I turn curiosity
into circuits.

I was born in Ankara. My first serious step into electronics came while I was still a student, doing R&D on MRI-compatible devices at Troyka Med. Months of EMI/EMC tests and calibrations taught me the difference between a device that works on the bench and one that works safely in the real world. My internship at ASELSAN’s EMC/EMI laboratory added the discipline of the defense industry to that view.

At university I founded HibeSoft, a small electronics and software team delivering commercial projects on embedded systems, security systems and web applications. That is where I learned to speak the customer’s language, race the calendar and pay the real price of turning an idea into a delivered product.

“The best way to understand a system is to rebuild it from its lowest layer.”

Since 2021 I have been leading hardware development and integration at upu.io (Baca Makine Mühendislik Yazılım Savunma), running TÜBİTAK projects in IoT, the petroleum industry and defense end to end: from schematic to multilayer board, from STM32 firmware to board testing. Since October 2024, in parallel, I have also been working at EMGE A.Ş. as a software-design engineer and consultant on the design, reverse engineering and verification of critical systems built to military standards. From land platforms to aerospace and space systems, what this work has in common is electronics that cannot fail in the field.

On the academic side, curiosity took me through three master’s degrees: electrical-electronics, computer and industrial engineering. My thesis was on object detection from ground penetrating radar data using machine learning on an embedded system. A business degree lets me see the cost and schedule side of technical decisions. It all comes back to one question: will this system really work, safely, in the field?