Meet the team
From theory to thrusters: meet the brilliant minds powering our propulsion systems
From theory to thrusters: meet the brilliant minds powering our propulsion systems
The Space Propulsion Laboratory is driven by a diverse team of experts passionate about the future of aerospace. From tenured professors with decades of experience to bright young researchers, our strength lies in our collaboration. Whether investigating theoretical propulsion physics or testing hardware in the lab, our members are dedicated to advancing aerospace technology while fostering the next generation of engineers.
Fabrizio Paganucci
fabrizio.paganucci@unipi.it
Fabrizio Paganucci is Associate Professor of Aerospace Propulsion at the University of Pisa. His research focuses on electric propulsion systems, including Hall thrusters, magneto-plasma dynamic (MPD) thrusters, hollow cathodes, and iodine-fed propulsion. He has led multiple ESA and EU-funded projects on high-power electric propulsion and advanced plasma technologies. Previously, he was Vice President of Alta SpA, overseeing R&D in industrial plasma applications. He holds a Laurea in Aeronautical Engineering from the University of Pisa and is an AIAA Senior Member.
Angelo Pasini
angelo.pasini@unipi.it
Angelo Pasini is Associate Professor of Aerospace Propulsion at the University of Pisa, where he has been teaching and conducting research since 2016. With extensive industrial experience from his work at ALTA and SITAEL, he has led multiple EU and ESA-funded projects on advanced propulsion technologies. His research focuses monopropellant and bipropellant thrusters using green propellants, as well as on cavitating and non-cavitating turbopumps. He has collaborated with international institutions, including MIT and Osaka University, contributing to cutting-edge developments in space propulsion. His work aims to advance sustainable chemical and nuclear propulsion systems for future space exploration.
Manuel Martin Saravia
manuel.saravia@ing.unipi.it
Position: Postdoctoral Research Fellow
Research Area: Electric Propulsion
Key Focus: Applied research in electric propulsion, focusing on Hall thrusters, alternative propellants, plasma diagnostics, and multiphysics numerical modeling.
Interests: Hall thrusters, iodine propellants, plasma diagnostics, Bayesian data analysis, EP test facilities
Fabio Faraoni
fabio.faraoni@phd.unipi.it
Position: Phd Student - 2nd year
Research Area: Chemical propulsion
Key Focus: Design and experimental characterization of a 200N-class bipropellant thruster using 98% High-Test Peroxide and Gaseous Hydrogen.
Interests: HTP Catalysis, Injectors Design, Ignition Methods, Combustion, Heat Transfer, Rotating Detonation Engines (RDE) for In-Space Propulsion.
Matteo Serchi Masini
matteo.serchimasini@phd.unipi.it
Position: PhD Student - 2nd year
Research Area: Chemical propulsion
Key Focus: Design of miniaturized, low-cost propulsion systems for CubeSats using HTP.
Interests: SmallSat Green Multimode Propulsion, VaPak, Fuel Vapour Pressurization, Additive Manufacturing, High-Test Peroxide Staged Combustion applied to Micro-propulsion.
Stefano Giuntini
stefano.giuntini@phd.unipi.it
Position: PhD Student - 1st year
Research Area: Nuclear Propulsion
Key Focus: Development of a bimodal nuclear propulsion system using ammonia for the BANTER project.
Interests: Nuclear thermal & electric propulsion, Thermal Hydraulics, Supercritical Flows, Hybrid transfers, Deep-space missions, Ammonia
Alberto Tacchi
alberto.tacchi@phd.unipi.it
Position: PhD Student - 1st year.
Research Area: Nuclear Space Power Systems & Turbomachinery.
Key Focus: Development of the power-generation cycle and preliminary turbomachinery design for the ammonia-based BANTER system.
Interests: Bimodal Propulsion, Power Generation Cycles, Thermal Hydraulics, Turbomachinery, Systems Engineering, Ammonia, Reliability, Monte-Carlo Simulations, Trajectory Analyses.
Risela Dupi
risela.dupi@unipi.it
Position: Administrative Assistant
Key Focus: Support Administrative Activities of SPL
Francesco Marconcini
Francesco Marconcini completed his PhD at the University of Pisa in the Smart Industry program. During his doctoral research, he focused on the application of additive manufacturing techniques to the design of high-power Hall thrusters, including scaling methodologies, multiphysics modeling, and experimental validation.