About me

I am a Postdoctoral Researcher at the Department of Aerospace Science and Technology of the Politecnico di Milano. In 2019 I was awarded a PhD in Aerospace Engineering by the University of Southampton and since 2018 I am part of the COMPASS group led by Professor Camilla Colombo at the Politecnico di Milano. In 2020 I was awarded an MSCA IF – Global Fellowship for the CRADLE project to study the motion of particles orbiting asteroids and other small bodies and investigate possible ways to safely collect these samples in orbit via the preliminary design of a collection device. I started the CRADLE project in March 2021 in partnership with the Japan Space Exploration Agency (JAXA), the University of Padova, and D-Orbit.
Research Interests
My research interests are in the field of astrodynamics, spacecraft and asteroid re-entry, space debris assessment and mitigation strategies, small bodies dynamics, and mission design. I participated in international research projects in collaboration with ESA and ASI and I am the author of 40 research products among journal articles, conference proceedings and book chapters. I serve as a reviewer of international journals in the field of aerospace engineering and celestial mechanics.
The CRADLE project starts on the 15th of March
EU communicates the MSCA results. CRADLE is selected for funding!
Started the Postdoc at Politecnico di Milano with the COMPASS group
Started the PhD at the University of Southampton
Awarded cum laude a MSc in Aerospace Engineering at the University of Pisa
Research Interests
- Mission trajectory design
- Small particles dynamics
- Uncertainty modelling and propagation
- Perturbed Circular Restricted Three-Body Problem
- Asteroids exploitability and reachability
- Sample-return missions
- Particle collection devices and strategies
- Mitigation and remediation strategies
- Space environment modelling
- Space sustainalbility and exploitability
- In-orbit fragmentations
- Ejecta models of kinetic impactors
- Space debris impacts
- Spacecraft vulnerability analyses
- Re-entry modelling of satellites and meteorites
- Re-entry predictions
- Destructive re-entry analyses
- Design-for-demise
Astrodynamics
Mission trajectory design
Small particles dynamics
Uncertainty modelling and propagation
Perturbed Circular Restricted Three-Body Problem
Small bodies
Asteroids exploitability and reachability
Sample-return missions
Particle collection devices and strategies
Space debris
Mitigation and remediation strategies
Space environment modelling
Space sustainalbility and exploitability
Impacts | Fragmentations
In-orbit fragmentations
Ejecta models of kinetic impactors
Space debris impacts
Spacecraft vulnerability analyses
Re-entry
Re-entry modelling of satellites and meteorites
Re-entry predictions
Destructive re-entry analyses
Design-for-demise
other Projects and collaborations
The COMPASS project exploits orbital dynamics, dynamical systems theory, optimisation and mission design for novel orbit manoeuvring techniques exploiting orbit perturbations…CHECK IT OUT!
e.Cube Mission
eCube is a mission concept by Politecnico di Milano in collaboration with D-Orbit, UniPd, Temis, and Intelligentia to demonstrate key technologies for space debris remediation…CHECK IT OUT!
ESA - Space Environment Impact Assessment
In this project with the European Space Agency, we study the impact of space missions on the environment and enable future sustainable access to space. If you are interested, check our publications.