Second Webinar: From Earth to Mars, one (small) step at a time

When you buy a new car, do you buy all of the gasoline you will ever use along with it?

Probably not. However, this is how space missions are designed today, where all the necessary mission propellant is loaded into the spacecraft before launch. In his seminar, Dr. Davide Conte will be talking about his research on a semi-analytical method to analyze proximity operation maneuvers in a three-body dynamical environment. Dr. Conte’s research in astrodynamics is aimed at the ultimate development of multi-stop “refueling depots” around the Solar System. These “gas stations” could be used to decrease the initial launch mass significantly. Furthermore, Dr. Conte will discuss his plans for future research in the field of astrodynamics and space mission design. 

About our hostDr. Davide Conte, born in Genova, Italy, received a Ph.D. in Aerospace Engineering from the Pennsylvania State University in 2019. Dr. Conte also received a B.S. in Mathematics, and a B.S. and M.S. in Aerospace Engineering, as a Schreyer Honors Scholar from the Pennsylvania State University in 2014. Dr. Conte is currently an Assistant Professor in the Department of Aerospace Engineering at Embry-Riddle Aeronautical University, in Prescott, Arizona. His research interests include proximity operations and orbital transfers in the restricted three-body problem, trajectory optimization for interplanetary trajectories, spacecraft mission design and engineering, and low-thrust orbital transfers. Dr. Conte has participated in various space design competitions and workshops and has been advising the Embry-Riddle multi-campus NASA Revolutionary Aerospace Systems Concepts – Academic Linkage (RASC-AL) team since August 2019.

The webinar will be live-streamed on our InstagramYoutube, and Facebook profiles, on February 24, 2021, at 4 p.m and will last for two hours. Don’t miss out, save the date!

Share This Post


Subscribe to our Newsletter:

* indicates required
PoliSpace Well wishers

More To Explore

Space blog

DINING ON MARS: When you take Michelin stars literally

What will Martian colonist eat? 3D printed food, bioreactors and hydroponic cultivations will be the key of future food chain on both Earth and Mars. Let’s explore the most advanced technology in the food field.

Polispace news

Revolv Space: A Cool Collaboration for PoliSpace in These Hot Days

Summer has begun, and whether you are working, studying, or planning vacations, you are also struggling with the heat. Everyone has their way of surviving these hot days on Earth, but how do you manage heat dissipation in space? Five PoliSpace Space-Tech division members asked themselves the same question while designing a heat dissipation system for SARA, a satellite component by Revolv Space.