15 Best AWS Project Ideas for Beginners You Must Try in 2025!

AWS projects involve building applications, such as serverless websites using S3 and chatbots with Lex, to develop practical expertise. These projects teach you how to integrate services like Lambda, API Gateway, and IAM for scalable, event-driven cloud applications.

Exploring AWS project ideas sharpens your technical skills, which is crucial for roles in cloud computing, DevOps, or AI.

In this blog, we will explore 15 practical AWS project ideas tailored for beginners, designed to help you build valuable skills for enterprise-grade applications. 

Top 15 AWS Project Ideas for Beginners in 2025

These AWS project ideas help beginners develop practical skills using services such as Lambda, S3, and SageMaker. Each project introduces core AWS tools for serverless computing, automation, and cloud-native application deployment.

If you're looking to strengthen your expertise in cloud computing, DevOps, and scalable application deployment, these top-rated courses can help you get started:

• Master the Cloud and Lead as an Expert Cloud Engineer
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Here are some of the beginner-friendly AWS project ideas to enhance your practical skills in cloud computing:

1. Launch a Static Website Using AWS S3 and CloudFront

Wish to make your website online soon? You can quickly and economically design a static website, making use of AWS S3 to host files and CloudFront for the delivery of content. This is an ideal AWS S3 project for beginners that teaches basic concepts in website hosting while learning about cloud services that support scale. By deploying a static website, you will learn how to use AWS services to make websites accessible globally with reduced latency and faster loading times. 

The project teaches you how to set up and configure AWS S3 and CloudFront for reliable and scalable website hosting. It also provides insights into the cost-effective nature of static website hosting and the benefits of content delivery networks (CDNs).

Prerequisites:

• Basic knowledge of web development (HTML, CSS, JavaScript).
• AWS account and access to the AWS Management Console.
• Familiarity with cloud services and basic networking.
• Understanding of static websites and CDN concepts.

Tools and Technologies Used:

• AWS S3: For storing the files for your website.
• AWS CloudFront: To deliver the website to your users at high speeds. 
• HTML/CSS: Creating or using a static website template.

Skills You Will Learn:

• Hosting static websites on AWS.
• Working with AWS S3 for file storage and CloudFront for content delivery.
• Configuring and optimizing CloudFront for global performance.
• Basic understanding of cloud hosting and CDN technologies.

2. Building a Serverless Web App with AWS Lambda and API Gateway

In this project, you will create a web app that employs AWS Lambda for its backend work and API Gateway to handle communications with app users. Serverless apps scale automatically, automatically reducing costs while improving efficiency. Event-driven systems, such as Amazon Web Services projects, are useful in explaining how a system of tasks can be activated by a specific event to save time and resources. Most engineering software engineers use these systems to ensure the apps they develop remain resilient and adaptable. 

Prerequisites:

• Basic understanding of cloud computing concepts.
• Familiarity with JavaScript and Node.js.
• Knowledge of RESTful APIs and HTTP methods.
• AWS account and access to AWS Lambda and API Gateway.

Tools and Technologies Used:

• AWS Lambda: For running backend code without managing servers.
• AWS API Gateway: For creating and managing APIs to connect the frontend with the backend.
• JavaScript/Node.js: For writing the application’s logic and functions.
• Postman/cURL: For testing API endpoints
• HTML/CSS: To design a user interface for your web app

Skills You Will Learn

• Building serverless applications using AWS Lambda and API Gateway.
• Creating and testing APIs for backend communication.
• Understanding event-driven computing and serverless architectures.
• Integrating frontend technologies with serverless backend services.

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3. Machine Learning with AWS SageMaker

Using SageMaker, you learn to pick a dataset and let a trained model get to work for you. Now many sectors rely on machine learning: from health to finance and online shopping. SageMaker lets you bypass all the hard parts of systems and jump right into models. It's a wonderful means to start hands-on practice in AI while tapping into all the big resources offered by AWS. Here's one of the simplest AWS projects for students. 

Prerequisites:

• Basic knowledge of machine learning concepts.
• Experience with Python and machine learning libraries (TensorFlow, scikit-learn).
• Familiarity with AWS S3 for data storage.
• Understanding of datasets and model evaluation techniques.

Tools and Technologies Used:

• Python: For interacting and coding in SageMaker
• AWS SageMaker: For building, training, and deploying machine learning models.
• TensorFlow and sci-kit-learn: Popular machine learning libraries for training models.
• AWS S3: For storing datasets used in training models.

Skills You Will Learn

• Using AWS SageMaker to create and deploy machine learning models.
• Preprocessing and cleaning datasets in AWS.
• Training and evaluating machine learning models.
• Understanding the end-to-end ML workflow, from data processing to model deployment.

4. Automate Notifications Using AWS Lambda and SNS

AWS Lambda and Amazon SNS (Simple Notification Service) will help send messages across multiple operational in real-time channels, including email, SMS, or mobile push notifications. These AWS Lambda projects introduce event-driven programming, where Lambda functions trigger notifications based on certain conditions or events. Whether it’s sending alerts for stock changes in an e-commerce app or updates in a workflow, this project shows how AWS cloud services can help you be more efficient. 

Prerequisites:

• Basic understanding of event-driven architectures.
• Knowledge of AWS Lambda and SNS services.
• Familiarity with scripting (Python or Node.js).
• Experience with messaging and notification systems.

Tools and Technologies Used:

• AWS Lambda: For creating serverless event-driven functions.
• Amazon SNS: For sending notifications via different channels (email, SMS).
• Node.js or Python: For scripting the Lambda function logic.

Skills You Will Learn

• Automating notifications using AWS Lambda and SNS.
• Creating event-driven architectures for real-time notifications.
• Managing notifications across multiple channels.
• Integrating AWS services to build scalable alert systems.

Also read: Types of Cloud Computing & Cloud Computing Services [2025]

5. Creating a Chatbot using AWS Lex

Chatbots are revolutionizing customer service by automating repetitive processes and facilitating 24/7 client communication. AWS Lex is an NLU service that makes it simple to create conversational user interfaces. This AWS chatbot project provides an outstanding introduction to AI-powered communication tools, which entail creating a chatbot that can comprehend and react to user input. 

AWS Lex enables the design of chatbots for various use cases, from appointment booking to answering FAQs. Its integration with multiple AWS services further enhances its practicality as a tool. 

Prerequisites:

• Basic understanding of natural language processing (NLP).
• Familiarity with AWS services (Lex, Lambda).
• Knowledge of JSON for defining intents and responses.
• Basic programming skills (Python or Node.js).

Tools and Technologies Used:

• AWS Lex: For creating the chatbot and defining intents.
• AWS Lambda: For processing the chatbot’s logic and connecting with backend services.
• JSON: For defining the intents and responses.

Skills You Will Learn

• Building conversational chatbots using AWS Lex.
• Integrating AI-based solutions for user interaction.
• Leveraging AWS Lambda to enhance chatbot functionality.
• Understanding natural language processing (NLP) for chatbot development.

6. Deploy a Web Application with AWS Elastic Beanstalk

Managing servers, databases, and configurations is a common task while installing web applications. By enabling the application to be deployed and scaled automatically, AWS Elastic Beanstalk streamlines this procedure. AWS Elastic Beanstalk is a platform-as-a-service (PaaS) offering that simplifies the deployment of web applications by managing the infrastructure for you. It is a great option for hosting dynamic web applications because it supports a large number of programming languages and frameworks.

This project saves you time and effort by letting you concentrate on the development side while Elastic Beanstalk handles the underlying infrastructure. Doing this project would be ideal for developers who want to focus on their application code without worrying about infrastructure management.

Prerequisites:

• Basic understanding of web application development (Node.js, Java, Python).
• Familiarity with AWS services and CLI.
• Knowledge of application deployment concepts.
• AWS account and access to Elastic Beanstalk.

Tools and Technologies Used:

• AWS Elastic Beanstalk: For managing application deployment and infrastructure.
• Node.js, Java, or Python: Programming languages for writing the application code.
• AWS CLI: For interacting with Elastic Beanstalk through the command line.

Skills You Will Learn:

• Deploying web applications using Elastic Beanstalk.
• Managing scalable web environments with automatic scaling and load balancing.
• Using AWS CLI for environment configuration and management.
• Understanding PaaS and server management without manual configuration.

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7. Create a Custom Alexa Skill Using AWS Lambda

Voice assistants like Alexa are revolutionizing how people use technology. In order to construct a custom Alexa skill that will allow Alexa to perform tasks or respond with tailored responses, you will need to use AWS Lambda. Investigating voice-driven apps and how they integrate with cloud services is ideal for this research. 

This AWS project focuses on creating a custom voice-based Alexa skill using AWS Lambda. Herein, you will learn how to integrate Lambda to handle the backend logic of the skill and utilize the Alexa Skills Kit (ASK) to define the interaction model. Through this project, you will gain hands-on experience in building voice-activated applications and AI-driven voice assistants.

Prerequisites:

• Basic understanding of voice assistant technology and Alexa.
• Familiarity with AWS Lambda and serverless computing.
• Knowledge of JSON for defining Alexa intents and responses.
• Experience in JavaScript or Python programming.

Tools and Technologies Used:

• AWS Lambda: For writing backend logic for Alexa Skills.
• Alexa Skills Kit (ASK): To create and manage Alexa skill interactions.
• JSON: For defining the intents, slots, and responses in the skill.

Skills You Will Learn:

• Developing voice-enabled applications with Alexa.
• Using AWS Lambda for serverless backend logic.
• Integrating Alexa Skills Kit with AWS services.
• Understanding the development process for custom Alexa skills.

8. Setting up Real-Time Data Processing using AWS Kinesis

Applications such as live analytics, fraud detection, and IoT device monitoring require real-time data processing. AWS Kinesis enables scalable streaming data gathering, processing, and analysis. This project will investigate the creation of real-time data pipelines that generate insights as events take place. By working with AWS Kinesis, you'll learn to handle large volumes of streaming data and automate data transformations and storage for analysis.

Prerequisites:

• Basic knowledge of data processing and streaming.
• Familiarity with AWS Kinesis and Lambda.
• Experience with programming languages like Python or Java.
• AWS account and access to AWS Kinesis and Lambda.

Tools and Technologies Used:

• AWS Kinesis: For real-time data ingestion and processing.
• AWS Lambda: For stream processing and data transformations.
• Python or Java: Programming languages used for writing processing logic.

Skills You Will Learn:

• Setting up and configuring real-time data streams using AWS Kinesis.
• Processing and transforming streaming data using AWS Lambda.
• Integrating Kinesis with other AWS services like S3 or RDS for data storage.
• Building real-time analytics pipelines for data-driven applications.

9. Build a Content Recommendation System Using AWS

Recommendation algorithms are powering personalized user experiences, such as personalized movies and product suggestions. In this project, you will build a recommendation system using either Amazon Personalize or AWS SageMaker.

You will learn how cloud-based machine learning technologies facilitate the development of intelligent systems that improve user pleasure and engagement, as well as recommendation algorithms. This project will provide you with practical experience in building intelligent systems that enhance user engagement.

Prerequisites:

• Basic understanding of machine learning and recommendation algorithms.
• Experience with Python for data preparation and scripting.
• Familiarity with AWS SageMaker or Amazon Personalize.
• Knowledge of AWS S3 for data storage.

Tools and Technologies Used:

• AWS SageMaker or Amazon Personalize: For training and deploying recommendation models.
• Python: For data processing and model development.
• AWS S3: For storing datasets and content data.

Skills You Will Learn:

• Building custom content recommendation systems using machine learning.
• Working with AWS machine learning services like Amazon Personalize and SageMaker.
• Preparing and preprocessing data for recommendation models.
• Understanding how recommendation algorithms impact user experience and engagement.

Also read: Top 20+ Cloud Computing Projects GitHub For Beginners in 2025 (With Source Code)

10. Monitor AWS Resources Using CloudWatch

Applications' performance and dependability depend on the monitoring of cloud infrastructure. AWS CloudWatch is a management and monitoring tool that provides information about your AWS apps and resources. In this project, you will configure CloudWatch to monitor events, logs, and metrics. This is a beginner friendly AWS project for students which will enable you to identify and address issues proactively. 

Prerequisites:

• Basic understanding of cloud infrastructure and monitoring.
• Familiarity with AWS CloudWatch and AWS Lambda.
• Knowledge of AWS services such as EC2, RDS, and Lambda.
• AWS account and access to CloudWatch and other monitoring tools.

Tools and Technologies Used:

• AWS CloudWatch: For monitoring logs, metrics, and events.
• AWS Lambda: For automating responses to CloudWatch alerts.
• AWS CLI or Management Console: For configuring monitoring and alarms.

Skills You Will Learn:

• Setting up and configuring AWS CloudWatch to monitor resources.
• Creating CloudWatch alarms for real-time alerting.
• Analyzing performance metrics and logs to troubleshoot issues.
• Building custom dashboards for monitoring AWS resources.

Also read: Top 9 Cloud Computing Examples in 2025

11. Smart Home Automation with AWS IoT

In this project, you will create a smart home system that can control various devices like lights, thermostats, and cameras through the cloud. By using AWS IoT Core, you will manage device communication and integrate AWS Lambda for processing the data and responding to events in real-time. The system will rely on IoT protocols such as MQTT and HTTP to securely exchange information between devices and the cloud. This project will allow you to build a basic smart home that can automate tasks and respond to environmental changes, while also learning how to secure IoT devices and manage cloud-based automation.

Prerequisites:

• Basic knowledge of IoT devices and their functioning.
• Familiarity with AWS cloud services and basic AWS IoT Core concepts.
• Understanding of IoT communication protocols (MQTT, HTTP).
• Basic knowledge of Lambda functions and their use in automation.

Tools and Technologies Used:

• AWS IoT Core: For managing device communication.
• AWS Lambda: For processing and automating responses.
• AWS CloudWatch: For monitoring IoT device performance.
• MQTT/HTTP: Communication protocols for IoT devices.

Skills You Will Learn:

• Building smart home systems using IoT.
• Managing device communication with AWS IoT Core.
• Automating tasks using AWS Lambda.
• IoT security and cloud-based device management.

12. Set Up a CI/CD Pipeline Using AWS CodePipeline and CodeDeploy

In this project, you will build a Continuous Integration (CI) and Continuous Delivery (CD) pipeline using AWS developer tools, including CodePipeline, CodeDeploy, and CodeBuild. This pipeline will automate the process of testing and deploying your applications from GitHub to AWS services like EC2 or Lambda functions. You will learn how to implement automated testing, deployments, and monitoring, which is critical for modern DevOps practices. The project focuses on automating software release cycles, ensuring that code changes are efficiently tested and deployed to production.

Prerequisites:

• Basic understanding of DevOps concepts and the CI/CD pipeline.
• Familiarity with GitHub and version control.
• Basic knowledge of AWS services such as EC2 and Lambda.
• Understanding of automated deployment practices.

Tools and Technologies Used:

• AWS CodePipeline: For automating deployment.
• AWS CodeDeploy: For deployment management.
• AWS CodeBuild: For building and testing code.
• GitHub: For managing source code repositories.

Skills You Will Learn:

• Implementing CI/CD pipelines with AWS.
• Automating deployment processes.
• Managing code quality through automated testing.
• Monitoring and scaling applications in a DevOps environment.

13. Build a Bulk Emailing System Using Amazon SES

This project will teach you how to develop a bulk emailing system where you can send personalized emails to a large number of recipients. By leveraging Amazon SES (Simple Email Service), you’ll handle the sending of emails while utilizing Amazon SNS or SQS for email queuing and management. You will also explore compliance with spam regulations and how to manage email templates. This project is useful for businesses that need to communicate with large customer bases, and it ensures that your emails reach recipients securely and efficiently.

Prerequisites:

• Basic understanding of email protocols and services.
• Familiarity with AWS SES for email management.
• Knowledge of SNS and SQS for queuing messages.
• Experience with creating email templates and understanding email marketing regulations.

Tools and Technologies Used:

• Amazon SES: For sending bulk emails.
• Amazon SNS/SQS: For managing and queuing emails.
• AWS Lambda: For automating email processes.
• HTML/CSS: For creating email templates.

Skills You Will Learn:

• Sending bulk emails through AWS SES.
• Managing email queues using SNS/SQS.
• Creating personalized and compliant email templates.
• Automating email sending processes.

14. Develop a Task and Project Management Application Using AWS

In this project, you will build a task and project management application, similar to Trello, by utilizing AWS serverless technologies. The application will use AWS Lambda for backend logic, Amazon RDS for data storage, and Amazon Cognito for user authentication. You'll gain hands-on experience in building a web application that allows users to create, manage, and track tasks and projects. This project will provide an opportunity to learn about serverless architectures and user authentication with AWS.

Prerequisites:

• Basic knowledge of web application development.
• Familiarity with AWS serverless technologies.
• Understanding of user authentication mechanisms.
• Familiarity with relational databases (e.g., SQL).

Tools and Technologies Used:

• AWS Lambda: For serverless backend computing
• Amazon RDS: For data storage
• Amazon Cognito: For user authentication
• HTML/CSS/JavaScript: For front-end development

Skills You Will Learn:

• Building web apps using AWS serverless services
• User authentication with AWS Cognito.
• Managing and storing project data with Amazon RDS
• Developing real-time collaborative applications.

15. Launch a WordPress Site on Amazon Lightsail

In this project, you will set up and launch a fully functional WordPress website on Amazon Lightsail, a simplified cloud hosting service. Lightsail offers a cost-effective and easy-to-use solution for web hosting, making it ideal for beginners. You’ll learn how to configure a Lightsail instance, set up WordPress, and manage basic DNS settings. The project also introduces you to SSL/TLS for securing websites, along with optimizing costs for running a web hosting service in the cloud.

Prerequisites:

• Basic understanding of web hosting concepts.
• Familiarity with WordPress setup and configuration.
• Knowledge of DNS and domain management.
• Understanding of basic security measures like SSL/TLS.

Tools and Technologies Used:

• Amazon Lightsail: For hosting the WordPress site.
• WordPress: For website content management.
• SSL/TLS: For securing the website.
• AWS Management Console: For managing Lightsail instances.

Skills You Will Learn:

• Launching and managing WordPress websites on Lightsail.
• Configuring DNS settings for websites.
• Implementing SSL/TLS to secure web traffic.
• Cost optimization techniques for cloud hosting.

Also Read: Scope of Cloud Computing in 2025 - Advantages, Salary, Jobs

Now that we’ve explored some AWS project ideas for beginners, let’s see why working on these projects is a great way to build your skills.

Importance of AWS Projects for Skill Building

Real-world Cloud Computing or AWS project ideas are the best way to get hands-on experience and in-depth study of cloud computing. Whether you are a beginner at the entry level or have crossed that level, you get to understand the management of application deployment and optimum configurations for the cloud. It helps get hands-on experience to get competitive and introduce one of the most rapidly booming technologies.

The following benefits highlight the importance of AWS projects for skill building:

• Hands-on exposure: The only way to understand cloud computing is to create and deploy applications in AWS.
• AWS service exposure: A lot of AWS tools and services, such as EC2, Lambda, SageMaker, and S3, can be learned with hands-on experience, making it a good starting point for future cloud projects.
• Real-world problem solving: As you work on real use cases, you will be solving technical problems and generating solutions before entering the real-world working environment.
• Skill Development: It develops technical skills as well as soft skills like problem-solving, debugging, and collaboration among members.
• Employability: The ability to handle cloud infrastructure and technical complexities will make it very appealing to employers.
• Stay on top of market trends: AWS is always evolving, and projects help keep you updated on the state-of-the-art cloud technologies, best practices, and much more. They also help understand how cloud data processing happens and how decisions are made.

Also Read: Top 20 Uses of AWS: How Amazon Web Services Powers the Future of Cloud Computing

Now that we understand the benefits of AWS projects for skill-building let’s understand how upGrad can make your learning journey smoother. 

Conclusion

To get started with AWS, choose projects like building a static website with AWS S3 or creating serverless applications using Lambda. As you progress, explore more complex topics, such as machine learning with SageMaker and real-time data processing with Kinesis.

Many beginners struggle with structured learning paths and practical application of AWS concepts. upGrad’s specialized courses provide expert guidance and projects, helping you develop the skills needed to succeed in AWS-powered roles.

The following additional courses from upGrad can help you gather expertise in cloud computing architectures:

• Generative AI Mastery Certificate for Software Development
• Data Structures & Algorithms
• JavaScript Basics from Scratch

If you’re unsure where to begin, upGrad’s expert career counselors can help you choose the right path to learn cloud computing at its best. You can also visit an upGrad offline center nearby for course details, hands-on experience, and direct access to mentors!

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Reference:
https://yourstory.com/enterprise-story/2025/06/cloud-adoption-public-sector-in-india-aws-government