During the AMSAT Forum at the Dayton 2013 Hamvention, Mark Hammond, N8MH, AMSAT VP for Education Relations gave a quick overview of AMSAT’s recent educational activities, AMSAT’s partnership with the ARRL Education & Technology Program, and how you can become involved.
Watch AMSAT Education and You, by Mark N8MH – 2013 Dayton Hamvention
ARISS contact planned February 19, 2013 with school in Greece
An International Space Station school contact has been planned February 19 2013 with participants at 4th Dimotiko Scholeio Chaidariou, Chaidari (near Athens), Greece. The event is scheduled to begin at approximately 14:06 UTC, which is 16:07 CEWT.
The contact will be a direct operated by J41ISS. Interested parties in Europe are invited to listen to dowlink signals on 145.800 MHz FM. The contact will be conducted in English.
Our school is located in Chaidari, a suburb in the north-west of Athens. It was constructed in 1978, but it is now being renovated so as to be more energy efficient. It is a two-storey building with 16 classrooms, a Head office and a staff room. Continue reading →
AMSAT-UK will be providing a 1260/145 MHz FM transponder and a 145 MHz BPSK telemetry beacon for the European Student Earth Orbiter (ESEO). This is the third mission within the European Space Agency’s Education Satellite Programme.
The satellite, which has a mass of 40 kg and measures 33x33x63 cm, is planned to launch in 2015-16 into a low Earth orbit.
Nine European universities will be working with the prime contractor ALMASpace, Italy, on the mission. Cranfield University in Bedfordshire will be supplying a small sail that will be deployed to demonstrate the de-orbiting of spacecraft at the end of the mission.
The primary purpose of the AMSAT-UK payload is to provide a downlink telemetry that can be easily received by schools and colleges for educational outreach purposes. The data will be displayed in an attractive format and provide stimulation and encouragement for students to become interested in all STEM subjects in a unique way.
The target audience is primarily students at both primary and secondary levels and the project includes the development of a simple and cheap “ground station” operating on VHF frequencies in the Amateur Satellite Service. This station is an omni-directional antenna feeding a FUNcube DonglePRO+ SDR receiver which will receive the signals direct from the satellite and transfer the data to specially developed graphical software running on any Windows laptop.
EregbuSAT is a CubeSat prototype that is being developed by the Postgraduate students of the African Regional Centre for Space Science and Technology Education in English (ARCSSTE-E) to simulate the communication (send and receive data) between a Satellite and its Ground Station.
When completed, it will provide an opportunity for future students in the Satellite Communication option of ARCSSTE-E Postgraduate Diploma program to experience operating a Satellite (send commands to Satellite using the prototype) during their short stay in Nigeria.
This video provides a short description of the Canada-Norway Student Sounding Rocket (CaNoRock) exchange program and plans for the student CaNoSat sub-orbital CubeSats.
CaNoRock is a partnership between the Universities of Alberta, Calgary and Saskatchewan, the University of Oslo, University of Tromsø, Andøya Rocket Range and NAROM (Norwegian Center for Space Related Education) in Norway. The University of Bergen and University Centre in Svalbard (UNIS) in Norway are currently working to be included in the program.
Radio amateurs James Cutler KF6RFX, Andrew Mitchell KD8RCO and K. Scott Tripp KD8IPK are involved in developing the Michigan Multipurpose Minisatellite (MCubed-2) at the University of Michigan.
The mission objectives for the MCubed-2 are to capture mid-resolution images of the Earth from Low Earth Orbit, perform a technology demonstration for a novel new Field Programmable Gate Array (FPGA), and train the next generation of Aerospace Engineers.
Testing the FPGA on a CubeSat platform will provide valuable information as to how it survives Low Earth Orbit and how well it operates when processing real image data.
M-Cubed implements a 3 mega-pixel CMOS camera that will transfer the image to the FPGA upon request. MCubed-2 is also an educational project for Engineering students at the University of Michigan. M-Cubed provides hands-on experience for students who would not otherwise have the opportunity to build flight hardware for a space mission.
The training these students gain by working on this project will better prepare them for work in the Aerospace industry. MCubed-2 is a 1U CubeSat and the group is proposing to use a 1 watt output simplex transceiver on UHF with 9k6 telemetry.
It is planned to launch from Vandenberg into a 770 km by 460 km 123 degree orbit with these spacecraft: Medgar Evers – CUNYSat-1 Cal Poly – IPEX: MSU – Firebird: UH – H-2: Kentucky Space – KySat-2: SLU – Argus: LLNL – Udjat: SMDC – TacSat-6, SNaP-1/2/3, SMDC ONE 2.3/2.4 Aerospace Corp. – AeroCube-5a/5b/6 AFIT – ALICE: GSFC/Siena College – Firefly: USC – MaVEx: USU – STACEM: