Multirotor flight controller
Custom STM32 flight controller with an IMU, a barometer and regulated power.
- Layers
- 6
- Size
- 30×30 mm
- MCU
- STM32
- Tool
- Altium Designer
Electronics engineer
I design multilayer PCBs: from the schematic, through simulation and layout, to complete manufacturing documentation.
01
Personal projects, from schematic to working prototype.
Custom STM32 flight controller with an IMU, a barometer and regulated power.
PDB for a 6S drone with current sensing, an LC filter and 5 V and 9 V converters for the onboard electronics.
Transmitter module with a 50 Ω microstrip line, a matching network and a tuned antenna.
Board with GPS, telemetry and servo control, designed for a specific airframe. 3D-printed enclosure.
Adjustable supply with a switching converter, a linear stage and current limiting. Control loop verified in LTSpice.
02
Work
mid-2023 to mid-2024
Merit Automotive
since mid-2024
DefendEye P.S.A.
Education
until early 2025
AGH, Faculty EAIiIB
2025 to 2026
AGH, Faculty WIEiT, Electronics specialisation
Schematic design9/10
Multilayer PCBs8/10
RF board design6/10
High-speed design5/10
03
I hold an MSc Eng. in electronics. I graduated in Automation and Robotics from the Faculty EAIiIB, and in Electronics and Telecommunications (Electronics specialisation) from the Faculty WIEiT at AGH University of Krakow.
Since 2024 I have worked as an Electronic Engineer at DefendEye P.S.A. I design hardware from the schematic, through simulation and multilayer board layout, to complete manufacturing documentation.
In my free time I build multirotors and RC aircraft. I choose their components myself and often fit them with my own electronics. I design enclosures and structural parts in Fusion 360 and 3D-print them.