FPV drones
Building, tuning and flying. Flight control programming, weight balance, and a lot of learning by crashing.
Open →Aerospace engineering at TU München and hardware engineer at MicroAGI. Five years of CAD and fabrication behind me — sheet metal, laser cutting, print farms, an Antonov AN-2. The long-term goal is a manned eVTOL.
The aircraft I want to build one day: a personal, manned eVTOL. This concept model, designed in SolidWorks, is where the idea currently stands.
Under NDA, so the details stay with the company. TL;DR: camera systems and robotics support since May 2026.
One example I can share: an OmniHand O10 dexterous hand broke after an impact during testing. I took it apart, repaired it and brought it back up over CAN FD.
CAD modeling of parts and assemblies for direct manufacture — weldments, sheet metal, print, CNC and casting.
Aircraft maintenance, airfield safety, and a complete Antonov AN-2 repaint and corrosion removal.
Print farm operation, EV prototype CAD, telemetry — and the EduKartGO electric go-kart.
Aerospace engineering · 3rd semester
What I value most at TUM are the like-minded, driven people I meet, and the ecosystem around it: TUM.ai and other incubators where my own ideas could grow.
2023 — 2025 · Final grade 5.81 / 6
Mathematics, physics, computer science and IT. C#, Python, SQL, HTML/CSS.
Exchange year · 2022 — 2023
Natural sciences with art and music emphasis. Realschulabschluss; German immersion.
As of July 2025 — full record of work, study, languages and skills.
Varna, Bulgaria · deform.bg
Working at my father's metal fabrication firm has given me comprehensive experience in the full design-to-manufacture cycle. I've gained hands-on experience with laser cutting, 3D printing, CNC operations, and brass casting, understanding the iterative nature of prototyping and the practical constraints engineers face in real-world manufacturing.
Silistra, Bulgaria · rebusfly.cloud
This internship deepened my appreciation for the human side of aerospace — the responsibility, attention to detail, and strict discipline aviation demands. I learned about aviation safety protocols, inspection procedures, and worked alongside pilots and technicians on real aircraft maintenance tasks.
Varna, Bulgaria · kinetikautomotive.com · edukartgo.com
My time at Kinetik Automotive exposed me to a broader range of engineering applications. From structural design for go-karts to drone operations and telemetry systems, I gained experience in multiple engineering disciplines that complement my aerospace aspirations.
Building, tuning and flying — flight control programming, weight balance, and a lot of learning by crashing.
My earliest experiments involved FPV drones and model aircraft, many of which crashed. But every failure taught me something new: how to balance weight, tune flight control software, optimize materials, and improve structural rigidity.
I wasn't just tinkering — I was intuitively discovering the fundamentals of aerospace engineering.
Homemade model planes and RC aircraft — where the aerodynamics, balance and structures questions started.
I still remember the first time one of my homemade model planes looped back toward me. It was clumsy, unstable, and tail-heavy — but for a moment, it danced through the air exactly as I had imagined.
That moment lit a spark in me. What began as a childhood fascination with aviation evolved into a desire to understand the science behind it — and to one day help push its boundaries further.