Certificate Exam Course

What you'll learn

Understand and analyze performance metrics and resource utilization on Linux systems.

Compile and customize the Linux kernel from source code.

Manage the system startup process using SysV init and systemd.

Manage advanced file system features such as encryption and compression.

Configure advanced networking settings, including routing and network services.

Install, configure, and manage DNS servers.

Configure and manage Apache HTTPD and Nginx web servers.

Configure Samba for file sharing with Windows clients.

Configure Linux clients to connect to various network services, including LDAP, SMB, and NFS

Requirements

LPIC-1 Certification (101 and 102): While not mandatory, having the LPIC-1 certification demonstrates a solid understanding of fundamental Linux concepts and commands. LPIC-1 serves as a strong foundation for the more advanced topics covered in LPIC-2.

Linux Experience: Candidates should have practical experience in administering Linux systems. This includes knowledge of basic command-line operations, file management, user management, package management, and system configuration.

Networking Knowledge: Familiarity with networking concepts is beneficial, as LPIC-2 covers advanced networking configurations, routing, and network services.

File System and Storage Management: Understanding of filesystems, storage devices, and basic RAID and LVM (Logical Volume Management) concepts is important.

Shell Scripting: Proficiency in shell scripting (such as Bash scripting) is advantageous, as it allows candidates to automate tasks and perform advanced system configurations.

TCP/IP Networking: Understanding of TCP/IP networking fundamentals, including IP addressing, subnets, and basic network troubleshooting, is helpful.

Hands-On Experience: Practical hands-on experience with Linux systems, including setting up and managing various services, is essential for mastering the advanced topics covered in LPIC-2.

Description

The LPIC-2 Linux Engineer certification demonstrates an advanced proficiency with the Linux operating system and the ability to perform real-world maintenance and administrative tasks. The 201-450 exam focuses on measuring and scaling system performance, configuring the Linux bootloader, advanced storage and network configurations, and other system maintenance tasks.The LPIC-2 Linux Engineer (201-450) Certification Training is an advanced-level course designed for experienced Linux professionals seeking to elevate their skills and expertise in Linux system administration and engineering. This course provides comprehensive coverage of the topics required to pass the LPIC-2 201-450 exam, which is part of the Linux Professional Institute Certification Level 2 (LPIC-2).Whether you are looking to enhance your career prospects, validate your Linux expertise, or broaden your skill set, this course is a valuable investment in your professional development as a Linux engineer. Upon successful completion, participants will be well-prepared to take the LPIC-2 201-450 exam and earn their LPIC-2 certification, showcasing their mastery of advanced Linux administration and engineering.By the end of the LPIC-2 Linux Engineer (201-450) Certification Training, participants will have gained the knowledge and skills necessary to tackle the LPIC-2 exam with confidence.· Understand and analyze performance metrics and resource utilization on Linux systems.· Compile and customize the Linux kernel from source code.· Manage the system startup process using SysV init and systemd.· Manage advanced file system features such as encryption and compression.· Configure advanced networking settings, including routing and network services.· Install, configure, and manage DNS servers.· Configure and manage Apache HTTPD and Nginx web servers.· Configure Samba for file sharing with Windows clients.· Configure Linux clients to connect to various network services, including LDAP, SMB, and NFS

Overview

Section 1: Capacity Planning

Lecture 1 Overview

Lecture 2 Capacity Planning

Lecture 3 Measuring CPU Activity

Lecture 4 Measuring Memory Usage

Lecture 5 Measuring Disk Activity

Lecture 6 Measuring Network Activity

Section 2: Linux Kernel

Lecture 7 Kernel Components

Lecture 8 Kernel Modules

Lecture 9 Compiling a Kernel

Lecture 10 Monitoring the Kernel

Section 3: System Startup

Lecture 11 Managing systemd

Lecture 12 Managing SysV init

Lecture 13 System Recovery with GRUB

Lecture 14 Customizing the Initial RAM Disk

Section 4: Filesystem and Devices

Lecture 15 fstab Configuration

Lecture 16 Swap Partitions

Lecture 17 systemd Mount Units

Lecture 18 Supporting Btrfs

Lecture 19 Working with Encrypted Storage

Section 5: Advanced Device Administration

Lecture 20 Configuring RAID

Lecture 21 Supporting IDE and SATA Disks

Lecture 22 Supporting Solid State Disks

Lecture 23 iSCSI and SAN Storage

Lecture 24 Logical Volume Manager

Section 6: Network Configuration

Lecture 25 Configuring Physical Adapters

Lecture 26 Configuring Wireless Adapters

Lecture 27 Troubleshooting Network Connectivity

Lecture 28 Troubleshooting Name Resolution

Section 7: System Maintenance

Lecture 29 Installing Programs from Source

Lecture 30 Backing up with tar

Lecture 31 Backing up with dd

Lecture 32 Backing up with rsync

Lecture 33 Communicating with Users

Experienced Linux Administrators,System Engineers,Network Administrators:,Linux Trainers and Instructors,IT Professionals Seeking Advancement