Turning breakthrough
science into scalable
hardware.

I've spent my career at the intersection of advanced materials science and precision engineering — the narrow space where a process that works on a bench needs to survive the realities of production volume, thermal drift, and a ticking clock.

At ATLANT 3D I lead the mechanical architecture for atomic-layer 3D printing systems that push resolution limits well beyond conventional manufacturing. Before that, I designed and scaled a modular MXene synthesis reactor at the Materials Research Centre in Kyiv — taking milligram-level lab samples to 100-gram industrial batches. Along the way I also engineered an automated yarn dip-coating platform that enabled the first continuous production of smart textiles.

I'm energised by hard constraints and cross-disciplinary problems — the kind that demand fluency in simulation, hardware, software, and people management all in the same week. My goal is always the same: align R&D roadmaps with commercial milestones so that capital efficiency and technical ambition reinforce each other.