The UKSEDS Satellite Design Competition challenges student teams to design and build a cubesat.
In this year’s Satellite Design Competition, our team’s mission centers on designing and building a 3U CubeSat capable of detecting, identifying, and tracking heat signatures within an analogue “mystery room” environment. To achieve this, we are developed an advanced Attitude and Orbit Control System (AOCS) to ensure that the CubeSat remains oriented and stable throughout operations. As part of our broader vision, we formulated a theoretical mission proposing CubeSat technology for wildfire detection, aligning our project goals with real-world environmental challenges in support of timely deployment strategies for risk mitigation on Earth's surface.
In addition to these primary objectives, our team is committed to constructing a mock testing environment that simulates the “mystery room” to thoroughly assess and refine the CubeSat’s capabilities. We are also focused on outreach, aiming to inspire and engage the next generation through space sustainability workshops with local schools. This includes participation in the KS3 Student Climate Summit, a workshop at the University of Bedfordshire, and presenting at the Space Technology Student Conference in May 2024. Together, these efforts underscore our dedication to both technical excellence and community engagement.
Working closely with the outreach team allowed us to provide outreach sessions across the society to promote consideration for the environment and how space can support such endeavours. This effort lead to recognition from the competition organisers.
- Won Best Outreach
Making use of the state-of-the-art facilities at Cranfield University we tested our module in a space-simulating environment to evaluate its capabilities.
Project Manager
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