Matias Fabbro

Led the low-level components of the platform project. Developed the G.B.G. Electronic Fund Transfer system using Go and C++. Designed and implemented client-server software to manage and track software release versions in Go.

Led a team of 4 engineers, improving the performance and maintainability of new 3D printers. Launched automated self-calibration and testing processes to identify assembly errors and mechanical failures. Prepared and presented quarterly and annual spending reports to the CTO.

Developed a modular 3D-printing platform using CAN-FD bus and programmed microcontrollers in C/C++. Implemented a C++ library for Linux to interface EtherCAT and OP-CUA. Managed CI/CD pipelines and developed Python scripts for E2E testing.

Defined product vision for medical and industrial devices and developed driver libraries for microcontrollers (C/C++). Designed PCBs with various wireless technologies and isolated measuring techniques. Provided technical support during commercial negotiations and ensured EMC/EMI standards compliance.

Designed, implemented, debugged, and tested embedded software in C++ under transport standards. Integrated new on-board device technologies and improved UI performance with multi-task implementation. Developed contactless payment solutions using QR-codes and NFC.

Taught the 'Digital Techniques' subject to students. Developed and delivered curriculum content, fostering a strong understanding of digital concepts.

Developed C++ digital image processing for screen defect detection, optimizing processing time with multi-tasking and memory organization. Programmed C/C++ microcontrollers for data acquisition and communication via HTTP or MQTT. Designed PCBs for wireless dataloggers and defined documentation and tests.

Designed and programmed FPGAs in VHDL for signal analysis and peripheral communication, considering nuclear safety standards. Developed a Linux-based header engine controller in C++ and an Android application for a Multichannel Analyzer. Tested systems in a real Tomographic Gamma Scanner.

Activities and societies: Honor Roll | Best GPA in Electronic Eng. 2016

Specialized in digital signal and image processing, with a focus on developing electronic products and prototypes. Acquired vast experience in embedded systems development and hardware design and simulation.

Selected to study for 6 months, focusing on digital signal processing and Ultra-Wide-Band Inverse Synthetic Aperture Radar.

Completed a program in electronic technology, achieving honor roll recognition.