I am a third-year Embedded Systems Engineering student at HAN University of Applied Sciences in the Netherlands, with a strong grounding in mathematics, physics, and low-level programming. My academic track builds directly on advanced study at Kyiv-Pechersk Lyceum №171, where I placed in multiple national mathematics and physics competitions.
Alongside my degree I have accumulated substantive commercial experience. At Regterschot Racing I designed and delivered a full telemetry acquisition stack—ARM Cortex-M7 firmware, a custom PnP sensor protocol, and a CAN-based vehicle interface operating at 100 Hz. In a separate defence contract for the Ukrainian Ministry of Defence, I engineered multichannel USB audio firmware on an NXP i.MX RT1010 to production-grade reliability standards.
My approach is constraint-first: define the hard limits—power budget, timing envelope, hardware capability—before committing to architecture. This discipline has produced systems that operate reliably at the edge of what the silicon permits. I am actively seeking engineering roles and collaborative projects in automotive, robotics, defense, or industrial IoT where precision and systems thinking are valued.
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