CENTRIFUGE CUBESAT TERRARIUM

Abstract

This document serves as the comprehensive final report for the Centrifuge CubeSat Terrarium project conducted by the Wildcat Engineers Dedicated to Guarding the Ecosystem through Space (W.E.D.G.E.S.). Within these pages, we outline the evolution of our project from its inception to its final implementation, detailing the scope, changes made since the Critical Design Review (CDR), problem statement, background information, project objectives, limitations, expected functionalities, and the description of our customer. Since the Critical Design Review, significant adjustments and enhancements have been implemented based on rigorous testing, feedback, and iterative design processes. These changes have been instrumental in refining our project to meet the intended objectives effectively. The project aims to address the challenge of transporting plant samples from the moon to Earth using CubeSat technology. With the looming threat of rising sea levels endangering the Svalbard Seed Vault, scientists propose storing precious seeds cryogenically within the moon's lava tubes. Our project focuses on developing a prototype CubeSat terrarium equipped with a scissor-lift mechanism to accommodate plant growth, ensuring the safe transport of plant samples back to Earth. The scope of the project encompasses the design, construction, and testing of the CubeSat terrarium prototype, including the integration of necessary systems such as power, data collection, life support, and fungal cultivation. While the primary objective is to demonstrate the feasibility of transporting plant samples, the project is limited by factors such as size constraints, resource availability, and technological capabilities. Our customer, represented by academic advisors, industry partners, and sponsoring entities like NASA, seeks innovative solutions to address challenges in space exploration and biodiversity preservation. This project is sponsored by NASA, alongside other industry companies and adjacent faculty, who are actively seeking unique ideas to implement in future missions. Their input and support have been instrumental in shaping our project's direction and ensuring its relevance and applicability in real-world contexts.