About Me
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 a young age, and that curiosity led me to learn my first programming language: C, writing simple console games.
I am a Systems Engineer from UNICEN. During my education, I acquired a solid foundation in system design and architecture, which allowed me to develop a holistic view on how to build and maintain complex technological solutions.
Currently, I design, develop, and operate backend systems focused on decision-making. I participate in the entire lifecycle: analysis, design, implementation, and deployment. My work ranges from large-scale data processing to the use of applied artificial intelligence to improve management systems and support real-world decision-making.
I am motivated by building useful, reliable, and well-structured software, with a focus on quality, simplicity, and continuous improvement. I enjoy automating processes, understanding systems end-to-end, and exploring new technologies.
In parallel, I am deepening my knowledge in cloud computing (AWS) and Infrastructure as Code, applying tools like Terraform to create scalable, secure, and reproducible architectures.
Experience
Data & Backend Engineer
I am currently part of a working group at ISISTAN where we design, develop, and operate a backend and information system focused on decision-making. My role covers the entire lifecycle: from architecture design and large-scale data processing to infrastructure management and deployment in production environments. The system handles large volumes of data, integrates databases and search engines, and incorporates applied artificial intelligence techniques to support decision-making in real-world contexts. I collaborate with different areas of the team to translate functional requirements into efficient technical solutions.
Fullstack Developer
I developed a Full Stack educational web platform to facilitate teaching through Study and Research Paths (SRP). I implemented real-time collaboration features and automated data analysis using AI techniques. The system was validated in real-world classrooms, and the work resulted in an international scientific publication. I collaborated closely with project leadership on research, requirements definition, and architectural design.
Systems Engineer
- 🪪 Intermediate degree: University Programmer Analyst
- 🏅 Distinction: Graduated with academic honors
- 📊 Overall average: 8.75
Fundamentals of Software Engineering
- 🌎 PILA Virtual Program 2023 (Academic exchange)
- 📊 Final grade: 9.4
Technologies
Cloud & DevOps
AWS
Terraform
Docker
Linux
Bash
GitHub Actions
Git
Backend
Python
Postgresql
Nodejs
Apache Solr
Java
C-C++
Redis
Frontend
Astro
TypeScript
Preact
Tailwind CSS
htmx
Projects
Serverless solution for ephemeral and secure file transfer on AWS. It includes a CLI to generate temporary upload and download links using S3 Pre-Signed URLs, wrapped in disposable HTML interfaces, with no persistent backend. The infrastructure is fully defined using Terraform (IaC), leveraging remote state and execution via IAM AssumeRole in a multi-account environment, where the Route53 Hosted Zone, the Terraform backend, and ACM certificate validation reside in the management account (AWS Organization). Perimeter security is ensured through CloudFront with Origin Access Control (OAC), keeping the buckets strictly private with TLS/SSL termination.
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.
Web-based classroom-style platform designed to support teaching through Study and Research Paths (SRPs), organizing learning around questions and answers. It enables real-time collaboration, academic progress tracking, and automatic analysis of educational data using AI techniques. It is currently used by teachers and students in real classroom contexts, and its development led to a scientific publication presented at an international conference on didactics.
User: usuario@demo.com Password: password
Personal Cloud Infrastructure
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.
