Alessandro Gabrielli

Master Thesis Topic 1: Technology, Informatics, Electronics

1. Research and development of a hardware firewall, based on custom-fabricated electronic boards, to wide network security applications. The work will mainly consist of the firmware development of digital algorithms on Xilinx FPGA-based platforms. The candidate will become familiar with high-speed electro-optical connections using FPGAs, and the transmission protocol of the ISO/OSI model.
2. There are also thematic theses with sector collaborations, in the electronic field, to be finalized with a recruitment.
   

Master Thesis Topic 2: Research in Electronics for Nuclear and Subnuclear Physics Experiments

1. The candidate will join a project that has been widely launched in the
   international ATLAS collaboration at CERN, with particular attention to the
   research and development of data-acquisition and trigger systems using
   custom-fabricated electronic boards. This work will complete the data
   acquisition system currently present in the ATLAS pixel acquisition chain. Similar systems are planned to be used for the DUNE experiment for the neutrinos track detection and data acquisition.
   The INFN association is also possible to partially carry out the activity at
   CERN or at BNL (USA).
2. Implementation of trigger algorithms based on neural-networks for LHC
   upgrade, implemented on frontier FPGA devices, mainly for the ATLAS experiment at CERN. The work will be
   proposed as solution for innovative triggering systems particularly required
   to pixel-detector upgrades.
3. The work consists in High-Speed (GByte/s) electro-optical links
   communication tests on electronic boards used for many applications.
   Mainly these are related to the Phase-2 LHC upgrade at CERN but can be
   also oriented to a technology transfer to the market.

Master Thesis Topic 3: Research in Microelectronics

1. The candidate can start a training study oriented to becoming familiar with the microelectronic design, for the fabrication of ASICs (microchips). The final destination of this subject can be a doctoral position. Details can be discussed in person.
   

Doctoral Thesis Topic 1: Research in Microelectronics

1. All the proposed topics for Master Theses can be expanded, in principle, into a 3-year doctoral study.
   
2. Study, design and test of microelectronics circuits (ASICs), or IP blocks, withing large collaborations of world-wide research institutes and universities. The main applications are readout systems for international high-energy experiments such as ATLAS and DUNE. The circuits can also operate at cryogenic temperatures.
3. Industrial PHD projects to be agreed with private industries operating world-wide in the electronic area, oriented to a recruitment as final destination. This type of study includes periods of work in the partner industry and periods of study and research to be completed abroad.

Master/Doctoral Thesis Topic 2:Hardware Accelerators for Nuclear Power model simulations

The NewCleo [https://www.newcleo.com/] Futurable Energy can accept master's or PhD students for internships in Turin or Saclay to develop simulations of nuclear energy models running on FPGA-based hardware acceleration platforms.

Cybersecurity

Recently A.G. has started a collaboration with the

• Laboratorio Nazionale di Cybersecurity,
• European Cyber Security Organization,
• Cybersecurity: from design to operations

via an AlmaIdea project for designing a FireWall hardware. A use-case within the INFN-BO and INFN-CNAF is starting in parallel with a Course "B1165 - HARDWARE-BASED SECURITY WITH FPGA: FROM CYBERCRIME TO CYBERWARFARE AND DIPLOMACY" at the Collegio Superiore of the Bologna University.

Master and PhD thesis are available in this subject.