Davide Guzzetti

Aerospace Engineering
Assistant Professor
328 Davis Hall
334.844.5277
CV
Website

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Education

Ph.D. Aeronautics and Astronautics, Purdue University
M.S. Space Engineering, Politecnico di Milano, Italy
M.S. Space Engineering, Politecnico di Torino, Italy
B.S. Aerospace Engineering, Politecnico di Milano, Italy

Research Interests

Astrodynamics
Space Mission Design
Machine Learning
Immersive Computing
Virtual Reality

Keywords/Tags

Three-Body Problem Attitude Dynamics Multi-Body Dynamics Path-Planning Artificial Intelligence Cybersecurity Reinforcement Learning Imitation Learning

In The News

Aerospace engineering graduate students awarded DoD SMART Scholarships

Alton Stoute and Rehman Qureshi will begin assignments this summer at the U.S. Army Research Lab Proving Grounds in Aberdeen, Maryland, and Air Force Research Laboratory in Rome, New York, respectively.
Professors earn NASA EPSCoR grant to research impact of microgravity on self-folding polymer sheets

Russell Mailen and Davide Guzzetti's research "Activiation of Self-Folding Origami in Microgravity Environment" earned a NASA EPSCoR grant
Aerospace students challenged to resolve space trajectory issue

Can satellites built from asteroids surround the sun? Graduate students in aerospace engineering believe so

Graduate students, faculty honored at spring graduate school awards

The Auburn University Graduate School recently honored 15 engineering students and faculty at the annual graduate student spring awards virtual ceremony.

Applying game theory to predict the future of satellite internet

Satellite internet is the future of internet access, not only for the United States, but the rest of the world. Using game theory, aerospace engineering assistant professor Davide Guzzetti is working to predict how the satellite internet economy might play out in the years to come.
Aerospace faculty earn NIAC award to study self-assembling space technology

Auburn University aerospace engineering faculty members have received a $125,000 NASA Innovative Advanced Concepts (NIAC) award to explore the technology to enable kilometer-sized antenna arrays for radio astronomy that self-assemble in space.