|
Week - 1
|
|
Cloud Computing Fundamentals: Service Models (IaaS, PaaS, SaaS) and Deployment Types (Public, Private, Hybrid Cloud) |
|
|
Week - 2
|
|
Virtualization Technologies: Virtual Machines (VM), Hypervisors, Resource Allocation, and Isolation |
|
|
Week - 3
|
|
Introduction to Container Architectures: Container Structures (Docker), Comparison with Virtual Machines, and Isolation Logic |
|
|
Week - 4
|
|
Image Management: Dockerfile Preparation, Container Registry Management, and Microservices Integration |
|
|
Week - 5
|
|
Orchestration Systems 1: Kubernetes Fundamentals, Cluster Management Components, and Pod Architecture |
|
|
Week - 6
|
|
Orchestration Systems 2: Service Discovery, Auto-Scaling, and Load Balancing |
|
|
Week - 7
|
|
Serverless Computing: Function-as-a-Service (FaaS), Event-Driven Architectures, and Back-End Connections |
|
|
Week - 8
|
|
Midterm Exam |
|
|
Week - 9
|
|
Cloud Databases: Managed Services (RDS, DynamoDB, etc.), Data Storage Solutions, and Automated Backup |
|
|
Week - 10
|
|
Continuous Integration and Continuous Deployment (CI/CD): Creating Deployment Pipelines and Release Management |
|
|
Week - 11
|
|
Infrastructure as Code (IaC): Provisioning and Managing Cloud Resources with Code (Terraform, CloudFormation) |
|
|
Week - 12
|
|
Cloud Security 1: Identity and Access Management (IAM), User Authorization, and Role-Based Controls |
|
|
Week - 13
|
|
Cloud Security 2 and FinOps: Network Security (VPC, Firewall), Advanced Threat Protection, and Cost Optimization |
|
|
Week - 14
|
|
Modern Cloud Architectures Applications: End-to-End Deployment on Real-World Scenarios and Project Presentations |
|