AWS With Java
Amazon Web Services (AWS) is a comprehensive cloud platform that offers a wide range of on-demand computing services, including computing power, storage options, and databases, accessible via the internet. When working with AWS in Java, developers can leverage the AWS SDK for Java, which provides a set of libraries and tools that simplify the process of integrating AWS services into Java applications. This allows developers to easily create, manage, and scale applications using various AWS services, such as Amazon S3 for storage, Amazon EC2 for computing resources, and Amazon RDS for managed databases. The SDK supports asynchronous programming models, making it easier to build responsive applications that can handle cloud operations efficiently. By utilizing AWS with Java, developers can enhance their applications' capabilities, scalability, and reliability while taking advantage of the robust infrastructure provided by AWS.
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1 - Introduction to AWS: An overview of Amazon Web Services (AWS), its significance in cloud computing, and its global infrastructure.
2) Setting Up AWS Account: A step by step guide on how to create and configure a free tier AWS account for students to practice.
3) Introduction to Cloud Computing: Fundamental concepts of cloud computing, including types (IaaS, PaaS, SaaS), deployment models, and benefits of using cloud services.
4) AWS Core Services: Explore the core services like EC2 (Elastic Compute Cloud), S3 (Simple Storage Service), RDS (Relational Database Service), and Lambda.
5) Java Development Environment: Setting up a Java development environment using Eclipse or IntelliJ IDEA, including installing the JDK and configuring IDE settings.
6) AWS SDK for Java: Introduction to the AWS SDK for Java, how to install it, and its advantages for interacting with AWS services programmatically.
7) Creating EC2 Instances with Java: A hands on tutorial on launching and managing EC2 instances using the AWS SDK for Java.
8) Working with S3: Practical examples of uploading and retrieving files from Amazon S3 using Java, demonstrating bucket creation and file management.
9) DynamoDB and Java: Introduction to Amazon DynamoDB and a coding session on how to use the DynamoDB SDK with Java to perform CRUD operations.
10) Using RDS with Java: How to connect to and interact with Amazon RDS (MySQL/PostgreSQL) databases from Java applications.
11) Serverless Applications with AWS Lambda: Overview of serverless architecture and a session on deploying Java applications with AWS Lambda.
12) AWS IAM and Security Best Practices: Understanding AWS Identity and Access Management (IAM), creating roles and policies for secure Java applications.
13) Monitoring and Logging with AWS CloudWatch: Setting up monitoring and logging for your applications, understanding metrics, and creating alarms.
14) Introduction to AWS Elastic Beanstalk: A beginner's guide to deploying Java applications with Elastic Beanstalk, explaining the Platform as a Service (PaaS) model.
15) Building RESTful APIs with AWS API Gateway: How to create and manage RESTful APIs using AWS API Gateway and connect them with Java backend services.
16) Best Practices for Developing Cloud Native Applications: Discuss design patterns, microservices architecture, and principles of cloud native application development with Java.
17) Cost Management on AWS: Understanding AWS pricing models, budgeting tools, and cost optimization strategies for students to manage their resources effectively.
18) Final Project: An integrative project where students will design and implement a cloud based application using AWS services and Java, showcasing their learned skills.
This comprehensive training program will provide students with a solid foundation in using AWS with Java in real world scenarios.
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