group 4: successfully launching university …group 4: successfully launching university satellites:...
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Group 4: Successfully launching university satellites: From design to orbit | UNISEC Global Meeting 2015 | Philip Bangert
Group 4:
Successfully launching university
satellites: From design to orbit
3rd UNISEC Global Meeting July 04, Tokyo, Japan
University Wuerzburg Experimental Satellite UWE-3
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Group 4: Successfully launching university satellites: From design to orbit | UNISEC Global Meeting 2015 | Philip Bangert
Cubesat Projects Chances • more than 80 educational institutions world wide
• flexible and cost efficient access to space
• push research in small satellites & unique training platform
Challenges • not all missions could demonstrate successful operation in orbit
Unknown 16%
Failed 19%
Partial 17%
Full 48%
[Bouwmeester and Guo, 2010]
Mission Success
0
2
4
6
8
10
12
14
16
1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012
Picosatellites Nanosatellites (additional)
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Group 4: Successfully launching university satellites: From design to orbit | UNISEC Global Meeting 2015 | Philip Bangert
Typical Goals of University Satellite Projects
System Engineering • Design, development and test of subsystems
• Control algorithms, communication protocols, etc…
• Payload and scientific sensors
Project Management • Project timelines, team organization, etc…
• Documentation, International Standards
Satellite Operations • Operation procedures and planning
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Group 4: Successfully launching university satellites: From design to orbit | UNISEC Global Meeting 2015 | Philip Bangert
Typical Problems of University Satellite Projects
High Student Fluctuations • student participation in the order of a few months only
• loss of expertise and responsibility
UWE-3 Flight Model Integration
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Group 4: Successfully launching university satellites: From design to orbit | UNISEC Global Meeting 2015 | Philip Bangert
Typical Problems of University Satellite Projects
Significant Launch Delays • Need for easy maintenance, extension and replacement
of subsystems even after integration
• Changes in the student team
DNEPR launch Nov. 2013
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Group 4: Successfully launching university satellites: From design to orbit | UNISEC Global Meeting 2015 | Philip Bangert
Typical Problems of University Satellite Projects
Limited Financial Budgets • Limited access to complete set of test
facilities during development phase
• Limited access to test hardware and models (engineering model and flight model only?)
• needed support for reusability and easy manufacturing of components
UWE Satellite Components lined up with Engineering, Structural, and Flight Model
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Group 4: Successfully launching university satellites: From design to orbit | UNISEC Global Meeting 2015 | Philip Bangert
Typical Problems of University Satellite Projects
Regulatory Issues • Frequency allocation
• Launch negotiations
• Money procurement
https://fluix.io/how-to-streamline-the-contract-document-management-process/
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Group 4: Successfully launching university satellites: From design to orbit | UNISEC Global Meeting 2015 | Philip Bangert
Goals for Discussion Open discussion about (but not limited to): • The issues University CubeSats are facing
• What can we do in order to reduce risks for these missions?
• How can cooperations between Universities facilitate missions?
• Can Standards be established to help and cooperate?
• What should be considered in planning an University CubeSat project?
https://isegenesis.wordpress.com/2015/03/14/code-%E0%A4%AF%E0%A5%81%E0%A4%A6%E0%A5%8D%E0%A4%A7-coding-week-2015/