Electronics & Embedded Systems Engineer

I build hardware that works in the field.

Schematic, PCB, enclosure, firmware, field test: one pair of hands, start to finish. Over six years in KAUST's sensor labs I took underwater dosing systems, animal tracking tags, gas detectors and lab robots from whiteboard sketches to working units in the Red Sea, the Caspian Sea and the greenhouse. Now completing a master's in Robotics & Automatic Control and open to embedded and hardware engineering roles in robotics and automation.

6+years of hands-on R&D
6devices deployed in the field
8+peer-reviewed papers
1patent
Portrait of Alexander Przybysz
Open to opportunities

How I work

Whole-device thinking

Most hardware fails at the seams between disciplines: the board that does not fit the housing, the firmware that never met the real sensor, the enclosure that leaks at 30 metres. I own all of those seams.

Electronics

  • Analog front ends for weak sensor signals, power and battery systems, custom PCBs in KiCAD, Eagle and Altium.
  • Assembled, reworked and debugged on the bench with scope, spectrum and logic analyzers.

Mechanical

  • Enclosures, potting moulds and pressure housings in SolidWorks, Fusion 360 and PTC Creo.
  • Made on the lathe, mill, CNC, laser and water-jet, or printed in FDM and SLA. Pressure-tested for depth.

Embedded & connected

  • Firmware on STM32, Nordic, Espressif, Atmel and Padauk parts. CAN, BLE, LoRa, cellular and ARGOS satellite links.
  • Enough software to make the hardware useful: C/C++ on the device, Python for tooling, Kotlin for companion apps.

In the lab

A look at the work