Aerospace Engineering student at the University POLITEHNICA of Bucharest, currently working on spacecraft structures for the ROSPIN-SAT-1 CubeSat mission.
I'm interested in the engineering of things that fly.
I want to push spacecraft beyond conventional propulsion — through research in plasma propulsion and the physics that makes it possible.
My work spans spacecraft structures, propulsion, numerical modelling, embedded systems, and engineering simulation, mostly using C++, Python, MATLAB, Fortran, CATIA and ANSYS.
Astronomical Tracking Mount
A physical celestial tracking system built from the mathematics up — trajectory estimation in C++, simulation in Python, Arduino-based control, and mechanical design in CATIA. 3rd place engineering project.
PiuPiuDefense
A 2D kinematic simulation backend written in C++ during the European Defense Tech Hackathon, Sweden Edition.
Numerical Methods for Engineering
Numerical methods applied to engineering problems, from differential equations and regression to aerodynamic profile reconstruction.
C++ STL Containers
Implementing STL-style containers from scratch to better understand memory, iterators, and data structures.
Outside software, I'm a licensed ULM pilot, trained on the Savannah-S, and have hands-on aircraft maintenance experience involving piston-engine installation and ground-test preparation.
Ad astra per aspera.