I perform Finite Element Analysis (FEA) of aeronautical components manufactured by the client (Avio Aero, GE Aviation).

IONA develops an autonomous and electric local logistics network using drones and local hubs to enable efficient and sustainable point-to-point and home deliveries in rural and remote areas.

As part of experimental and numerical scientific activities conducted for the study of the ITER Vacuum Suppression System (VVPSS) behavior, I mainly deal with support for experimental activity, bibliographic research, data analysis, development of new devices and drafting of technical documents.

I am part of a research group that studies the phenomenon of vapour condensation under sub-atmospheric pressure conditions. This research activity is aimed to design the relevant safety system of the ITER nuclear fusion experimental plant called Vacuum Vessel Pressure Suppression System.

I'm involved in a reaserch group of the nuclear engineering department. The work is aimed to characterize phenomenologically the problem of condensation of superheated steam in vacuum condition. This work has been commisioned by ITER organization.