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  • Milan, Italy
  • 18:22 (UTC +02:00)

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lilborgo/README.md

Federico Borgo

Embedded & software engineer. I build connected devices end to end — Zephyr RTOS firmware on STM32, and the platform around it: the manufacturing test system that verifies the boards, the server, and the desktop and Android clients.

Most of my work lives in private company repositories, so what's public here is a thin slice of it.

Stack — C · Kotlin · Python · C++ · Java · Zephyr RTOS · STM32 · Spring Boot · PostgreSQL · Docker · Linux / NixOS

I develop with AI coding agents, and build the test harnesses that verify what they write.

BSc Computer Engineering — Politecnico di Milano

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  1. min2phaseCXX min2phaseCXX Public

    Forked from cs0x7f/min2phase

    Rubik's Cube Solver. An optimized implementation of Kociemba's two-phase algorithm. C++

    C++ 14 6

  2. Pasticceria Pasticceria Public

    Bakery order-management simulation in C — hand-rolled hash tables and time/memory-optimised data structures, profiled with Callgrind and Massif. Algorithms & data structures final project.

    C 1

  3. Solver2x2-CXX Solver2x2-CXX Public

    A C++ solver for the 2x2 cube.

    C++ 1

  4. dotfiles dotfiles Public

    My NixOS configuration — system and desktop setup across two machines.

    Nix

  5. GalaxyTrucker GalaxyTrucker Public

    Distributed multiplayer implementation of the Galaxy Trucker board game — Java client/server over both RMI and TCP sockets, with a JavaFX GUI and a terminal UI. BSc software engineering final project.

    Java 1