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IT IMS ENGINEERING
Course Code : TCP-ITIMS
Course Code : TCP-ITIMS
Overview
Join TCP India for comprehensive IT IMS Engineering training! Learn computer components, OS, software development, networks, virtualization, data centers, cloud computing, and cyber security. Hands-On training covers VM management, OS installation, file sharing, CLI, networking (OSI layers, firewalls), HTML & WWW basics, and cybersecurity. Explore container virtualization and fundamental computing concepts like Windows installation, printers, and upgrades. Master VMware vSphere installation, VM management, resource pools, and monitoring. Gain Linux skills in command-line, file operations, text editing, networking, and Bash scripting.
An Integrated Management System (IMS) is a comprehensive framework that combines multiple management systems within an organization. It integrates various standards and processes, such as quality management (ISO 9001), environmental management (ISO 14001), occupational health and safety management (ISO 45001), and others, into a unified system. The goal of an IMS is to streamline operations, improve efficiency, and enhance overall performance by eliminating redundancies and aligning processes across different functional areas.
- IT Essentials
- Fundamentals of Computers
- VMware Training Outline
- Linux Fundamentals
Curriculam
- Basic IT Concepts
- Computer Components
- Binary
- Operating Systems
- Applications
- Software Development
- Networks
- Virtualization
- Data Centers
- Cloud Computing
- Cyber Security
- Containers*
- Virtualization Hands-On
- Create a Virtual Machine
- Verify Connectivity
- Deploy an Operating System
- Sharing files between Host and VM
- Managing Virtual Machines
- Operating Systems Hands-On
- Files and Folders Best Practices
- Basic CLI Commands
- Install and Uninstall Applications
- Networking Hands-On
- OSI Layer 1: Physical
- OSI Layer 2: Data Link
- OSI Layer 3: Network
- OSI Layer 4: Transport
- OSI Layer 5,6,7: Session, Presentation, Application
- Firewalls and Next-Gen Firewalls
- HTML & WWW Hands-On
- Internet Infrastructure
- Web Servers
- HTML Basics
- HTML Page Creation 1
- HTML Page Creation 2
- HTML Editors
- Intrinsic Security Hands-On
- Cybersecurity and intrinsic security
- Security solutions
- Encryption
- Containers Hands-On
- Container virtualization
- Container images
- Container applications
- Install Windows
- Install Third-Party Software in Windows
- Install a Printer in Windows
- Share a Printer in Windows
- Install Linux in a Virtual Machine and Explore the GUI
- Operating System Upgrades
- Create a Partition in Windows
- Windows Installation
- Finalize the Windows Installation
- Operating System Upgrades
- Boot Methods
- Explore the Windows Desktop
- Work with Task Manager
- Working with File Explorer
- Explore Control Panel Categories
- User Accounts
- Permissions
- Configure Browser Settings
- Manage Virtual Memory
- Use Device Manager
- Region and Language Options
- Privacy and Gaming
- Monitor and Manage System Resources
- System Utilities
- Manage System Files
- Hard Drive Maintenance
- Work in the Windows Command Shell
- File System Commands
- Disk CLI Commands
- Task and System CLI Commands
- Other Useful Commands
- Share Resources
- Windows Remote Desktop and Assistance
- Manage the Startup Folder
- Schedule a Task Using the GUI and the Command Line
- System Restore and Hard Drive Backup
- Working with Android
- Mobile Device Features
- Passcode Locks
- Operating System Security
- Bitlocker and Bitlocker To Go
- Operating System Login
- Configure Windows Local Security Policy
- Configure Users and Groups in Windows
- Configure Windows Firewall
- Write Basic Scripts in Windows and Linux
- Installing VMware vSphere Graphical User Interfaces
- Introduction on VMware Vsphere
- Features of VMware Vsphere
- Comparsion between VMware Vsphere 5.1 and Vsphere 4.1
- Install the vSphere Client
- Configuring VMware ESXi
- Task 1: Connect to an ESXi host with the vSphere Client
- Task 2: View host hardware configuration
- Task 3: Configure DNS and routing information for an ESXi host
- Task 4: Configure an ESXi host as an NTP client
- Task 5: Configure an ESXi host to use directory services
- Working with Virtual Machines
- Task 1: Create a virtual machine
- Task 2: Install a guest operating system in a virtual machine
- Task 3: Identify a virtual machine’s disk format and usage statistics
- Task 4: Install VMware Tools on a virtual machine installed with a Windows operating system
- Task 5: Prepare your virtual machine for upcoming labs
- Configuring the vCenter Server Appliance
- Task 1: Configure the VCVA for first use
- Task 2: Install vSphere license keys
- Task 3: Create a vCenter Server inventory datacenter object
- Task 4: Create vCenter Server inventory folder objects
- Task 5: Add your ESXi host to the vCenter Server inventory
- Task 6: Configure the vCenter server appliance to use directory services
- Task 7: Use the vSphere Web Client to log in to the vCenter Server Appliance
- Standard Virtual Switches
- Task 1: View the current standard virtual switch configuration
- Task 2: Create a standard virtual switch with a virtual machine port group
- Task 3: Attach your virtual machine to a virtual switch port group
- Accessing iSCSI Storage
- Task 1: Add a VMkernel port group to a standard virtual switch
- Task 2: Configure the iSCSI software adapter
- Accessing IP Storage
- Task 1: Configure access to NFS datastores
- Task 2: View iSCSI and NFS storage information Managing
- VMware vSphere VMFS
- Task 1: Review your shared storage configuration
- Task 2: Change the name of a VMFS datastore
- Task 3: Create a VMFS datastore
- Task 4: Expand a VMFS datastore to consume unused space on a LUN
- Task 5: Remove a VMFS datastore
- Task 6: Extend a VMFS datastore
- Using Templates and Clones
- Task 1: Copy Sysprep files to the vCenter Server appliance
- Task 2: Create a template
- Task 3: Create customization specifications
- Task 4: Deploy a virtual machine from a template
- Task 5: Clone a virtual machine that is powered on
- Modifying a Virtual Machine
- Task 1: Increase the size of a VMDK file
- Task 2: Adjust memory allocation on a virtual machine
- Task 3: Rename a virtual machine in the vCenter Server inventory
- Task 4: Add a raw LUN to a virtual machine and verify that the guest operating system can see it
- Task 5: Expand a thin-provisioned virtual disk
- Migrating Virtual Machines
- Task 1: Configure vCenter Server to manage multiple ESXi hosts
- Task 2: Migrate virtual machine files with Storage vMotion
- Task 3: Create a virtual switch and a VMkernel port group for vMotion migration
- Task 4: Verify that your ESXi host meets vMotion requirements
- Task 5: Verify that your virtual machines meet vMotion requirements
- Task 6: Perform a vMotion migration of a virtual machine on a shared datastore
- Task 7: Prepare for the next lab
- Managing Virtual Machines
- Task 1: Unregister a virtual machine in the vCenter Server inventory
- Task 2: Register a virtual machine in the vCenter Server inventory
- Task 3: Unregister and delete virtual machines from disk
- Task 4: Take snapshots of a virtual machine
- Task 5: Revert to a snapshot
- Task 6: Delete an individual snapshot
- Task 7: Use the Delete All function in Snapshot Manager
- Managing vApps
- Task 1: Create a vApp
- Task 2: Power on a vApp
- Task 3: Remove a vApp
- Access Control
- Task 1: Try to log in directly to the ESXi host
- Task 2: Grant nonadministrator access to a user
- Task 3: Explore the ESX Admins AD group
- User Permissions
- Task 1: Create a custom role in vCenter Server
- Task 2: Assign permissions on vCenter Server inventory objects
- Task 3: Verify permission usability
- Resource Pools
- Task 1: Create CPU contention
- Task 2: Create a resource pool named Fin-Test
- Task 3: Create a Resource Pool named Fin-Prod
- Task 4: Verify resource pool functionality
- Monitoring Virtual Machine Performance
- Task 1: Create CPU activity
- Task 2: Use vCenter Server to monitor CPU utilization
- Task 3: Undo changes made to your virtual machines
- Using Alarms
- Task 1: Create a virtual machine alarm that monitors for a condition
- Task 2: Create a Virtual Machine Alarm that monitors for an event
- Task 3: Trigger virtual machine alarms and acknowledge them
- Task 4: Disable virtual machine alarms
- Using vSphere High Availability
- Task 1: Create a cluster enabled for vSphere HA
- Task 2: Add your ESXi host to a cluster
- Task 3: Test vSphere HA functionality
- Task 4: Determine vSphere HA cluster resource usage
- Task 5: Manage vSphere HA slot size
- Task 6: Configure a vSphere HA cluster with strict admission control
- Task 7: Prepare for upcoming labs
- Configuring VMware vSphere Fault Tolerance
- Task 1: Prepare the virtual machine
- Task 2: Enable Fault Tolerance logging
- Task 3: Activate Fault Tolerance
- Task 4: Test Fault Tolerance
- Task 5: Disable Fault Tolerance
- vSphere Distributed Resource Scheduler
- Task 1: Create load imbalance
- Task 2: Create a DRS cluster
- Task 3: Verify proper DRS cluster functionality
- Task 4: Create, test, and disable an affinity rule
- Task 5: Create, test, and disable an anti-affinity rule
- Task 6: Create, test, and disable a virtual machine to host affinity rule
- VMware vSphere Update Manager
- Task 1: Install Update Manager
- Task 2: Install the Update Manager plug-in into the vSphere Client
- Task 3: Modify cluster settings
- Task 4: Configure Update Manager
- Task 5: Create a patch baseline
- Task 6: Attach a baseline and scan for updates
- Task 7: Stage patches onto ESXi hosts
- Task 8: Remediate the ESXi hosts
- Installing VMware vCenter Server
- Task 1: Install vCenter Server
- The Linux Foundation Philosophy and Concepts
- Linux Basics and System Startup
- Graphical Interface
- System Configuration from the Graphical Interface
- Common Applications
- Command Line Operations
- Finding Linux Documentation
- Processes
- File Operations
- Text Editors
- User Environment
- Manipulating Text
- Network Operations
- The Bash Shell and Basic Scripting
- More on Bash Shell Scripting
- Printing
- Local Security Principles
