Aditya Chaudhary

Contributed to a large-scale multi-tenant learning platform under the XPRIZE ecosystem, supporting scalable and content-driven education workflows.

Worked on a microservices-based architecture with schema-based tenant isolation, enabling secure and efficient tenant-specific data handling.

Designed and developed core platform capabilities including learning workflows, progress tracking, content management, and RBAC-based access control.

Implemented secure service-to-service communication using structured service layers and token-based validation for reliable interactions across distributed services.

Designed event-driven asynchronous workflows to handle background processing, improving system responsiveness and decoupling services.

Optimized performance using Redis for tenant-aware configuration caching and efficient request handling.

Enhanced platform security with file validation pipelines and region-specific access control mechanisms.

Contributed to infrastructure using Docker, Kubernetes (AWS EKS), and Codefresh CI/CD pipelines across staging, demo, and production environments.

A production-scale video-based social engagement platform serving 10,000+ users, focused on content discovery and competition workflows across multiple levels.

Implemented CQRS architecture by separating read and write models, leveraging Elasticsearch as a denormalized read store with background reindexing on data mutations to eliminate complex joins and significantly improve query performance.

Designed an event-driven architecture to decouple core modules, enabling asynchronous workflows such as email notifications, CSV imports, cleanup tasks, and search reindexing using Celery and message queues.

Built a scalable notification system capable of handling 10,000+ email messages using Amazon SQS with a worker-based architecture supporting dynamic upscaling and downscaling.

Implemented retry mechanisms with retry queues and dead-letter queues (max 3 attempts), improving reliability and failure handling across distributed workflows.

This is a full-stack note-taking application built using Django (DRF) for the backend and ReactJS for the frontend. It features secure authentication using JWT with registration, login, logout, token management, automatic token refresh, and blacklist handling for enhanced security. Users can seamlessly perform full CRUD operations on notes including create, edit, delete, pin, and unpin. A key feature of the platform is the ability to generate public shareable links for notes. Users can mark a note as public, which generates a unique link that can be shared on social media or with anyone. Recipients can view the note through the public archive page without needing an account. Notes can also be switched back to private at any time for full control over visibility. Deployment is automated using GitHub Actions CI/CD. The backend runs on AWS EC2 using Gunicorn and Nginx, with DuckDNS for domain routing and Let's Encrypt for HTTPS security. The frontend is hosted on Netlify, and the database is managed on NeonDB for reliability and performance.

Developed a Django-based social media platform enabling users to create, like, comment, and save tweets, with a follow/unfollow system and real-time notifications for activities like new followers, unfollowing, and tweet interactions. Built a secure authentication system with registration, login, logout, password reset, and profile management for updating profiles, uploading pictures, and managing tweets.
Added media uploads for tweets and profile images to ensure a rich user experience. Enhanced interactivity with a modern UI, Bootstrap styling, and dynamic Toast Messages for real-time feedback (e.g., login success, new comments, likes, or errors).

Developed a file sharing platform allowing users to upload, manage and download resources securely. Implemented authentication, integrated AWS S3 cloud storage for file management and used PostgreSQL (NeonDB) for database management. Application deployed using Vercel.

A collection of mini projects built to demonstrate core JavaScript and DOM manipulation.

Includes projects such as weather finder, dynamic user cards, news web app, to-do list with local storage, image carousel, number guessing game and more.