System Administration: Compute and Virtualization

Course Duration: 32 Hours of Comprehensive Learning

Mode of Learning:

Choose the learning style that best fits your schedule and preferences:

Online Instructor-Led Training – Learn in real time with live expert-led sessions.
Online Self-Paced Learning – Study anytime, anywhere with flexible recorded modules.
Onsite/Classroom Training – Experience in-person, hands-on learning guided by certified trainers.

What’s Included in the Training Program:

Our industry-leading Training Program is designed to provide a complete learning experience through a perfect blend of theory and practical exposure. Here’s what you’ll get:

Live, Instructor-Led Online Training Sessions
Hands-on Lab Exercises
Certified and Experienced Trainers
Post-Training Support & Mentorship
Comprehensive Learning Resources including eBooks, guides, and reference materials.
Real-World Case Studies & Application Scenarios
Networking Opportunities
Group Projects and Collaborative Learning Activities
Best Practices and Industry Insights.
Access to Recorded Sessions (available for online learners, based on client permissions).
Follow-up Review Sessions.
Tool Demonstrations and Guided Walkthroughs

This training helps you gain the knowledge and hands-on experience needed to advance your career in today’s competitive IT landscape.

Course Content

Overview of System Administration

Role and Responsibilities of a System Administrator
Introduction to IT Infrastructure and System Administration
Key Concepts in System Administration (Hardware, Operating Systems, Networking)
Types of Servers and Their Purposes

Compute Fundamentals

Operating System Fundamentals

System Administration: Compute and Virtualization

Course Duration: 32 Hours of Comprehensive Learning

Mode of Learning:

What’s Included in the Training Program:

Course Content

Overview of System Administration

Role and Responsibilities of a System Administrator

Introduction to IT Infrastructure and System Administration

Key Concepts in System Administration (Hardware, Operating Systems, Networking)

Types of Servers and Their Purposes

Compute Fundamentals

Overview of Compute Resources (CPU, Memory, Storage)

CPU Architecture and Sizing

Memory Management (RAM, Virtual Memory)

Storage Basics: Hard Drives vs. SSDs, RAID Levels

Server Hardware: Understanding Servers, Components, and Specifications

Operating System Fundamentals

Overview of Operating Systems: Linux, Windows, and Unix

Installation and Configuration of OS

OS Kernel and Processes

File Systems and Storage Management

Boot Process and System Initialization

Hands-on Lab:

Installing and Configuring Linux or Windows OS

Configuring File Systems and Basic Storage

Exploring BIOS/UEFI and Bootloader Configuration

Introduction to Virtualization

What is Virtualization?

Types of Virtualization: Hardware, OS-level, Application

Benefits of Virtualization: Cost Reduction, Flexibility, and Scalability

Virtualization Architecture Overview

Virtual Machine (VM) Basic

Overview of Virtual Machines (VMs)

Hypervisors: Type 1 (Bare Metal) vs. Type 2 (Hosted)

VM Lifecycle: Creation, Configuration, and Management

Virtual Network Configuration

Virtual Storage Management

VMware vSphere/ESXi (Optional, or Other Hypervisor)

Installing and Configuring VMware ESXi

vCenter Server Basics and Management

VM Creation and Deployment Using vSphere Client

VM Snapshot and Cloning

Hands-on Lab:

Installing and configuring VMware ESXi or another hypervisor (such as KVM, Hyper-V)

Creating Virtual Machines and Installing Guest Operating Systems

Configuring Virtual Networks and Virtual Storage

Advanced Virtualization Techniques

Virtual Machine Migration and Live Migration

Resource Pooling and Allocation

Load Balancing and High Availability in Virtual Environments

VM Cloning and Template Management

Virtualization Security and Best Practices

Security Considerations in Virtualization Environments

Hardening Hypervisors and VMs

Managing VM Encryption and Data Security

Securing Virtual Networks and Storage

Virtualization Monitoring and Troubleshooting

Tools for Monitoring Virtualization Environments

Performance Tuning for Virtual Machines

Troubleshooting Common Virtualization Issues

Logs and Metrics for Virtualization Infrastructure

Hands-on Lab:

Configuring Resource Pools and VM Migration

Enabling High Availability and Fault Tolerance

Virtual Machine Performance Monitoring and Troubleshooting

Introduction to Cloud Computing and Virtualization

Cloud vs. On-Premises Virtualization

Types of Cloud Environments: Public, Private, Hybrid

Introduction to Cloud Service Providers: AWS, Microsoft Azure, Google Cloud

Cloud Infrastructure and Virtualization in the Cloud

Virtualization Management Tools

Overview of Virtualization Management Platforms (VMware vSphere, Microsoft Hyper-V, Proxmox)

Managing Virtual Environments with Cloud Orchestration Tools

Virtualization Management with Command-Line Tools (PowerShell, SSH, CLI)

Automation and Scripting for Virtualization

Introduction to Scripting in Virtualization (PowerShell, Bash, Python)

Automating Virtual Machine Deployment and Management

Configuring Auto-scaling and Automated Resource Management in Virtual Environments

Hands-on Lab:

Deploying and Managing Virtual Machines using vSphere or Hyper-V