5th year Artificial Intelligence Engineering student at San Andrés University. Passionate about the intersection of technology, business, and innovation, with a strong focus on developing scalable solutions using advanced AI, LLMs, and Computer Vision to optimize processes and solve real-world problems.
Integrating modern LLMs
Scaling business operations
I build and deploy intelligent automation systems and machine learning workflows. My academic path merges rigorous mathematics, software engineering, and artificial intelligence, enabling me to translate complex operational needs into scalable, high-impact products.
Designing cognitive architectures and training neural models for computer vision and text analysis.
Building secure, high-volume automated scripts to eliminate manual operations and structure data flow.
Striving for technical excellence, coordinating teams, and driving social impact projects.
A university social platform built on a microservices architecture. Implemented a distributed backend (Node.js/Express, Python/FastAPI), centralized authentication, push notification integration using Firebase Cloud Messaging (FCM), and containerization with Docker.
Implementation and evaluation of pipelines for Class-Incremental Learning (Class-IL). Benchmarked Naive, EWC, LwF, and Co2L algorithms utilizing supervised contrastive representation loss (SupCon) and Nearest Class Mean (NCM) classifiers.
Intelligent document and invoice extraction pipeline. Features custom text-cleaning heuristics using PyMuPDF (Fitz) and optimized prompt engineering with LLM APIs for structured data extraction and field-level confidence scoring.
Leading the development and integration of AI-powered solutions into client production workflows.
Specialized in creating and maintaining automated reporting workflows and data integrations.
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