UTN FRBA graduate with hands-on experience across digital systems, signal processing, analog hardware, embedded systems, and applied AI. Currently working in large-scale engineering project documentation (civil & nuclear sectors) while developing generative AI automation pipelines on the side.
Full-stack implementation of a Visible Light Communication (Li-Fi) system: DC-OFDM baseband in MATLAB/Simulink → VHDL on FPGA, analog front-end hardware, optical channel simulation, and network-layer modeling in OMNeT++. 10 repositories · UTN FRBA final degree project (2025).
Custom Linux kernel I2C driver (td3_i2c_dev) for the MPU6050 gyroscope/accelerometer on the BeagleBone Black.
Includes a device tree overlay, a multithreaded C server with a FIR low-pass filter, and a Python Unix-socket client.
Full embedded Linux stack: kernel module · device tree · DSP · IPC.
Bare-metal ARMv7-A kernel built from scratch in C and ARM Assembly, targeting the BeagleBone Black. Implements preemptive multitasking with timer-driven context switching, ARM GIC interrupt routing, MMU-based virtual memory, and independent per-task address spaces via TTBR0 swapping. Custom linker script controls full physical/virtual memory layout. Full low-level stack: reset vector · exception handling · GIC · MMU · page tables · scheduler.
- 🤖 TinyML Professional Certificate — HarvardX / edX (2025)
- 🏭 Ignition Core Certification — Inductive University (Ignition 8.3 SCADA/HMI platform)
- 🔧 PLC Programming Certificate — Edutin (Ladder logic & industrial automation)
- 🌐 Certificate of Advanced English (CAE) — Cambridge (2018)
