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top of page Skip to Main Content * HOME * CUBESAT * PAYLOAD * HAB * TECHNOLOGY * TEAM * IMPACT * ABOUT * CONTACT ADVANCING RESEARCH IN AUTONOMOUS PLANT HABITATION Video Credit: NASA/NanoRacks CubeSat CUBESAT FOR PLANT LIFE SCIENCES Current space farming applications lack the data to support the development of high-yielding plant growth. Developing on the research from prior experiments like NASA’s Veggie and Advanced Plant Habitat, our CubeSat: 1. Supports experiments to understand optimal sustainable growth for high-yielding plants in space and low gravitational environments. 2. Provides a flight control system and a controlled habitat to experiment with ideal conditions for multiple high-yield plants. 3. Serves as a vessel for future life science research for NASA at Kennedy Space Center. 4. Features include automated lighting cycles, sensing of environmental conditions including temperature, CO2, and humidity, in addition to high-accuracy monitoring of plant development. Flight packaged assembly of the 6U CubeSat. The Water Delivery System The Power Management NimH battery stack. The C&DH electronics stack. The Attitude Determination and Control System. The Environment Control System Flight packaged assembly of the 6U CubeSat. The Water Delivery System The Power Management NimH battery stack. The C&DH electronics stack. The Attitude Determination and Control System. The Environment Control System Flight packaged assembly of the 6U CubeSat. The Water Delivery System The Power Management NimH battery stack. The C&DH electronics stack. The Attitude Determination and Control System. The Environment Control System Flight packaged assembly of the 6U CubeSat. The Water Delivery System The Power Management NimH battery stack. The C&DH electronics stack. The Attitude Determination and Control System. The Environment Control System Flight packaged assembly of the 6U CubeSat. The Water Delivery System The Power Management NimH battery stack. The C&DH electronics stack. The Attitude Determination and Control System. The Environment Control System 1/6 SERVICES MEET OUR TEAM Dedication. Excellence. Passion. We are students. We are Engineers. We are AXA Faculty Advisor Dept. of Ocean and Mechanical Engineering Oscar Curet ocuret@fau.edu 561.297.1560 * Faculty Advisor Dept. of Biological Sciences Xing-Hai Zhang xhzhang@fau.edu 561.297.1011 * Project Manager Systems Engineer Software Lead Jake Pearman jpearman2018@fau.edu 916.945.8755 * Vice Project Manager Mechanical Lead Dayanara Ochoa Rossell dochoarossel2016@fau.edu 561.931.9890 * Electrical Lead Matthew Monnette mmonnette2019@fau.edu 561.568.9022 * Software Member Naba Khadiyawala nkhadiyawala2018@fau.edu 954.666.2439 * Mechanical/Hardware Member Jauvahn Darville jdarville2020@fau.edu 551.216.8832 * Software/Mechanical Member Andre Fernandes afernandes2018@fau.edu 561.504.4057 * Mechanica/Electrical Member Isaiah Negron negroni2018@fau.edu 305.417.3592 * Contributing Members Alany Jaury Ana-Maria Briscan Holly Schlichting V.S. Sai Mykyta Palamarchuk Chase Webb Dov Cattan Daniel Levy Sean Fairhurst Julia Cardoso Thi-han Nge Sky Rueff PROJECTS RESEARCH IMPACT ADVANCING THE RESEARCH The data analysis from our CubeSat directly contributes to NASA's research on growing plants in controlled environments. This experiment gives NASA insight into how future missions on the Moon, Mars, or in space will look like where food is grown in-transit. SETTING THE FOUNDATION The systems and practices we employ to develop our CubeSat invest in the future of FAU and its faculty and students as it provides continuity and repeatability for continued development of future Cube Satellite missions in Boca Raton. GAINING THE EXPERIENCE Building a satellite is not easy: from budgeting, time management, and delegation to subsystem integration, threshold passing, and testing. The leadership, systems engineering, and technical applications of academic concepts gives us an edge in the industry. ABOUT ABOUT We are a diverse team of student engineers dedicated to developing our University's first CubeSat. Partnered with Kennedy Space Center and the Florida Space Grant Consortium, our aim is to set a new milestone in FAU's history and place us on the map as a College on the space coast where students can design, build, test, and launch satellites into space. 10 Months from TRL 1 - TRL 8 1,250 Total Meeting Hours $9,700 Received from Grant Funding SUPPORTING ENTITIES CONTACT CONTACT INQUIRIES For any inquiries or questions, please utilize the Contact Us box, and we will get back to you as soon as we are able. CONTACT US First Name Last Name Email Subject Message Submit Thanks for submitting! Visit www.fau.edu/engineering and www.biology.fau.edu to stay up to date on all College of Engineering and Computer Science/Biological Sciences projects. * Follow us on Instagram! Logo design by Cindi Pearman Website design by Jake Pearman bottom of page