I develop scientific tools that integrate oceanographic, environmental and geospatial data into accessible, reproducible and open workflows.
My work connects marine science, Earth observation, GIS, data visualization and software engineering to transform complex datasets into meaningful scientific insights.
- 🌊 Focused on physical oceanography, hydrography and marine data analysis
- 🧪 Background in biotechnology and environmental science
- 🛰 Interested in Earth observation, GIS and environmental monitoring
- 💻 Developing scientific software, web platforms and automated workflows
- 📊 Working with oceanographic profiles, CTD data and T–S diagrams
- 🌱 Exploring reproducible and open scientific computing
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- Oceanographic Profile Analysis using Ocean Data View
- MEDATLAS CTD Hydrographic Sections
- Temperature–Salinity Diagrams using Gouretski and Koltermann data
- Marine GIS Analysis using QGIS
- Oceanographic data visualization and interpretation
- Scientific applications developed with Python
- Environmental and oceanographic data processing
- Automated scientific workflows
- Data visualization and analytical tools
- API and platform development
- Laravel and Inertia applications
- React and TypeScript interfaces
- WordPress platforms
- Secure and privacy-oriented web applications
- Data management systems
The Marine Intelligence Platform (MIP) is a modular scientific platform designed to integrate, process, visualize and analyse oceanographic, environmental and geospatial information.
Its purpose is to bring together:
- Oceanographic data
- Geographic Information Systems
- Scientific computing
- Environmental monitoring
- Data visualization
- Workflow automation
- Reproducible research
The project aims to convert fragmented scientific datasets into connected, accessible and meaningful marine intelligence.
| Project | Description | Technologies |
|---|---|---|
| 🌊 ODV Oceanographic Profiles | Analysis and visualization of oceanographic profiles | ODV, CTD, Oceanography |
| 🌍 MEDATLAS CTD Sections | Hydrographic sections created from MEDATLAS CTD data | ODV, MEDATLAS, Hydrography |
| 📊 T–S Diagrams | Temperature–Salinity diagrams using Gouretski and Koltermann data | ODV, Physical Oceanography |
| 🗺 Marine GIS | Marine and environmental spatial analysis | QGIS, GIS, Geospatial Data |
| 🐍 Scientific Python | Scientific processing and automation tools | Python, Data Analysis |
| 🌐 Scientific Platforms | Web applications for data and project management | Laravel, React, MySQL |
Alejandro
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├── 🌊 Oceanography
│ ├── Oceanographic Profiles
│ ├── MEDATLAS CTD Sections
│ ├── Temperature–Salinity Diagrams
│ └── Marine GIS Analysis
│
├── 💻 Scientific Software
│ ├── Marine Intelligence Platform
│ ├── Python Scientific Tools
│ ├── Workflow Automation
│ └── Environmental Data Processing
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├── 🛰 Geospatial Science
│ ├── QGIS
│ ├── Earth Observation
│ ├── Spatial Analysis
│ └── Scientific Cartography
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├── 🌐 Web Engineering
│ ├── Laravel
│ ├── React
│ ├── WordPress
│ └── JavaScript & TypeScript
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└── 🧪 Biotechnology
├── Environmental Biotechnology
├── Bioremediation
└── Environmental Data Analysis
- Build reproducible scientific workflows
- Develop open-source tools for marine research
- Connect ocean science with software engineering
- Improve access to environmental and geospatial information
- Create innovative scientific visualization tools
- Support data-driven environmental decision-making
- Transform marine data into actionable scientific intelligence