This project revolves around creating new battle scenarios' generators and animators, in order to feed synthetic data to radars and combat Command&Control systems.
This task is achieved by customizing an existing Computer-Generated Forces software system, in order to generate enemy tracks' data.

During this timeframe, I had to support and perform development activities related to a subsystem of a weapon system (running on an internally-developed board) and an in-house logging system I helped design and develop some years before. The experience gained by running software on the custom embedded board made me land the task of porting the internal framework to the newest iteration of the internally-developed board, helping the client get a working implementation of the RTOS and the internal framework on the new board.

The tool developed in this project helps organizations to track their teams' maturity about a certain topic (agile, cybersecurity...) through periodic questionnaires. If the team's maturity is not good enough, the tool is able to suggest actionable tips to improve and fix the team's processes.

The initial project started with the creation of an application, running on the Predix cloud platform, for real-time monitoring and historical work data analysis of CNC machines. From that initial core, the webapp was expanded to become the center of the whole plant's activities, such as work shifts management and raw data exports for offline analysis.

Support and development activities for main development team of a client's weapon system, that resulted in the creation of simulators and debugging tools. These activities enabled the groups to cut the debugging time - due to a new remote logging system and an ad-hoc porting of a control system from an RTOS to Linux-, and the integration time between different systems, both internal and built by third parties (weapon system reference simulator, HCI panels simulator)

The project is about the prototype of a weapon system designed to be rapidly deployed on cargo military aircraft (such as C27J and C130), to be used to counter asymmetric threats and to support infantry troops, known as OTO GUNSHIP. The weapon system has its own Electro-Optic FCS (fire control systems) that interfaces itself with a GPS, a 360-degrees camera and a 20mm Gatling Gun.

The project revolves around maintaining and developing new features for the travel management system (MAS) and payment (MOS) and the documentation system for storaging and sharing Word/PDF documents across departments (ROCADE)