A Python script for analyzing celestial terrain and generating hydrographic maps, particularly suited for Mars terrain analysis.
A NASA Data + AI Scientific Analysis Platform for Mars Exploration featuring interactive mapping, ML anomaly detection, and an AI scientist assistant.
A multidisciplinary research paper on space science, spacecraft engineering, propulsion, human spaceflight, orbital debris, sustainability, and governance, with comparative tables and publication-ready figures.
NOArCO is an open-source Python framework for system-level feasibility screening of planetary-engineering and paraterraforming scenarios on arbitrary bodies and habitats—inventory, radiative forcing, power and throughput—before costly simulation.
Mars Exploration is a project to apply basic concepts in data structures.
Architectural analysis of Convolutional Neural Networks (CNN) for Mars surface classification. Built for the AREP course at Escuela Colombiana de Ingeniería Julio Garavito — featuring comparative experiments between CNNs and Dense networks, inductive bias analysis, and AWS SageMaker execution.
ARES Pathfinder is an interactive Mars exploration and mission-planning platform by Team PROXIMA, featuring NASA-derived Jezero terrain, 3D visualization, terrain-aware route planning, and simulated Marswalk challenges.
Interactive web platform designed to explore Mars mission data and imagery, featuring asynchronous API integration, dynamic media rendering, and fluid user interfaces.
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