Full Stack Developer - Data Processing, Transformation, Visualization & DevOps | Embedded, PCB & HDL Design | EV Powertrain

I develop data visualisation solutions. At @blacklabel I work on a biotechnology project, building interactive molecular visuals using libraries such as Mol* and RCSB Saguaro.

I develop software and electronics hardware (PCB) for the electric car power‑train control system of a race car competing in the Formula Student international competitions. This hands‑on experience gave me insight into integrating software with hardware in demanding automotive applications.

I design PCBs and develop embedded systems, with experience in communication protocols such as CAN. My work focuses on creating modular, reliable hardware for rapid prototyping and testing. As an example, I built the CAN_Devboard: a custom PCB that enables quick testing of multiple devboards and external devices on a CAN bus, streamlining debugging and development.

Full Stack Developer specializing in systems for data processing, transformation, and visualization, with a strong focus on DevOps.

In parallel, I work extensively in systems and embedded programming (C/C++): writing firmware for various embedded platforms, designing PCBs in Altium Designer, and programming FPGAs in VHDL/SystemVerilog. In my free time, I'm also involved in developing EV powertrain control systems, and currently exploring ASIC design and ML.

Software: TypeScript, JavaScript, Vue.js, C++, C | CMake, Webpack, Vite, Yarn | Docker

Hardware/Embedded: ARM / RISC-V (ESP32, RPi Pico, STM32), AVR | C, Clang/LLVM, GCC | Altium Designer (PCB) | SPICE, SI/PI, EMI/EMC | VHDL, SystemVerilog (FPGA)

DevOps: Linux, Docker, Kubernetes, LXD/LXC, Proxmox

ML: Model inference, training, fine-tuning and Python (-_-)

ASIC Design: Analog ASIC Design using XSchema, ngspice and KLayout. Digital ASIC Design using HDLs (VHDL, SystemVerilog)