Electronics Engineering M.Sc. graduate seeking a Junior Hardware Engineer role. I build embedded hardware end-to-end—moving projects from initial concepts and PCB layout to firmware bring-up, lab validation, and custom enclosure design.
-00599C?style=for-the-badge&logo=microchip&logoColor=white){kind=icon}
Test & Measurement Gear:
Oscilloscopes • Logic Analyzers • VNA (Vector Network Analyzers) • Signal Generators • DC Power Supplies • Electronic Loads • Multimeters
Design Domains: 4-Layer PCB Design • Mixed-Signal Routing • Power Electronics • High-Power Circuits
Platforms & Architectures: STM32 (ARM Cortex-M) • AVR • RP2040 • FPGA (Gowin, Xilinx)
Focus: Custom Enclosures • Thermal Management • Rapid Prototyping
| Project | Description | Tech | Repository |
|---|---|---|---|
| 2-Channel Digital Oscilloscope | 4-Layer PCB designed in KiCad with a custom analog front-end (AFE) and fast digital bus routing. FPGA DAQ engine implementation and MCU control reaching 100MSPS / 20MHz. | KiCad, FPGA, RPi Pico | View Project |
| 2-Phase Buck Converter | High-power, STM32G474 controlled buck converter reaching 94% efficiency at 8A with 7mVp-p ripple. | KiCad, STM32 | View Project |
- Scope: Rigol DHO804 Oscilloscope
- Logic: WeAct DLA Mini Logic Analyzer
- PSU: Korad KKG305P
- Multimeter: Brymen BM2257
- Soldering: KSGER V3.1S T12 station
- SMD Rework: Atten ST-862D
