Diploma in Cloud Computing Course
About Cloud Computing:
Cloud computing delivers computing services like servers, storage, databases, networking, software, analytics, and intelligence over the internet, known as "the cloud," rather than through local hardware or data centers. Users access these on-demand resources from Cloud service providers such as AWS, Azure, or Google Cloud, paying only for what they use. This model eliminates the need to manage physical infrastructure, allowing businesses to focus on core operations while benefiting from flexibility, global reach, and automatic updates. Examples include streaming Netflix or storing files on Google Drive.
Why you should learn Cloud Computing:
Cloud Computing equips professionals with skills for scalable IT infrastructure, while job demand remains exceptionally high due to widespread business adoption. Mastering it opens doors to lucrative roles across industries. Learning cloud computing future-proofs careers amid digital transformation.
Job Market Demand
A Gartner report notes 75% of organizations adopting cloud-first strategies by 2025, surging demand for experts. Cloud architects average salary far exceeds traditional IT salaries. High demand translates to better security, standout resumes, and versatile transitions between sectors
Course Contents
| A+ Basic Hardware: |
|---|
|
Motherboard |
|
Processors |
|
Memory |
|
Storage Devices |
|
OS installations |
|
BIOS and SMOS settings |
|
Installing and configuring printers |
|
Overview of windows and features |
|
Windows administration |
|
Preventive Maintenance in Windows |
|
Computer viruses and Threats |
|
Basic troubleshooting concepts |
|
Troubleshooting PC Hardware |
|
Troubleshooting Windows |
|
Software Installation, Formatting |
| N+ Basic Network |
|---|
|
Types of network cables and connectors |
|
IP classes: Class-A, Class-B, Class-C |
|
Ipv4 & Ipv6 |
|
Public and Private network |
|
Static and Dynamic |
|
Client side DNS |
|
DHCP |
|
Subnet mask |
|
Gateway |
|
TCP and UDP ports |
|
Protocols and their purpose |
|
Encryption types |
|
MAC filtering |
|
Wireless encryption |
|
Firewall, NAT, WPS, DMZ, DHCP |
|
Internet connection types and features |
|
Types of networks |
|
Topologies |
|
Network devices |
| CCNA |
|---|
|
Fundamentals of Networking |
|
Enterprise Network |
|
OSI Reference Model and TCP/IP Protocol Suite |
|
Function of DNS and DHCP |
|
Media Access Control (MAC) |
|
Packet delivery process |
|
Network Security |
|
Internetwork Operating System (IOS) |
|
Port Security |
|
Troubleshooting Switching issues |
|
Initial Start-up of the Cisco Router |
|
Using the Cisco SDM |
|
Device Configuration |
|
Advanced Dynamic Routing Protocols |
|
Link State Routing Protocol |
|
Switching Technology |
|
VLAN and Trunks |
|
Ports used in a Switch for VLAN |
|
STP Configuration and Monitoring |
|
Network Address Translation (NAT) |
|
Advanced Wide Area Network. |
| MCSA |
|---|
|
Installing & Configuring Windows Server 2012 |
|
Introduction to Active Directory Domain Services |
|
Services Administration |
|
Implementing Ipv4 |
|
Implementing DHCP |
|
Implementing DNS |
|
Implementing Local Storage |
|
Implementing File and Print Services |
|
Implementing Group Policy |
|
Securing Windows Servers Using Group |
|
Policy Objects |
|
Administering Windows Server 2012 |
|
Managing User and Service Accounts |
|
Configuring and Troubleshooting Remote Access |
|
Configuring and troubleshooting the Network Policy Server Role |
|
Optimizing File Services |
|
Configuring Encryption and Advanced Auditing |
|
Monitoring Windows Server 2012 |
|
Implementing Advanced Network Services |
|
Implementing Advanced File Services |
|
Implementing Dynamic Access Control |
|
Implementing Network Load Balancing |
|
Implementing Failover Clustering |
|
Implementing Failover Clustering with Hyper-V |
|
Implementing Disaster Recovery |
|
Implementing Distributed Active Directory |
|
Domain Services Deployments |
|
Implementing Active Directory Domain |
|
Services Sites and Replication |
| RHCSA |
|---|
|
Red Hat System Administration |
|
Manage Files Graphically with Nautilus |
|
Configure Local Services |
|
Manage Physical Storage |
|
Manage Logical Volumes |
|
Monitor System Resources |
|
Manage System Software |
|
Establish Network Connectivity |
|
Administer Users and Groups |
|
Manage Files |
|
Administer Remote Systems |
|
Configure General Services |
|
Manage Virtual Machines |
|
Control the Boot Process |
|
Deploy File Sharing Services |
|
Secure Network Services |
|
Network Configuration and Troubleshooting, |
|
Managing Flexible Storage with the Logical Volume Manager (LVM) |
|
NFS and CIFS |
|
Managing User Accounts |
|
Network User Accounts with LDAP |
|
Managing SELinux |
|
Installing and Managing Software |
|
Managing Processes |
|
Tuning and Maintaining the Kernel |
|
System Recovery Techniques |
| VMware virtualization EXSi |
|---|
|
Implementing and Managing VMWare Virtualization Solution |
|
Creating Virtual Machines |
|
VMware vCenter Server |
|
Configuring and Managing Virtual Networks |
|
Configure virtual switch load balancing algorithms |
|
Configuring and Managing Virtual Storage |
|
Configure ESXi with iSCSI |
|
Create and manage VMware vSphere, |
|
Introduce VMware vSphere |
|
Virtual Machine Management |
|
Integrate ESXi with Active Directory |
|
Introduce VMware vShield products |
|
Installing VMware Components |
|
Describe vCenter Server hardware |
| AWS-Solution architect associate: |
|---|
|
Identity Access Management (IAM) |
|
AWS Object Storage and CDN- S3 Glacier and Cloud Front |
|
S3 introduction |
|
Data consistency model |
|
Lifecycle Management |
|
Static Website Hosting |
|
Transfer Acceleration |
|
Storage Management |
|
Cloud Front introduction |
|
EC2 |
|
Load Balancers |
|
IAM roles with EC2 |
|
Elastic Beanstalk |
|
Lambda |
|
Route53 |
|
VPC |
|
Internet Gateway |
|
Security Group |
|
Network ACL |
|
Virtual Private Gateway |
|
Databases on AWS |
|
Application Services |
|
API Gateway |
|
Lambda |
|
Elastic Transcoder |
OR
| Microsoft Azure AZ-104 |
|---|
|
Manage Azure Active Directory (Azure AD) objects |
|
Manage role-based access control (RBAC) |
|
Manage subscriptions and governance |
|
Implement and manage storage |
|
Secure storage |
|
Configure Azure files and Azure blob storage |
|
Deploy and manage Azure compute resources |
|
Automate deployment of virtual machines (VMs) |
|
Create and configure containers |
|
Configure and manage virtual networking |
|
Secure access to virtual networks |
|
Configure load balancing |
|
Integrate an on-premises network with an Azure virtual network |
|
Implement backup and recovery |
| Devops |
|---|
|
Devops concept and tools |
|
SDLC practices |
|
Cloud Fundamentals & Identity Management |
|
Virtualization |
|
High Availability and Fault Tolerance and Scalability |
|
Introduction to DevOps and DevSecOps |
|
Containers and Compute Management |
|
Configuration Management Container Orchestration |
|
Secure SDLC and CI/CD pipeline |
|
Software Component Analysis (CSA) in CI/CD pipeline |
|
SAST (Static Analysis) in CI/CD pipeline |
|
DAST (Dynamic Analysis) in CI/CD pipeline |
|
Infrastructure as Code and Its Security |
|
Git and Jenkins Attack |
|
Attacking Docker Containers Misconfiguration |
|
Kubernetes Attacking and Defending |
|
Intro to Cloud -DevSecOps (AWS, Azure) |
| Python |
|---|
|
Python Introduction |
|
Environment |
|
String Handling |
|
Operators |
|
Flow Controllers |
|
Collections |
|
Functions |
|
Modules |
|
Packages |
|
File Handling |
|
Oops Concepts |
|
Regular Expressions |
|
Database Access |
|
Introduction to RDBMS |
|
Installation of MySQL |
|
Multi-Threading |
|
Component and events |
|
Page Creation |
