Software & infrastructure
engineer.

The largest project I've built — a two-part Systems Engineering capstone developed with 2 colleagues. Part 1: a custom programming language (PrintScript) implemented from scratch in Kotlin — streaming Lexer, AST Parser, Interpreter, configurable Formatter and Static Code Analyzer (YAML/JSON rules), following SOLID principles and GoF patterns. Part 2: a full microservices web platform — 8 independent services (snippet, execution, static analysis, user, gateway, UI, infra, asset) with Auth0 authentication, deployed on Azure with separate dev and prod VMs. CI/CD with Docker: updating a service rebuilds its container in place; updating infra rebuilds all services. Branch-based continuous delivery with Gradle.

Collaborative Lab 2 project developed with three fifth-year students as project owners. Full-stack web application with a React frontend and NestJS backend, deployed on Azure. I contributed across the entire stack — frontend, backend, and database — with primary responsibility for cloud infrastructure setup and deployment.

Academic project for Systems Design at Universidad Austral implementing chess and checkers in Java. Built around GoF design patterns (Strategy, Adapter, Observer) with clean OOP architecture, full move validation, check/checkmate detection, and a Swing GUI via an adapter layer. Tested with JUnit.

End-to-end IoT system for intelligent access control using ESP32 and ESP01 microcontrollers communicating through a Mosquitto MQTT broker. The Flask backend handles digital key management, door control, user permissions, and JWT-based authentication, with real-time device monitoring.

Full-stack web application for managing parking spaces, built with Flask and PostgreSQL. Implements secure user authentication with password hashing, role-based access control, full CRUD for users, vehicles and spaces, and automated email notifications on key events.