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Satellite communication is a wireless means of transmission of intelligible signals/information. When properly utilized it will bring about a great and positive development on the economic growth of any nation. The Federal Government of Nigeria made a giant step in the communication sector by launching five satellites into space: NigeriaSat-1, NigComSat- 1, NigeriaSat-2r, NigeriaSat-X and NigComSat-1R. With adequate spatial information, informed decisions can be made by stakeholders and adequate steps taken to ensure the growth of the nation. Demand for training capacity building in space technology is increasing. Unfortunately, space technology is a relatively expensive field with ongoing research for affordable training approaches. This paper presents methods of building capacity by developing Demo Satellites that receive telemetry data with radiofrequency and internet of things communication protocol. Web Dashboard was developed for remote monitoring of ground station and for exploring mobility in data communication, Localization was achieved to also track the Demo Satellites and the ground station in real-time. It is shown that the implementation of a low-cost capacity building programme is not only possible but a goal that should be aimed at. Multiple segments in the design of the schematics produced can be reused. It presents a pioneer satellite constellation prototype that displays the capabilities of a satellite in solving some of the countryâ€™s challenges and creating awareness on space research and its trends.
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Aro, H. O., and Adetoro, L. (2011). Nigeria Space Programs, National Space Research and Development Agency (NASRDA), Abuja, Federal Republic of Nigeria.
Boroffice, R. (2008). The Nigerian space programme: an update. African Skies, 12(40).
Dahunsi F. M., Dahunsi O. A., Olaide A. A. and Akinyede J. A. (2019). Space Science and Technology Research in Nigerian: Case of The Federal University Of Technology, Akure. In e-Proceedings of the 2019 SEET Annual Conference, Akure, 25th to 27th August 2019.
Levine G. (2020) Visualize Data from Sensors Using Arduino + Coolterm. Accessed 19th March 2020 from https://www.instructables.com/Visualize-data-from-sensors-using-Arduino-coolte/
Isoun, T. (2008). Space Landings. Nature, 456(35).
JimÃ©nez, A. C., Jenkins, M., and J.C., G. (2017). SETec: The First Small-Satellite Dedicated Laboratory of Central America. 1st IAA Latin American Symposium on Small Satellites: Advanced Technologies and Distributed Systems.
Lawal, L. S., and Chatwin, C. R. (2012). The future of wireless communications in Africa. Future Wireless Networks and Information Systems: Springer, 243-251.
National Committee for Space and Radio Science. (2017, September). National Space Plan: A vision for space science and technology in Australia. Australian Academy of Science, pp. 1-23.
OECD. (2008). Science, Technology and Industry Outlook 2008. Organisation for Economic Co-operation and Development (OECD).
The Mathswork, Inc (2020) ThingSpeak for IoT projects. Accessed 19th March 2020 https://thingspeak.com/
Union of Concerned Scientists. (2013, November). Strategic Options for Chinese Space Science and Technology. In G. Kulacki (Ed.). China: Union of Concerned Scientists.