Scientific Computing · Mathematical Modelling · Space Systems
I am an Aerospace Engineering student at Universidad Rey Juan Carlos in Madrid, working at the intersection of mathematical modelling, scientific computing and aerospace systems.
My work spans numerical simulation, fluid mechanics, computational physics, embedded aerospace software, telemetry and scientific instrumentation. I am particularly interested in celestial mechanics, dynamical systems, CFD, geometric mechanics and the translation of physical models into reliable computational tools.
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Onboarding and training environment for the Student Astronomical Radio Telescope, covering CubeSat fundamentals, Git/GitHub workflows and telemetry-analysis exercises.
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Academic bare-metal embedded-C implementation of Euclid/NISP ICU boot-software concepts, including interrupt-driven processing, telecommand handling, bounded queues, RAM operations and checksum validation.
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Embedded implementation of real-time X-ray/gamma-ray event processing and burst-trigger logic in an academic MXGS/ASIM context.
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Aerodynamic-analysis pipeline integrating profile generation, Gmsh meshing, SU2/AeroSandbox execution and post-processing of lift, drag and moment results.
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Numerical laboratory for the one-dimensional Schrödinger equation, combining finite-difference eigenvalue problems with time-dependent Gaussian wave-packet propagation.
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Modular HP Prime G2 toolkit for university fluid-mechanics calculations, including hydrostatics, Bernoulli analysis, pipe losses, compressible-flow relations and engineering utilities.
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Aerospace Engineering
│
├── Modelling & Simulation
│ ├── Computational fluid dynamics
│ ├── Numerical methods
│ └── Scientific computing
│
├── Astrodynamics & Dynamical Systems
│ ├── Orbital and celestial mechanics
│ ├── Nonlinear dynamical systems
│ └── Control-oriented modelling
│
├── Space Systems
│ ├── Embedded & real-time software
│ ├── Telemetry and telecommands
│ └── Scientific instrumentation
│
└── Mathematical Physics
├── Differential geometry
├── Hamiltonian mechanics
├── Relativity
└── Quantum mechanics
| Area | Tools & Technologies |
|---|---|
| Scientific Computing | Python · NumPy · SciPy · Matplotlib · Jupyter · MATLAB |
| Embedded & Systems | C · C++ · ARM Cortex-M · ESP32 · Raspberry Pi · PlatformIO · Linux |
| Engineering & Simulation | ANSYS Fluent · SU2 · Gmsh · AeroSandbox · GNU Radio · SDR · HP Prime |
| Technical Workflow | Git · GitHub · LaTeX · Neovim · Shell · Arch Linux · Pytest |
My long-term interest is in engineering problems where advanced physical and mathematical models must be converted into reliable computational tools for the analysis, design and operation of aerospace systems.
