On-Board Computer Subsystem The On-Board Computer (OBC) subsystem is considered to be the “brain” of the satellite. It will be primarily responsible for coordinating and performing the basic functions required for the operation of the nanosatellite (CubeSat) as well as for its control by the ground. In addition, the subsystem’s Read more…
Structural Subsystem In CubeSats, structural engineers are trained to design the ‘bones and muscles’ that create the form and shape of the nanosatellite. In more detail, for AcubeSAT, the subteam members had to carefully design both the exterior and the interior part of the nanosatellite. The exterior part of the Read more…
Telecommunications Subsystem The Communications subsystem ensures that payload, telemetry and telecommand data are successfully exchanged between the AcubeSAT (space segment) and the ground station (ground segment). A custom patch antenna has already been manufactured in order to transmit the payload data. It was implemented based on our design, but an Read more…
Science Unit Subsystem The Science Unit’s task is the design of the AcubeSAT’s research mission, i.e. the satellite payload, comprised of the yeast cells to be studied and the micro-instrumentation necessary for the realization of the mission goals. Since 2002, almost a thousand CubeSats have been launched, however, less than Read more…
We are in! Our team, A.S.A.T, with Scientific Heads, Prof. Kyros Yakinthos and PostDoc Researcher Pericles Panagiotou, being accepted to the European Space Agency programme “Fly Your Satellite!”, sets an important milestone for AUTh, rendering it the first Greek university to develop and fly its own nanosatellite in the context Read more…
Our CubeSat’s code for On-Board Computer is Open-Source! What is open Source? Open source is a term denoting that a product includes permission to use its source code, design documents, or content. So, following the path of previous CubeSat teams, we have all our code uploaded on GitHub! That way we want to Read more…
What is Energy? It is both a simple and complex question to any person among the humankind. So, why don’t we go back in time and ask a man whose work is acknowledged from every scientist in the world. When lecturing about conservation of energy in the 1960s, Richard Feynman Read more…
AcubeSAT is ready to leave the ISS launcher, and start its long journey around earth. There it goes… oh no, a malfunction of the launcher made the cubesat rotate with extremely high speed! Is the AcubeSAT alone and doomed now? Is this the end of its mission? No. ADCS is Read more…
Can humanity develop sustainable and autonomous colonies beyond Earth? Will we ever traverse the interstellar medium with the same trivial demeanor as we do the Atlantic ocean nowadays? Landing on the moon as part of the Apollo program sparked our imagination and enthusiasm about the possibility of becoming an interplanetary Read more…
Structural Every mechanical engineer responsible for the design of the structural frame of a satellite must ensure its ability to withstand the entirety of the loads imposed on it throughout the course of the mission. What exactly do we mean though when we refer to loads? Although there is no Read more…