AWS Cloud Computing & DevOps – Complete Hands-On Course

Cloud computing and DevOps have become important skills for professionals working in modern IT environments. This AWS Cloud Computing & DevOps – Complete Hands-On Course is designed to take learners from the fundamentals of AWS to real-world cloud and DevOps implementation.

The course covers essential AWS services, cloud networking, security, compute, storage, databases, monitoring, serverless technologies, containers, CI/CD, and deployment automation. Along with learning concepts, students will get practical exposure through demonstrations, hands-on tasks, and real-time projects.

The course is suitable for beginners, students, working professionals, aspiring Cloud Engineers, DevOps Engineers, and IT professionals who want to build practical AWS skills.

What Will You Learn in the AWS Cloud Computing & DevOps Course?

1. AWS Networking & VPC

The course begins with AWS networking and Virtual Private Cloud (VPC) concepts. Learners will understand how cloud networks are created, configured, secured, and connected.

Topics covered include:

• IP Addressing and Networking Fundamentals

• VPC Creation and Configuration

• Public and Private Subnets

• Route Tables

• VPC Peering

• VPC Endpoints

• VPC Flow Logs

• NAT Gateway

• Transit Gateway

• Practical Networking Scenarios

2. Amazon EC2 & Compute

Amazon EC2 is an important AWS compute service used to run applications and workloads in the cloud. This section introduces EC2 and its practical configuration.

Learners will cover:

• Introduction to EC2

• EC2 Instance Types

• Instance Configuration

• Security Groups

• Network ACLs (NACLs)

• Elastic IP

• Amazon Machine Images (AMI)

• Introduction to Packer

• Real-world EC2 configurations

3. Load Balancing & High Availability

This section focuses on distributing application traffic and creating highly available AWS environments. Learners will work with load balancing and Auto Scaling concepts.

Topics include:

• Network Load Balancer (NLB)

• Application Load Balancer (ALB)

• Route 53 Integration

• Auto Scaling Groups

• Auto Scaling Configuration

• Testing and Monitoring Auto Scaling

• High Availability concepts

4. Amazon Route 53

Amazon Route 53 provides DNS and routing capabilities for applications hosted on AWS. Learners will understand DNS fundamentals and configure routing policies through practical exercises.

The module covers:

• Introduction to Route 53

• DNS Fundamentals

• Routing Policies

• Weighted Routing

• Practical DNS configuration

• Route 53 with Load Balancers

5. AWS IAM & Security

Security and access management are essential parts of working with AWS. This module introduces AWS Identity and Access Management (IAM) and role-based access.

Learners will study:

• IAM Users and Roles

• IAM Policies

• Attaching Policies to Roles

• Role-Based Access

• Advanced IAM Role Configuration

• AWS Security Best Practices

6. AWS Databases

AWS provides different database services for different application requirements. This section introduces common cloud database options and their use cases.

Topics covered include:

• Types of Cloud Databases

• Amazon RDS

• Creating and Configuring RDS

• DynamoDB

• Amazon Redshift

• Database Selection and Use Cases

7. Serverless Architecture

The serverless module introduces AWS services used to build event-driven applications without managing traditional servers.

Learners will work with:

• AWS Lambda

• Amazon API Gateway

• DynamoDB Integration

• Creating Lambda Functions

• Event-driven applications

• Practical Serverless Architecture

8. AWS Storage

Storage is another key part of cloud infrastructure. This module covers AWS storage services and different storage options for application and infrastructure requirements.

Topics include:

• Amazon S3

• S3 Storage Classes

• Static Website Hosting

• S3 Lifecycle Rules

• Amazon S3 Glacier

• Amazon FSx

• AWS WorkSpaces

• Storage selection and use cases

9. Monitoring & Management

Monitoring helps identify infrastructure and application issues and supports troubleshooting. Learners will work with AWS management and monitoring services.

This module covers:

• AWS Systems Manager

• Systems Manager Tasks

• Amazon CloudWatch

• Custom CloudWatch Metrics

• Enhanced Monitoring

• CloudWatch Alarms

• Notifications

• Real-time monitoring and troubleshooting

10. AWS Event-Driven Services

Event-driven architecture allows AWS services to respond to events and automate workflows.

Learners will study:

• Amazon EventBridge

• EventBridge with Lambda

• Event-driven automation

• Automated AWS workflows

11. AWS DevOps & CI/CD

The DevOps section introduces AWS tools used for source management, building applications, deployment, and CI/CD automation.

Topics covered include:

• AWS Cloud9

• AWS CodeCommit

• AWS CodeBuild

• AWS CodeDeploy

• AWS CodePipeline

• CI/CD Pipeline

• Automated Application Deployment

• Real-time deployment tasks

12. AWS Configuration & Application Deployment

This module focuses on configuration management and application deployment using AWS services.

Learners will work with:

• AWS Config

• AWS Elastic Beanstalk

• Application Deployment

• Configuration Management

• Real-world deployment scenarios

13. Containers on AWS

Containerization is widely used for deploying modern applications. This section introduces Docker and AWS container services.

Topics include:

• Docker Fundamentals

• Amazon ECR

• Amazon ECS

• Deploying Docker Containers on AWS

• ECS Fargate

• Serverless Container Deployment

• Real-time container projects

14. Kubernetes on AWS

The Kubernetes module introduces Amazon EKS and application deployment using Kubernetes on AWS.

Learners will cover:

• Amazon EKS

• Kubernetes Fundamentals

• Deploying Applications on EKS

• Docker + Kubernetes

• Real-world EKS deployment

• Voting Application Deployment Project

15. AWS Amplify

The final module introduces AWS Amplify for application hosting and deployment, including React application deployment.

Topics covered include:

• Introduction to AWS Amplify

• Deploying React Applications

• Application Hosting

• Security Best Practices

• Cost Optimization

Hands-On Projects in the AWS Cloud & DevOps Course

Practical learning is an important part of this course. Throughout the training, students will work on hands-on projects covering different areas of AWS Cloud and DevOps.

Projects include:

• VPC Networking Project

• EC2 Deployment Project

• Load Balancer & Auto Scaling Project

• Route 53 DNS Project

• RDS Database Project

• Serverless Application using Lambda, API Gateway & DynamoDB

• S3 Static Website Project

• CloudWatch Monitoring Project

• CI/CD Pipeline Project

• Docker Application Deployment using ECS

• ECS Fargate Serverless Container Project

• Kubernetes Application Deployment using EKS

• React Application Deployment using AWS Amplify

• Real-time AWS Cloud & DevOps Tasks

These projects provide practical exposure to AWS infrastructure, application deployment, monitoring, automation, containers, serverless technologies, and DevOps workflows.

Course Outcome

By the end of this course, students will have practical knowledge of AWS Cloud and DevOps technologies. They will be able to:

• Build and configure AWS infrastructure

• Deploy applications on AWS

• Configure secure cloud networks

• Work with EC2, VPC, S3, RDS, DynamoDB and Lambda

• Implement Load Balancing and Auto Scaling

• Configure IAM and AWS security

• Monitor infrastructure using CloudWatch

• Build CI/CD pipelines

• Deploy Docker containers using ECS and Fargate

• Deploy applications using Amazon EKS

• Work with AWS serverless services

• Perform real-world cloud deployment and troubleshooting tasks

• Understand common AWS Cloud and DevOps interview questions

Who Can Join This Course?

The course is designed for learners at different stages of their AWS and DevOps journey. It is suitable for:

• Students and Freshers

• Beginners in Cloud Computing

• AWS Aspirants

• Software Developers

• System Administrators

• DevOps Aspirants

• Cloud Engineers

• IT Professionals

• Anyone interested in learning AWS through hands-on practice

Prerequisites

Basic computer knowledge is sufficient to join the course. Programming knowledge is helpful but not mandatory.

The course focuses on concepts + practical demonstrations + real-world projects, making it suitable for learners starting their AWS journey as well as professionals looking to strengthen their practical skills.

Start Learning AWS Cloud and DevOps Through Practical Training

This AWS Cloud Computing & DevOps – Complete Hands-On Course brings together AWS fundamentals, networking, compute, databases, storage, security, monitoring, serverless architecture, CI/CD, containers, Kubernetes, and application deployment.

With practical demonstrations, hands-on projects, and real-time AWS Cloud and DevOps tasks, learners can develop practical knowledge across the technologies covered in the course.

Frequently Asked Questions

1. What does Hitesh's AWS Cloud Practitioner course cover?

The course covers AWS networking, VPC, EC2, load balancing, Route 53, IAM, databases, storage, Lambda, monitoring, EventBridge, CI/CD, application deployment, Docker, ECS, Kubernetes, EKS, and AWS Amplify. It also includes hands-on projects across these areas.

2. Is this AWS course suitable for beginners?

Yes. The supplied course description states that basic computer knowledge is sufficient and programming knowledge is helpful but not mandatory. The course begins with AWS fundamentals before progressing into practical cloud and DevOps topics.

3. Does the course include hands-on AWS projects?

Yes. Projects include VPC networking, EC2 deployment, load balancing and Auto Scaling, Route 53, RDS, Lambda-based serverless applications, S3 hosting, CloudWatch monitoring, CI/CD, ECS, Fargate, EKS, and AWS Amplify.