I design digital systems that connect software engineering, scientific knowledge and complex data to create practical, reliable and human-centered solutions.
I am a multidisciplinary technology professional with interests spanning information systems, software development, biotechnology, marine sciences and scientific data analysis.
My work is driven by a simple idea:
Complex information becomes valuable when people can understand it, connect it and use it.
I enjoy studying how systems work, organizing information and turning real-world needs into digital tools. This perspective allows me to approach software not only as code, but as a combination of people, processes, data, science and technology.
My current work includes:
- Building web platforms and information systems.
- Developing scientific and oceanographic projects.
- Exploring automation and artificial intelligence.
- Working with environmental, marine and geospatial information.
- Designing secure, maintainable and privacy-conscious solutions.
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Design and development of digital platforms that organize information, automate processes and improve how people interact with complex systems. Focus
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Scientific exploration through oceanographic datasets, hydrographic profiles, environmental information and geospatial analysis. Focus
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A scientific perspective shaped by biological systems, environmental processes and the potential application of biotechnology to real-world challenges. Focus
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Exploration of intelligent and reproducible workflows that reduce repetitive work and help transform information into knowledge. Focus
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Marine Intelligence Platform — MIP is my most ambitious long-term project: an open and modular scientific ecosystem designed to integrate oceanographic, environmental, geospatial and biotechnology information.
The platform is conceived as a bridge between existing scientific infrastructures, datasets and tools. Its purpose is not to replace them, but to connect them, automate repetitive workflows and make marine information more accessible to researchers, students, institutions and decision-makers.
Transform fragmented scientific information into connected, traceable and useful marine intelligence.
- Open science
- Reproducibility
- Interoperability
- Modular architecture
- Transparent methods
- Traceable analyses
- Automation of repetitive scientific tasks
- Technology in service of scientific discovery
Marine Intelligence Platform
│
├── Interactive GIS Viewer
├── Open Marine Data Ingestion
├── Oceanographic Time Series
├── Environmental Indicators
├── Scientific Maps
├── Automated Reports
├── Biotechnology Knowledge Module
└── REST API
- AI-assisted scientific interpretation
- Additional marine and freshwater datasets
- Mobile access
- Citizen science
- Plugin ecosystem
- Collaboration with universities and research institutions
- Reusable scientific services and APIs
MIP aims to reduce the time spent preparing scientific data and increase the time available for generating knowledge.
Scientific areas
Physical Oceanography · Hydrography · CTD · T–S Diagrams · Marine Data · Scientific Visualization
I believe a strong digital product requires more than functional code.
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Security and privacy should be considered from the beginning. |
Systems should make complexity easier to understand. |
Technology should work for as many people as possible. |
Good software should remain understandable and useful over time. |
My working principles include:
- Security by Design
- Privacy by Design
- Data minimization
- Open and reproducible science
- Clear documentation
- Incremental development
- Accessible interfaces
- Maintainable architecture
- Responsible use of artificial intelligence
- Transparent communication
I am especially interested in projects where technology contributes to:
- Scientific research
- Marine and environmental knowledge
- Education
- Healthcare
- Organizational improvement
- Data accessibility
- Process automation
- Evidence-based decision-making
- Social and environmental impact
Building digital systems where science, data and people connect.
Python • PHP • TypeScript • JavaScript • Java • Swift • Kotlin • SQL
Laravel • React • Inertia.js • Tailwind CSS • WordPress
Ocean Data View (ODV)
QGIS
MATLAB
PostGIS
Docker
Git
Linux
MySQL
Connecting Ocean Data with Scientific Intelligence.
A long-term scientific platform designed to integrate oceanographic, environmental, geospatial and biotechnology information into a single ecosystem.
Its objective is to connect existing scientific infrastructures, automate workflows and make marine information more accessible for researchers, institutions and decision-makers.
Main goals:
- Open Science
- Scientific Computing
- GIS
- Oceanographic Data
- Environmental Intelligence
- Artificial Intelligence
- Modular Architecture
- Reproducible Research
A collection of scientific repositories dedicated to:
- Oceanographic profiles
- MEDATLAS datasets
- Temperature–Salinity diagrams
- Hydrographic sections
- Scientific visualization
using Ocean Data View and open marine datasets.
Design and development of intelligent software solutions focused on:
- Process automation
- Information systems
- Web applications
- Artificial Intelligence
- Data visualization
I believe technology should make knowledge more accessible.
Whether developing scientific software, information systems or intelligent platforms, my objective is always the same:
- simplify complexity,
- automate repetitive work,
- improve decision-making,
- and build solutions that remain useful for years.
I value clean architecture, maintainable code, privacy by design and long-term thinking over short-term solutions.
- 🌊 Marine Intelligence Platform
- 🤖 Artificial Intelligence
- 🛰 Geospatial Information Systems
- 📊 Scientific Computing
- 💻 Full Stack Development
- 🔒 Secure Software Architecture