São Carlos, São Paulo, Brazil
🚀 Aerospace Engineer with international academic and professional experience, holding a Double Master’s Degree in Space Engineering from Politecnico di Milano and a B.Sc. in Aeronautical Engineering at USP – São Carlos. 🛰️ Experienced in satellite mechanical architecture, FEM analysis, and composite structures, with hands-on contributions as an intern for Visiona Tecnologia Espacial. Designed and validated lightweight structures that improved mass efficiency and compliance with ESA and NASA standards. 🌍 Led the Latin American Space Challenge Cooperation Program, coordinating 27 international rocketry teams across 5 countries to foster innovation and technical collaboration in aerospace projects. 🔧 Skilled in structural analysis and optimization, CAD modelling (CATIA, Creo Parametric), and additive manufacturing, bridging academic research and real-world aerospace applications. 🎯 Motivated to contribute to spacecraft and aircraft design, adaptive aerospace structures, and next-generation satellite systems, driving projects that combine technical excellence, innovation, and global impact.
Worked as a Structural Design Engineer for the 6S CubeSat Project, which aims to develop and launch the first 1U CubeSat entirely designed and built by students of Politecnico di Milano.
Conducted logistical planning activities as part of the organizing committee of the 7th Edition of the European Space Generation Workshop, which took place at Politécnico di Bari in April 2023.
The 2022 LASC Cooperation Program was a cooperative program, that united 27 rocketry teams from 5 different countries (Brazil, Paraguay, Colombia, Peru and India) in order to project, test and build a rocket capable of reaching 5 km of apogee, the record for a rocket designed by undergraduate students and launched on Latin American soil. As the Project Director, had the responsibility to make the holistic planning of the project, as well as conducting hands-on manufacturing and testing activities. Beyond that, also performed roles related to the design, test and manufacturing of the rocket's fuselage, couplers, fins, nose cone and internal structural components.
Worked as a technical member of the Aerodynamics and Structures Subsystem of the Rígel Project, which aimed to design and build a 1 km AGL Apogee rocket with an active control system. All knowledge and skills related to the work of Structural and Aerodynamicist Engineering (from planning tasks and producing documentation to designing and simulating components and systems) were required. Specifically, was in charge of the composite fuselage, metallic couplers and 3D-printed internal components designs of the mission. The Rígel project achieved first place in the 2021 and 2022 editions of the Latin America Space Challenge 1 km AGL Apogee category.
Worked as a technical member of the Aerodynamics and Recovery Subsystems of the Kamina Project, which aimed to design and build a 1 km AGL Apogee rocket. All knowledge and skills related to the work of a Recovery and Aerodynamicist Engineer (from planning tasks and producing documentation to designing and simulating components and systems) were required. The Kamina Project achieved second place in the 2020 Latin America Space Challenge 1 km AGL Apogee category. Additionally, worked as part of the team that designed the Calango Initiative during the 2020 Latin America Space Challenge.