Projects

Explore all the projects I've built, with detailed descriptions, technologies used, and links to the source code or live demos.

AI & Automation2025

Ask Your Files

An advanced RAG (Retrieval-Augmented Generation) system with LangGraph node flows for intelligent document queries. Features a modern Next.js frontend, allowing users to upload PDFs, index their content, and receive instant, accurate answers to their questions. Combines a robust FastAPI backend with OpenAI embeddings for seamless semantic search across documents.

Technologies Used:

PythonFastAPILangGraphNext.jsReactTypeScriptshadcn/uiOpenAIVector Database
AI & Automation2025

AI WhatsApp Appointment Agent

This system supports both customer interactions and back-office operations, allowing business owners to configure availability and receive real-time notifications directly in WhatsApp—just like chatting with an employee. Built with FastAPI and LangChain, it provides a seamless experience for both customers and business owners.

Technologies Used:

PythonFastAPIPostgreSQLLangChain / LangGraphWhatsApp API
AI & Automation2025

E-Commerce Semantic Search Engine

This search engine delivers highly relevant results by interpreting user intent beyond exact keyword matches. It understands context and relationships between products to improve discovery and conversion rates for online shoppers. Built with vector databases and advanced NLP techniques.

Technologies Used:

PythonFastAPILangChain / LangGraphPostgreSQLVector Database
AI & Automation2025

AI Sticker Creator

The system automates design generation, adds SVG borders for print-ready templates, and manages payments and transactions seamlessly with MercadoPago. Users can create unique designs using AI, preview them, and order physical stickers delivered to their door.

Technologies Used:

PythonOpenAI SDKHTMLCSSJavaScriptMercadoPago API
Robotics2024

Line-Following Robot

This robot processes real-time input from infrared sensors to adjust motor speeds dynamically, ensuring precise navigation and smooth turns. The PID control algorithm allows for stable and responsive movement, making it capable of following complex paths at high speeds.

Technologies Used:

ArduinoPID ControlC++

Interested in working together?

I'm always open to discussing new projects, creative ideas, or opportunities to be part of your vision.