 years

Why TechHub

Why Learn With TechHub?

Practical, career-focused education designed for real-world success

💻

Hands-On Learning

Practice instead of simply watching. Build skills through real labs.

🎯

Industry-Focused

Learn skills used in real production environments.

🧪

Practical Labs

Work with realistic scenarios and exercises.

👨‍🏫

Expert Instruction

Learn from experienced professionals.

📝

Exam Preparation

Practice certification-style scenarios.

🚀

Career-Focused

Build skills for real job roles.

TECHHUB CERTIFICATION