Electrical Engineering Student | Hardware & PCB Designer
I design analog, digital, and mixed-signal circuits, embedded hardware, and multilayer PCBs.
Currently exploring high-speed digital design and SoC hardware.
| Project | Description |
|---|---|
| LQRx-InterleavedBuck | Two-phase interleaved synchronous buck converter with digital LQR control.STM32 LQR · Firmware |
| ESP32 Electronic Load | Low-cost DC electronic load with analog and digital control.ESP32 Op-Amp PI Control |
| Project | Description |
|---|---|
| Hardware-Copilot | Claude Code skills and tools for hardware engineering.Claude Code KiCad |
| kicad-workspace | My KiCad libraries and project templates.KiCad Libraries Templates |
| Project | Description | Status |
|---|---|---|
| AeroOptix-Horizon | Dual-MCU flight controller developed with the AeroOptix Club.STM32H7 STM32F1 Webpage |
In Progress |
| myZettBrett | Custom development board based on the AMD/Xilinx Zynq-7000 SoC.Zynq-7000 |
On Hold |
- Nyquix — STM32-based mixed-signal DSP development board.
- Custom microprocessor development board.
I'm an Electrical Engineering student interested in hardware and PCB design, especially mixed-signal circuits, digital hardware, and high-speed design.
I work on projects involving analog circuits, power supplies, embedded systems, and multilayer PCBs. I enjoy working on both hardware design and hands-on testing.
- 📌Currently learning: High-speed interface layout, DSP, and SoC hardware design.
- 🚩Goal: Become a well-rounded hardware engineer and PCB designer.
- ☕Powered by: Coffee.
- PCB Design: 4–10 layer PCBs, stackup planning, controlled impedance, differential pairs, length matching, DFM
- Analog & Mixed-Signal: Op-amps, active filters, audio preamps, headphone amplifiers
- Digital Hardware: Digital circuits, basic SoC hardware design
- Power Electronics: Switching and linear regulators, synchronous buck converters
- Hardware Development: Component selection, datasheet analysis, simulation, schematic design, PCB layout, debugging
- Embedded Systems: STM32, LL drivers, real-time control
- Control Systems: Digital LQR, PI control, analog and digital feedback loops
- Testing & Measurement: Oscilloscope, thermal camera, FFT analysis
- Engineering Tools: KiCad, LTspice, MATLAB, STM32Cube
- Project: AeroOptix-Horizon, a dual-MCU flight controller developed with the AeroOptix Club.
- Microcontrollers: ARM Cortex-M, bare-metal C, STM32
- Mixed-Signal & DSP: ADC/DAC interfaces, audio CODECs, DSP systems
- High-Speed Hardware: High-speed interfaces and PCB design
- Microprocessor Hardware: Custom STM32MP development board
- FPGA & SoC: Lattice FPGA, AMD/Xilinx Zynq-7000
