🛰️ Aerospace Engineering student with a strong interest in
aerodynamics, numerical methods and Python-based tooling.
I enjoy coding whatever piques my interest, usually in the embedded or numerical commputation realms.
- Languages: Python, MATLAB, embedded C/C++
- Python stack: NumPy, Matplotlib, (Plotly / SciPy when needed)
- Eng tools: CAD (e.g. SolidWorks / Fusion 360), LaTeX
- Other: Git, Linux, Jupyter Notebooks
- More advanced aerodynamic modelling (drag breakdown, correlations, etc.)
- Better software engineering practices for scientific code (testing, structure, readability)
- Deepening my knowledge on useful visualizations for scientific projects
- Collaborating on aerospace / physics / simulation projects
- Contributing to Python scientific libraries or educational tools
The Apollo 11 guidance computer had far less processing power than a modern smartphone or even a modern microcontroller, yet it still helped land humans on the Moon in 1969. Probably means there's no true limit to what we can do nowadays.
Thanks for stopping by — feel free to check out my repositories and leave feedback! 🙂