Aerospace systems · intelligent products
I build software and physical systems for problems that refuse to stay in one discipline.
View selected work ↓01 / Selected work
Project visuals come from the work itself, including the current Spacer v2 demo interface.
Current Spacer v2 main · deterministic demo dataEvidence-aware AI management
Co-building a management platform that turns approved company evidence into cited Cases, decisions, risks, and follow-through while keeping source boundaries visible.
Original Fusion 360 assemblyModular automated storage
A rack-and-pinion robotics prototype built around T-slot aluminium: modular printed mechanisms, tolerance iteration, guide-shoe design, and a staged path from unloaded validation to motor integration.
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Public research / GitHub
A public Polymarket research toolkit and dataset that separates forecasting, calibration, fee-aware policy, risk sizing, and simulated or paper execution. Backtests and paper results are not presented as live profitability.
Read the BTC market research ↗02 / Flight log
Software, manufacturing, operations, and aerospace are connected disciplines. The useful work happens at their interfaces.
Smurfit Kappa · Düsseldorf / Brühl
Rotated through IT, planning, processing, sales, and controlling; supported data analysis, reporting, machinery operations, and workplace systems.
Cologne International School
Founded and led a weekly, project-based programming club for eight students.
Spacer
Turning customer discovery into product direction and evidence-aware AI workflows on the path toward pilot deployment.
Rheinmetall Aviation Services · F-35A program
Supported process implementation, work-instruction optimization, 6S, FOD prevention, production control, quality inspection, repair-order planning, and cross-functional coordination.
Embry-Riddle · Astronautics track
Aerospace Engineering student in Daytona Beach on the Astronautics track; expected graduation 2030.
03 / Independent flight lab
Large aerospace models became a practical lab for segmentation, interfaces, print orientation, tolerances, material use, and failure-led iteration.
04 / Profile
Aerospace Engineering student at Embry-Riddle on the Astronautics track, with hands-on experience in aerospace process engineering, industrial operations, CAD, additive manufacturing, product building, and evidence-aware AI systems.
05 / Contact
Available for ambitious aerospace, software, research, and product conversations.