The CubeSat community is growing in membership every day. Universities and industry alike are forming teams to build CubeSats that perform a variety of scientific research and explore new technologies in space. Innovative companies are designing various space application components for CubeSats. These components are the latest in mass- and volume-minimizing aerospace technologies. The CubeSat Developer’s Workshop is an opportunity for CubeSat developers to come together to share ideas and personal experiences in developing picosatellites. In addition to design-specific topics such as hardware and software, other areas of discussion include the status and availability of launch vehicles, new technology, and increasing community communication. The workshop provides valuable insight to new and longstanding participants of the CubeSat community.
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2014 | ||
Saturday, August 2nd | ||
9:20 AM |
Prototype Development of Cubesat Flight Software Framework Supporting Multi-Operating Systems S. Han, KARI 9:20 AM |
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9:20 AM |
Rapid Development and Test for Ukupe-1 using software and Hardware-in-the-Loop Simulation Peter Mendham, Bright Ascension 9:20 AM |
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10:50 AM |
Bryan Klofas, SRI International 10:50 AM |
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11:10 AM |
The EDSN Intersatellite Communications Architecture John Hanson, Millennium Engineering Integration Company 11:10 AM |
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11:50 AM |
TSAT Globalstar ELaNa-5 Extremely Low-Earth Orbit (ELEO) Satellite Hank Voss, NearSpace Launch, Inc. 11:50 AM |
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1:50 PM |
Get Away Special Passive Attitude Control Satellite James Gardiner, Utah State University 1:50 PM |
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2:10 PM |
Nikhil Shastri, University of Michigan 2:10 PM |
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2:10 PM |
Nikhil Shastri, University of Michigan 2:10 PM |
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4:20 PM |
E. coli AntiMicrobial Satellite (EcAMSat): Science Payload System Development and Test Travis Boone, NASA Ames Research Center 4:20 PM |
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4:40 PM |
INCA Ionospheric Neutron Content Analyzer Taylor Burgett, New Mexico State University 4:40 PM |
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Sunday, August 3rd | ||
2:50 AM |
Jeroen Rotteveel, ISIS – Innovative Solutions In Space 2:50 AM |
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9:20 AM |
Lunar Water Distribution (LWaDi)-- a 6U Lunar Orbiting spacecraft Pamela Clark, NASA GSFC 9:20 AM |
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10:00 AM |
Crossing the Chasm: Leveraging University and Industry Partnerships for Success Tricia Hevers, Boeing 10:00 AM |
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10:50 AM |
Test Results for the MPS-120 and MPS-130 CubeSat Propulsion Systems Christian Carpenter, Aerojet Rocketdyne 10:50 AM |
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11:10 AM |
CubeSat Propulsion Module with Closed-Loop Thrust Control T-A. Gronland, SSC Nanospace 11:10 AM |
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11:30 AM |
The Plasma Ambipolar Thruster for Responsive In-Orbit Transfers (PATRIOT) Mission J.P Sheehan, University of Michigan 11:30 AM |
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11:50 AM |
Thruster Subsystem Design for the Ballistic Reinforced Communication Satellite (BRICSat-P) Joseph Lukas, The George Washington University 11:50 AM |
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1:50 PM |
NASA Space Technology Mission Directorate Small Spacecraft Technology John Allmen, NASA Ames Research Center 1:50 PM |
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2:30 PM |
Nanoracks CubeSat Deployment Services Rich Pournelle, Nanoracks 2:30 PM |
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4:20 PM |
HARP CubeSat – An innovative Hyperangular Imaging Polarimeter for Earth Science Applications J. Vanderlei Martins 4:20 PM |
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5:00 PM |
Design of a High Power Cube Satellite Power System Randy Rice, Miltec Corporation 5:00 PM |
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5:10 PM |
Applying Standard Commands for Programmable Instruments (SCPI) to CubeSats Shaun Houlihan, Pumpkin Inc. 5:10 PM |