Session
Poster Session 1
Location
Salt Palace Convention Center, Salt Lake City, UT
Abstract
A student team at the University of South Carolina is currently working to address the state’s needs for astronautics to both students and to the economy through collaborative efforts with other state institutions. This paper intends to cover the mission concept formulation, areas of beneficial technology development in space, and mission objectives that are to be accomplished for both human and technical capabilities within the state throughout the mission duration. The mission concept covers using 3D printing in space for on-orbit manufacturing capabilities, and the need for development of a computer vision algorithm and system for small space debris detection. These capabilities are discussed for how they can be combined for threat deterrence purposes. To progress the development of USCs technical skills and resources, a CubeSat prototype has been built in 3 months at a low cost for students to practice structural design, mission planning, and systems integration and testing. The CubeSat was able to send and receive transmissions with a ground station, take images, and initiate use of its flight controls.
Document Type
Event
The University of South Carolina's Journey to the Launchpad
Salt Palace Convention Center, Salt Lake City, UT
A student team at the University of South Carolina is currently working to address the state’s needs for astronautics to both students and to the economy through collaborative efforts with other state institutions. This paper intends to cover the mission concept formulation, areas of beneficial technology development in space, and mission objectives that are to be accomplished for both human and technical capabilities within the state throughout the mission duration. The mission concept covers using 3D printing in space for on-orbit manufacturing capabilities, and the need for development of a computer vision algorithm and system for small space debris detection. These capabilities are discussed for how they can be combined for threat deterrence purposes. To progress the development of USCs technical skills and resources, a CubeSat prototype has been built in 3 months at a low cost for students to practice structural design, mission planning, and systems integration and testing. The CubeSat was able to send and receive transmissions with a ground station, take images, and initiate use of its flight controls.
