Cloud Computing

Compute, storage, networking and databases on AWS — from EC2 and S3 to VPCs and auto scaling.

Fees and formats

Enrol in Cloud Computing

About the program

Get hands-on with cloud infrastructure on AWS. You'll launch and manage servers, store data, design secure networks and make applications scale automatically — the core skills behind modern cloud roles.

Highlights

What you will learn

Tools and technologies

AWS, AWS EC2, AWS S3, VPC Routing, Auto Scaling

Curriculum

  1. Introduction to Cloud Computing: Concepts, Service Models, and Modern Use Cases — Introduction to Cloud Computing: Concepts, Service Models (IaaS, PaaS, SaaS), and Modern Use Cases
  2. Cloud Fundamentals: Core Concepts, Service Models, and Use Cases
    • Introduction to Cloud Computing: What It Is and Why It Matters in Modern Technology
    • Key Benefits of Cloud Computing: Scalability, Cost Efficiency, Flexibility, Security, and High Availability
  3. Dedicated Doubt-Clearing and Interactive Discussion Sessions — Dedicated sessions will be conducted to address course-related doubts and encourage discussions
  4. Cloud Fundamentals (Advanced Concepts and Practical Understanding) — Cloud Computing Models: Service Models (IaaS, PaaS, SaaS) and Deployment Models (Public, Private, Hybrid, Multi-Cloud)
  5. Microsoft Azure Fundamentals: Overview of Azure Services and Architecture
    • Introduction to Microsoft Azure: Overview and Core Capabilities
    • Exploring Azure Services: Service Tour and Practical Use Cases
    • Managing Azure Subscriptions: Setup, Configuration, and Access Control
  6. Azure Networking: Virtual Networks, Subnets, and Connectivity
    • Understanding Azure VPN: Purpose, Use Cases, and Hands-On Implementation
    • Introduction to Azure Regions: Geographic Distribution and Availability Zones
    • Virtual Networks (VNet) in Azure: Concepts, Configuration, and Best Practices
  7. Regular Doubt-Clearing and Support Sessions — Regular sessions will be held to resolve course-related doubts and facilitate interactive discussions.
  8. Azure Networking (Advanced Configuration and Security)
    • Implementing N-Tier Architecture in Azure: Design and Best Practices
    • Network Security Groups (NSGs): Configuration and Access Control
    • Azure Load Balancer: Traffic Distribution and High Availability
    • Ensuring Availability and High Availability in Azure Environments
    • Azure Application Gateway: Web Traffic Management and Security
    • Azure DNS: Domain Management and Name Resolution
    • Azure Traffic Manager: Global Traffic Routing and Performance Optimization
  9. Azure Compute Services: Virtual Machines, App Services, and Containers
    • Virtual Machines and Containers in Azure: Deployment and Management
    • Azure App Service: Hosting Web Apps and APIs
    • Serverless Computing in Azure: Functions and Event-Driven Architectures
    • Scaling Virtual Machines in Azure: Autoscaling and Load Management
    • Scaling Availability Sets for High Availability and Fault Tolerance
    • Virtual Machine Types and Sizes: Choosing the Right Compute Resources
    • Azure Kubernetes Service (AKS): Container Orchestration and Management
    • Advanced Azure App Services: Deployment, Scaling, and Monitoring
  10. Azure Storage: Types of Data (Structured, Unstructured) and Storage Solutions
    • Overview of Azure Storage: Architecture, Capabilities, and Use Cases
    • Types of Azure Storage: Blob, File, Queue, Disk, and Data Lake Storage
    • Azure SQL Database: Managed Relational Database Services
    • Azure Cosmos DB: Globally Distributed, Multi-Model Database
    • Azure Blob Storage: Object Storage for Unstructured Data
    • Azure Data Lake Storage: Big Data Storage and Analytics
    • Azure Files: Managed File Shares for Cloud Applications
    • Azure Queue Storage: Messaging and Asynchronous Workflows
    • Disk Storage and Storage Tiers: Standard, Premium, and Ultra Disk Options
    • Storage Security: Encryption, Replication, and Access Management
    • Azure Storage Explorer: Managing and Monitoring Storage Accounts
    • Comparison of Azure Storage vs. On-Premises Storage Solutions
    • Hands-On Labs: Working with Blob and File Storage in Azure
  11. Azure Security: Layered Security Approach and Best Practices
    • Cloud Security Usage Scenarios: Practical Applications and Best Practices
    • Identity and Access Management (IAM): Authentication, Authorization, and Role-Based Access Control
    • Data Encryption: At-Rest, In-Transit, and Key Management
    • Managing Azure Certificates: Secure Communication and SSL/TLS Implementation
    • Network Protection: Securing Virtual Networks and Traffic Flow
    • Protecting Shared Documents and Data in Azure
    • Azure Advanced Threat Protection (ATP): Detecting, Preventing, and Responding to Security Threats
  12. Azure Machine Learning, Cost Optimization, & Backup Services
    • Setting Up Monitoring with Azure Service Health: Alerts, Insights, and Issue Management
    • Implementing Azure Policy: Enforcing Organizational Standards and Compliance
    • Defining IT Compliance Using Azure Policy for Governance
    • Organizing Policies with Initiatives for Streamlined Management
    • Enterprise Governance in Azure: Best Practices and Frameworks
    • Defining Standardized Resources Using Azure Blueprints
    • Monitoring and Ensuring Service Compliance with Azure Compliance Manager
  13. Azure Backup and Recovery Solutions & ARM Templates
    • Azure Key Vault: Securely Manage Secrets, Keys, and Certificates
    • Scheduling and Automating Backups for Azure Virtual Machines (VMs)
    • Configuring Disaster Recovery (DR) Solutions in Azure
    • Cost Management and Optimization: Monitoring Spending and Reducing Cloud Expenses
  14. Project Discussion, Career Guidance, and Course Doubt Resolution
    • Project Overview and Requirements Analysis: Planning and Execution Strategy
    • Project Review, Feedback, and Iterative Improvement Sessions
    • Continuous Doubt Resolution and Mentorship Support
    • Concept Revision, Interactive Q&A, and Knowledge Reinforcement
    • Industry Use Cases and Real-World Application Discussions
    • Career Opportunities and Emerging Roles in Data Science
    • Job Roles, Career Pathways, and Professional Growth Strategies
    • Key Skills, Tools, and Competencies for Industry Readiness

Capstone projects

Eligibility

Basic computer knowledge. Some Linux familiarity helps.

Frequently asked questions

Who can join this program?

Students, fresh graduates and working professionals. No prior experience is needed unless listed under eligibility — we start from the basics.

How are classes delivered?

The program runs for 2 Months. You get recorded lessons you can watch any time, plus weekly live mentor sessions for doubt clearing and project reviews.

Will I get a certificate?

Yes. When you complete all lessons and the capstone project you receive a Wayspire certificate with a unique ID that anyone can verify on our website.

Do you provide placement?

We provide career support — resume reviews, mock interviews and guidance. We do not guarantee jobs or placements.

What if I miss a live session?

Every live session is recorded and added to your learner panel within 24 hours.

Wayspire provides training, mentorship, projects and certification. We do not guarantee jobs, internships, placements or salary packages — career support is guidance to help you in your own job search.

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About this program

What you'll learn

    Tools & skills covered

    Who can join

    Curriculum

    Capstone projects

    Build and deploy real-world projects for your portfolio — every project is reviewed by a mentor.

    Course content

      Get certified

      Verifiable digital certificate

      Complete all lessons and your capstone project to earn a certificate with a unique ID. Employers can verify it at wayspire.in/verify. Add it to LinkedIn in one click.

      Learner reviews

      Frequently asked questions