The job position focuses on the application of system engineering principles to different projects. Usage of IBM Doors Next Gen and Rhapsody for the system modeling, analyzing and testing. Recent use of RPE/Document Builder tool for document generation with its common points in Jazz Team Server.Focusing on Model Based System Engineering (MBSE)Teaching MBSE Fundamentals and SysML/UML Languages.Simulation and Co-Simulation using integration of the tools of MBSE such as IBM Rhapsody and Simulink.Support in ASPICE (MAN3-MAN5) and MBCM Assessments for the improvement and optimization of engineering process in organizations.

I'm a licensed industrial engineer and freelance professional specializing in the design and development of industrial plants, energy optimization, and regulatory compliance. With a background in aeronautical engineering, I bring a unique perspective to my work, combining expertise in complex system engineering with a focus on efficiency and innovation. I provide specialized technical consultancy to improve operational efficiency and reduce energy costs in industrial companies. Proficient in managing complex projects and implementing innovative solutions, I'm passionate about research and development to drive innovation in the industrial sector. I'm available for collaborations and projects aimed at optimizing industrial performance and promoting environmental sustainability. Additionally, I provide graphic design and web development services, creating visually appealing and functional digital experiences.

The internship focused on the drafting of the Master's thesis in Aeronautical Engineering and involved the optimization of wing profile shapes based on the use of morphing technology. During the work period, skills were developed in the field of HPC, CFD and optimization, interfacing different software together and setting up a procedure for optimizing wing profiles.

The main aim of the project is to design and to improve the Autopilot Software of an UAV (Unmanned Aerial Vehicle) by Systems design and control tools. The UAV is completely designed and built by the Sapienza Flight Team.

I was one of the nine worldwide students, among hundreds of applications, selected for the 3rd Clean Combustion Winter School at KAUST, Saudi Arabia. The purpose was to study the main principles of the combustion processes, focusing on them among simulations, experiment and innovative solution for future applications.My project on the measurement of the flame response to acoustic perturbations was awarded as the best experimental project for the 3rd Clean Combustion Winter School among the nine participants.