Description

Fullstack Engineer | Hardware (PCB) & Software (Rust/Python/Web)

I bridge the gap between Power Electronics and production-grade software. I don't just build the hardware; I build the entire ecosystem around it. Most connected projects require a disjointed team of firmware engineers, PCB designers, and web developers, but I handle the full vertical. Whether you need a custom high-performance Python library accelerated with Rust (PyO3) to analyze lab data, or a cross-platform app to control your IoT device, I connect the atoms to the bits.

On the software side, I build modern, fast applications using Rust (Dioxus and Tauri) that run natively on Desktop, Mobile, and Web, perfect for device dashboards or control panels. I also bring experience with Vue.js and Nuxt.js for frontend work, and I deploy and manage full-stack applications on infrastructure like Railway. This means I can deliver not just the physical device, but the polished interface that users actually interact with.

Under the hood, my hardware engineering background ensures the physical product is rock solid. I design robust Power Electronics and PCBs using KiCad or Altium, validated by Digital Twins in PLECS or LTspice. I even provide photorealistic 3D renders using Blender to help you visualize the product. By understanding how the firmware talks to the app and how the thermal limits of the PCB affect the software logic, I build cohesive systems rather than just isolated components. I am based in Switzerland, speak English and Italian at a native level, and am ready to tackle complex, cross-disciplinary projects.

Industry field of expertise

Languages

English
Native or bilingual
Italian
Native or bilingual
German
Conversational

Workplace preferences

Remote only

Primarily works remotely

BRUSA HyPower AG
Hardware Design Engineer
AUTOMOBILE
June 2023 - Today (3 years)
Switzerland
I lead the system-level optimization for an 11kW onboard charger, bridging the gap between theoretical design and final product. My work centers on building "Digital Twins" in PLECS to validate thermal and electrical performance before prototyping, which allows me to close the design loop with high precision. I also developed an internal Python/Rust framework to automate loss modeling and efficiency estimation, significantly reducing manual analysis time. Beyond simulation, I design custom magnetic components and AC/DC EMC filters to meet rigorous CISPR 25 standards, and I support the firmware team with CAN communication interfaces for high-power industrial converters.
Power Electronics Python EMC Filter Design Simulation
BRUSA HyPower AG
System Engineering Trainee
AUTOMOBILE
January 2023 - June 2023 (5 months)
Switzerland
During my traineeship, I took full ownership of developing a 15kW bidirectional DC-DC converter based on a novel soft-switching topology. I designed the complete power stage hardware and implemented the real-time control algorithms on a TI C2000 DSP. This role required me to handle the entire engineering lifecycle—from schematic capture and PCB layout to writing the C code for the digital controller. I successfully validated the prototype in the lab, achieving soft-switching under continuous conduction mode (CCM) and proving the viability of the concept for high-efficiency automotive applications.
PCB Design Power Electronics Technical Writing