Hi! My name is Iñaqui Paladino Bravo, I’m 23 years old and I’m from Tandil, Buenos Aires, Argentina. I’ve been passionate about computers since I was a kid, and that curiosity led me to learn my first programming language: C, by writing simple console games. I recently graduated with a degree in Systems Engineering from UNICEN, where I built a strong foundation in system design and architecture, and developed a comprehensive perspective on how to build robust technological solutions. I’ve worked on development teams using agile methodologies such as Scrum and SAFe, and tools like Jira, Trello, and Git. I’m passionate about building useful, well-structured, and user-centered software, and I’m currently expanding my experience in data processing, process automation, and backend solutions focused on decision-making. My adaptability and attention to detail help me face new challenges with confidence and stay focused on continuous learning and improvement.
I'm currently part of a research and development team at ISISTAN, where I contribute to building solutions focused on data processing and process automation. My work involves collecting large volumes of information from various sources (including search engines and relational databases), analyzing the data using artificial intelligence techniques, and developing backend tools to support decision-making. I also help design and implement interactive dashboards aimed at both technical and non-technical users.
Supervised professional practices in software development within the framework of a research project at ISISTAN, CONICET-UNICEN. It consisted in the development of a web platform to facilitate teaching through Study and Research Paths (SRP). I worked closely with the project managers on research, design and implementation of the solution, as well as on project documentation. I worked under the supervision of Dr. Alejandro Zunino, director, and Dr. Daniela Godoy, co-director.
Angular JS
Astro
JavaScript
Preact
Tailwind CSS
TypeScript
htmx
Bun
Express
Java
Nodejs
Postgresql
Python
Redis
Spring
Bash
C-C++
Docker
Git
Linux
OpenAPI
Postman
Trello
Automated system that generates daily and intra-day financial reports on the Argentine market, by analyzing posts on X (formerly Twitter). It uses generative AI to summarize and contextualize the most relevant tweets, combining scraping, filtering, and automated writing. Reports are stored as Markdown files and published on a static Git-based CMS with CI/CD via GitHub. The scraper runs as an independent microservice, while the entire flow is orchestrated by N8N, with built-in holiday and market schedule checks. The system is fully automated.
Classroom-type web platform designed to support teaching through Study and Research Paths (SRP), organizing learning around questions and answers. Allows real-time collaboration, tracking of academic progress, and automatic analysis of educational data using AI techniques.
User: usuario@demo.com Password: password
Setup and maintenance of a self-hosted cloud infrastructure on a VPS (DigitalOcean), used to deploy and monitor multiple personal apps with Coolify. Includes a private VPN (WireGuard) for secure device communication, a self-hosted S3 server (MinIO) with access control and expiring links, and a N8N instance to orchestrate complex workflows. Also features advanced configuration of firewall, DNS, custom domains, reverse proxy, and SSL certificates.
Full-stack application built with the MEAN stack that features an extensive catalog of over 27,000 video games based on a dataset of Steam games. The platform allows users to explore, search and filter titles with detailed information about each game, offering an interactive and intuitive experience.
REST API designed to manage the complete flow of an online shopping system. Allows users to register, authenticate and explore products, while offering functionalities to add and update items in a shopping cart and process orders. The API follows clean architecture principles, with a clear separation of responsibilities and detailed documentation, making it easy to integrate with front-end or mobile applications.
Web application to shorten URLs quickly and easily. Allows users to shorten long links and customize the short URL. The application was developed with Spring Boot and PostgreSQL in the backend, and Astro and Preact in the frontend. It also has a caching system through Redis to improve the speed of access to shortened URLs.
Project developed as part of the Compiler Design 1 2023 course. It consists of a compiler for a custom programming language. The compiler was developed in Java using the YACC tool, and the output code is assembler for the x86 architecture (pentium 32 bits).
This project was created as part of the final work of the Java programming workshop. It consists of the implementation of a Java spell checker, which covers various functionalities for text processing, error detection and suggestions of corrections. Implements 4 types of correctors: Based on dictionary of corrections, based on adjacent permutations, and two of Levenshtein, one based on map and another on trie.
Brain tumor detector in magnetic resonance images using autoencoders with unsupervised learning. A simple architecture was used to focus on understanding the anomaly detection process from autoencoders. No residual blocks or regularization techniques such as dropout or batch normalization were used.
