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Carleton CuSAT Project Mission – D. An. T. E
“Detection of Anomalistic Thermal Events”
Juan F. Posada
2017-02-22 2
Overall Objective
Juan Posada
Design Build Test
Launch
Canadian Satellite Design
Challenge
2017-02-22 3
The Mission
Juan Posada
Discover anomalous hot spots for the purpose of determining the location of forest fires
2017-02-22 4
Fire Behaviour Prediction
Topography
Fuel Type
Weather
Fire Characterization
Location
Fire Temperature
Fire Energy
Currently
Missing
Fire Behaviour Prediction
[1]
Juan Posada
Multiple groups working on different
aspects of the design
2017-02-22 6
Project Structure
Juan Posada
Thermal Imaging Camera
Microbolometer
Optics
2017-02-22 7
Payload Team
[Source: International Optics Institute (INO), 2015.]
Juan Posada
2017-02-22 8
Structures Subsystem
Static Structural Analysis
Vibrations Analysis
Material Selection
Juan Posada
2017-02-22 11
Attitude Determination and Control
How are we oriented?
How should we be oriented?
What disturbances are present?
How does the satellite control its orientation?
Juan Posada
2017-02-22 12
Command and Data Handling Subsystem
Data budget
Data interfacing
Data processing
Data storage
Software
Juan Posada
2017-02-22 13
Guidance and Navigation Subsystem
Where along the orbit are we?
GPS receiver and antenna
Juan Posada
2017-02-22 14
Thermal Control Subsystem
How do we control our temperature?
Internally generated heat
Heat from external sources
Mathematical Modelling
Juan Posada
2015 – 2016:
2016 – 2017:
2017 – 2018:
2017-02-22 15
Project Schedule
Conceptual Design and Requirements
Preliminary/Detailed design, prototyping, manufacturing, and preliminary testing
Final design, assembly, integration and testing
Juan Posada
Design, build, test and launch 3-Unit CubeSat
Compete in the Canadian Satellite Design Challenge
Industry like experience
Networking opportunity
2017-02-22 16
Satellite Design Project
Juan Posada