- 📫 How to reach me: [email protected]
First and latest fullstack project with these technologies. Work in progress...
SeaGuardian – Maritime Traffic Control Platform I designed and developed SeaGuardian, a maritime monitoring and control application built for the Chilean Navy to oversee and secure maritime traffic in real time. The system enables operators to:
- Set dynamic geofences and alerts for restricted zones, high-risk areas, and economic exclusion zones.
- Detect critical events like abrupt speed or course changes, vessel proximity (to flag potential illegal exchanges), or AIS signal loss.
- Visualize live vessel movements on an interactive map powered by Leaflet, with real-time updates and status details.
- Configure custom alarm rules with adjustable thresholds for better situational awareness and faster decision-making.
Tech Stack: React · SASS · Leaflet · Node.js · MongoDB
This project improved maritime domain awareness and gave operators actionable insights to prevent illegal activities, improve safety, and optimize patrol routes.
The application creates a personalized animation based on a clients data file which the user loads up. It works with Lottie API to handle the personalization along with the audio syncronization, and it makes use of the OAuth Gmail API to send emails on behalf of the user. I developed both the frontend and backend as a freelance project to a Chilean video producer company called "Bonsai Films".
Animation configuration panel:
Email configuration:
Player:
- React, Node.js, MongoDB, Lottie, Gmail OAuth API.
Traffic control application for Chilean logistic company. It displays different kinds of visualizations to allow for detailed follow up of the trucks fleet. For instance, the dots represent how long vehicles parked, from green representing just a few seconds to red, implying the vehicle stopped for several minutes, thus allowing to detect irregularities. The application generates other type of reports, which can be downloaded in .csv format.
I designed, architected and coded this application as a Fullstack Developer, utilizing React with Styled Components, Leaftlet, Plotly, Node.js and MongoDB. I deployed the backend on Heroku and the frontend on Cloudflare.
Trading application. Data visualization from financial APIs. I am the only developer on this project, fully coding it on my own both frontend and backend. I'm being guided by financial advisors and data scientists. I'm working full time on this project for InnerCore.ai
- React, Node.js, MongoDB, Plotly.
The dashboard shows the key indicators for an agricultural business, allowing the user to get insights, discover situations that are not seen by just looking at the raw data, hence allowing them to take discover issues, see opportunities, and take important decisions regarding the business.
- React (Vite, Typescript), SCSS, Recharts.
The application makes it easy to collect money for a specific goal, allowing transparency since it shares who provided funds and how much. I designed it with a school children feel to make it engaging for schools to use. It also has a "vertical layout" though it's a responsie web app. It implements the MercadoPago API (local payment wallet).
This is the website of a martial arts and meditation school. It showcases very clean and professional design, allowing the user to register for courses, and use different tools for self improvement, such as "habits building". I designed everything from the ground up starting with the idea, and on the implementation side, from the frontend to the backend, including domain and business email setup. You can see it live on www.ironbamboodojo.com
- React with React Router 7 in Framework mode with file based routing, Typescript, plain CSS, Supabase, Netlify.
Fullstack React-Node-MongoDB application which includes user authentication and roles where users can post an article, comment and react on other articles and share links to those articles.
- I designed the client interface, templated the React project using Vite.js, implemented Styled-Components, Context API and Redux Toolkit. It is responsive, using Flexbox and media queries.
- It includes testing with Vitest/Jest, React Testing Library, and MSW (Mock Service Worker).
- Backend API using Node with Express.
- Deployed on Cloudflare (frontend), Render (backend) and MongoDB Atlas Cloud.
The user can either be a musician wanting to sell their productions and compositions, or someone who needs them for a movie, video game, commercial and so on.
- Plain HTML/CSS with modules.
- React with Redux.
- Node.js, PostgreSQL with Sequelize.
This application receives data in .csv format from a Shopify store and calculates the times sales happen more frequently each day and stores them in time cells. Then by restricting the amount of sales per hour you can identify the most effective time spans to display ads. By this application I was able to 10x sales right away. This is a .net C# console application:
This is a practice mini project that keeps track of guests for an event
This is a mini game that runs in the terminal and demonstrates basic control flow and data structures in C#. It is a lot of fun to play as it was making it!
I created this program to fulfill the need from instructors of the EasyFlexibility method to have quick lesson plans.
It checks the software expiration via an internet clock.
Main window of the application. Categories on top, exercises list on the left, exercise information in the center. The pictures are all built within the .exe as "resource". On the right you have the routine structure, you can add exercises to each tab: warmup, rounds 1 to 3, cool down. The Save Lesson Plan button creates an html and PDF version of the routine.
This form contains the most complex logic of all the program. It creates a splits lesson plan automatically by picking difficulty and split, whether you want to include a cool down and zejax exercises. It creates a PDF file and it also stores it as a propietary format so that then the program can load it and teach it to you via voice, for you to train following along.
The program talks to you so you can follow along the routines you create.
.NET with C# for Windows Desktop. Text-to-speech modules.
Vocabulary retention system. I originally created it to learn Japanese, that's why it has special functionalities to handle "kanji" characters, as well as the two Japanese alphabets (hiragana and katakana).
- Borland Delphi (Pascal)
- It uses a propietary file format to handle the vocabulary lists, saving the right and wrong answers for spaced repetition.