Host a static website on AWS EC2 and implement Elastic Load Balancer (ELB) for high availability. Goals: · Traffic distribution · Fault tolerance · Scalability as traffic increases

Skills You'll Gain:

• EC2 instance setup & management
• Load balancing with ELB
• Auto Scaling configuration
• S3 for static content hosting

Description: This project teaches students how to deploy and scale web apps on AWS. Students will start EC2 instances, set up a load balancer, and make auto-scaling groups to handle traffic spikes without any problems. Amazon S3 will serve static content like images and scripts, and Route 53 will handle DNS management and domain mapping. Learners will learn how to set up a web hosting environment that is both cost-effective and highly available, just like businesses do in the real world. This project gives you a lot of practice with AWS cloud infrastructure and scalability.

OutCome:EC2, S3, and Auto Scaling make for a scalable web hosting environment that shows high availability and low-cost deployment on AWS.

Skills You'll Gain:

• Event-driven architecture
• Serverless compute deployment
• API Gateway integration
• DynamoDB for NoSQL storage

Description: Students will make a serverless app with AWS Lambda as part of this project. Students will create functions that run on their own when certain things happen, like API calls or S3 uploads. DynamoDB will be the database that stores and retrieves application data. API Gateway will be the secure entry point for REST APIs. CloudWatch will keep an eye on logs and performance. At the end of this project, students will know everything there is to know about how serverless architectures lower infrastructure costs, make systems more scalable, and provide highly efficient, event-driven cloud solutions.

OutCome:A serverless app that uses Lambda, API Gateway, and DynamoDB to show that you know how to build event-driven architecture and use AWS compute services in a cost-effective way.

Skills You'll Gain:

• VPC networking & security groups
• Multi-tier app architecture
• RDS for relational databases
• IAM for access control

Description:As a final project, students will create and launch a secure multi-tier web application on AWS. Setting up a VPC for network isolation, deploying a frontend on EC2, connecting to an RDS database for storage, and using Elastic Beanstalk for application deployment automation are all parts of the project. IAM roles and policies will make sure that access is managed correctly, and CloudFront will safely deliver content all over the world. This project combines networking, security, and deployment to create architectures that are similar to those used by businesses. This gives students the skills they need to manage AWS environments that are ready for production.

OutCome:A safe multi-tier AWS app with VPC, RDS, and IAM that shows you know how to deploy and manage access to the cloud at the enterprise level.