Project Description
Charged astrodynamics is an emerging field of research that deals with electrostatic forces in orbit that result from electrically charged spacecraft. The AVS lab is working on methods to either utilize these forces for active debris removal, or to find guidance and control laws that mitigate the perturbations due to these forces during rendezvous and proximity operations.听
This unique opportunity offers involvement in a diverse range of relevant projects for an ambitious undergraduate student. This student will assist in modeling, simulation, and analysis for spacecraft proximity operations, and developing space weather related spacecraft charging software. The experience offers exposure to a variety of roles, from building on existing high-fidelity software solutions to developing simpler proof-of-concept demonstrations for more theoretical work. Desirable skills include coding experience (ideally in Python, C and C++, but not required), and some familiarity with dynamics and orbital mechanics.
Special Requirements
- Adaptable and motivated undergraduate engineering student
- Coding experience
- Able to work 5 - 10 hours per week
- Able to work independently听
Contact
- Hanspeter Schaub (faculty)
- Julian Hammerl (graduate student)