Matt Corrado

I’m Matt Corrado, an aerospace engineer and current PhD student in Space Propulsion at MIT.

I started grad school at MIT in the fall of 2020 after graduating with a bachelor’s degree from Georgia Tech. I completed my master’s degree in 2022 with my thesis titled Active Thermal Augmentation and Ultra Dense MEMS-Based Electrospray Thrusters. Since then, I’ve continued as a PhD candidate in the Space Propulsion Lab under Prof. Paulo Lozano.

My research focus is in electrospray thrusters, a type of highly efficient and scalable electric propulsion. I’m working on methods for and investigating the effects of increasing the thrust density of electrospray thrusters to make them a more attractive propulsion option for a wider range of space missions.

Previously, I did research as an undergrad in the High-Power Electric Propulsion Lab at Georgia Tech. Also while an undergrad, I led student groups and engineering competition teams, and I completed internships at SpaceX, NASA, and The Aerospace Corporation.

Meet River

River is my 3-year-old Cavapoochon. Her interests include chewing, sniffing, and playing with toys. She loves sunsets, the beach, the Yankees, and running through the grass at the park. River and I live in Boston, Massachusetts.

Publications

Shaik, Corrado, and Lozano. Effect of Spacecraft Charging on Performance of Ion Electrospray Propulsion Systems. International Astronautical Congress, 2024.

Corrado et al. Performance Characterization of High-Density Electrospray Thrusters. International Electric Propulsion Conference, 2024.

Bruno, Corrado, and Lozano. Temperature-Dependent Performance of Electrospray Thrusters with ASCENT Monopropellant. International Electric Propulsion Conference, 2024.

Corrado, Bruno, and Lozano. Direct and Indirect Thrust Measurements of Ionic-Liquid Electrospray Thrusters on a Magnetically-Levitated Testbed. AIAA SciTech Forum, 2024.

Jia-Richards, Corrado, and Lozano. Thrust Inference for Ionic-Liquid Electrospray Thrusters on a Magnetically-Levitating Thrust Balance. International Electric Propulsion Conference, 2022.

Pettersson, Bruno, Corrado, et al. Performance Measurement and Propellant Testing for the STEP-1 CubeSat Elecrospray Thrusters. International Electric Propulsion Conference, 2022.

Corrado et al. Densification of Ionic Liquid Electrospray Thrusters using Silicon-Based MEMS Fabrication. International Electric Propulsion Conference, 2022.

Corrado. Active Thermal Augmentation and Ultra Dense MEMS-Based Electrospray Thrusters. Master’s Thesis, MIT, 2022.


© 2024 Matt Corrado