Simón Patiño

Aerospace Engineer Student

Innovating the Future of Flight

During my academic journey, I've specialized in programming, numerical methods, and Industry 4.0 technologies. Now, I'm shifting focus to embedded systems, aiming to innovate and enhance our technological landscape.

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My Expertise

Core areas of specialization and technical skills

Aerospace Engineering

Specialized in aerospace systems and engineering solutions for the future of flight.

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Programming & Technical Development

Developing innovative aerospace and engineering solutions using MATLAB/Simulink, Python, C++, with experience in Rust, Java, and LaTeX for technical documentation. Specialized in numerical computing and simulation software.

MATLAB/Simulink Python C++ Rust Java LaTeX

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Advanced Systems

Designing complex aerospace systems with cutting-edge technology and Industry 4.0 integration principles.

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Featured Projects

A showcase of my work and technical achievements

Latin America Space Challenge

Competed in a high-profile space technology competition, focusing on payload development. Led the design and implementation of a CanSat payload system specifically engineered for atmospheric investigation and environmental data collection during rocket flight.

CanSat Payload Atmospheric Research Competition Environmental Sensors Data Collection

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Nadir Pointing Simulator with Cosmographia

Nadir Pointing Simulator using Cosmographia

Developed a sophisticated satellite attitude control simulator implementing nadir pointing using quaternion feedback control. Built with Cosmographia for realistic orbital mechanics and 3D visualization of satellite orientation control.

Cosmographia Quaternion Control Satellite Dynamics Orbital Mechanics Attitude Control

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Q-Learning Algorithm for DC Motors

Developed a Q-Learning algorithm (reinforcement learning) to achieve precise speed control of DC motors. Project involved both hardware and software integration.

Python C++ Reinforcement Learning Robotics

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CanSats and Image Analysis for Terrain Exploration

Led a multidisciplinary team to design and deploy CanSats for terrain exploration, integrating sensor data, image analysis, and statistical modeling.

CanSat Embedded Systems C++ Python Leadership

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Kibo Robot Programming Challenge (NASA/JAXA)

Collaborated with a team to program autonomous robots for space operations aboard the International Space Station (ISS), developing algorithms in Java to control robotic movements in microgravity.

Java Robotics NASA JAXA ISS

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Spaceport America Cup 2025

Designing and building a high-power rocket with the Volta-e rocket team to compete in the world's largest intercollegiate rocket engineering competition. Focused on avionics, payload, and recovery systems for a 3000-meter target apogee.

Rocketry Competition Avionics High-Power Rocket Teamwork

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Automated Greenhouse Mapping via Supervised Learning

Developed a Random Forest model to automatically map greenhouse expansion using Sentinel-2 satellite imagery, achieving 96.4% accuracy and providing key insights for regional planning.

Python Machine Learning Random Forest GIS

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Distributed Simulation for Threat Neutralization Analysis

Engineered a distributed simulation tool using Python and Asyncio to analyze neutralization scenarios for aerial threats, implementing parallel computing to model complex, real-time interactions.

Python Asyncio Simulation Distributed Systems

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Aerospace Engineering in Action

Dynamic demonstrations and technical presentations

Advanced Flight Dynamics Analysis

Complex systems integration and engineering analysis showcasing advanced technical implementations and methodologies in aerospace engineering.

Engineering Analysis & Technical Documentation Aerospace Systems

Favorite Books

Books that have shaped my thinking and technical expertise

Calculus

Ron Larson & Bruce Edwards

Comprehensive foundation in calculus, essential for engineering analysis and mathematical modeling in aerospace applications.

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NASA Systems Engineering Handbook

NASA

Comprehensive guide to NASA's systems engineering processes and best practices for complex aerospace projects.

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Numerical Analysis

Richard L. Burden & J. Douglas Faires

Essential mathematical methods for computational engineering, providing the foundation for numerical simulations and analysis.

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Practical Electronics for Inventors

Paul Scherz & Simon Monk

Hands-on guide to electronics design and embedded systems, perfect for aerospace applications and robotics projects.

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Spacecraft Attitude Determination and Control

James R. Wertz

Definitive reference for spacecraft control systems, essential for satellite and spacecraft engineering applications.

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Control Systems Engineering

Norman S. Nise

Comprehensive guide to control theory and system design, fundamental for aerospace and robotics applications.

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Community & Experience

Professional communities and platforms where I share knowledge

Platzi Community

I'm part of the community Platzi - The LATAM's largest programmers community, where I continue learning and sharing knowledge.

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My Medium

Technical writing and knowledge sharing through articles about programming, aerospace engineering, and emerging technologies.

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