Postdoctoral Fellow 

Department of Electronic Engineering

Building Ingegneria dell'Informazione, 2nd floor, room B2-13

Tel.: +39 06 72597810

E-Mail: This email address is being protected from spambots. You need JavaScript enabled to view it. 

Reception: Tuesday 15:00

Short CV

He received the Ph.D. in “Space Systems and Technologies” in June 2013 and graduated in Electronic Engineering with grade 106/110 in May 2009 at University of Rome Tor Vergata. At present, he is postdoctoral fellow at University of Rome Tor Vergata (dept. of Electronic Engineering).
He works on hardware implementation of high-speed systems for digital signals processing, array of wireless sensor networks and systems for analisys of data of Acoustic Emission (AE) sensors (based on ultrasonic waves). The main skills are about the microcontrollers/microprocessors programming using C/C++ language and digital systems implementation on FPGA devices using VHDL language. He focuses his work also on ultra-low power electronic systems.
Since 2012 he is adjunct professor of the course "Encoding and compression of audio signals" for the master's degree in Sound Engineering at the University of Rome Tor Vergata and, since 2013, he's tutor of the courses "Digital Electronics" for the degree in Engineering Sciences, "Progetto di Circuiti e Sistemi VLSI" and "Elettronica Digitale" for the degree in Electronics Engineering at the University of Rome Tor Vergata.

Skills and Research Area:

  • VHDL MODELLING ON FPGA: RTL design, synthesis, timing verification, test and debug of architectures for Digital Signal Processing. Baseband prototyping and validation. Advanced high-speed digital design and communication interfaces (SERDES, Ethernet, PCIe). Hardware development for Space Applications (e.g. triple redudancy). Complex systems integration (SoC building) in embedded design and processing using mixed FPGA/Microprocessors (Xilinx Zynq, Xilinx Microblaze, Altera NIOS-II, Gaisler LEON-2/3).
  • Design and developmet of reconfigurable hardware accelerators for embedded systems.
  • C/C++ firmaware development embedded processors.
  • Hardware/software implementation of cryptography algorithms.
  • Complex systems development and simulation using Matlab/Simulink