Design and fabrication of advance level CANSAT Used for measuring the atmospheric parameters And GPS tracking system (original) (raw)
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Journal of Aeronautics and Space Technologies, 2020
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Satellites play a major role in nowadays world. Engineering schools face the challenge of preparing engineers for the needs of such industry, with multidisciplinary capabilities. In Brazilian reality, Astronautical Engineering still needs investments and development for undergraduate courses. Some tools can help in this context, as CanSats and CubeSats. CanSats are a suitable way to provide the students with a hands on tool, being cheaper and simpler than a CubeSat, but having all main subsystems of a conventional satellite. Principles of Systems Engineering, design of aerospace devices and fundamental techniques can be learnt. Students design every subsystem of the device, test, integrate and operate them, taking part of their whole lifecycle. As a demand for this educational tool, a detailed study of its structure and the design of a generic adaptable platform was performed. The objective was to design a generic platform for a CanSat easily adaptable for different missions. It is assumed the device will fly attached to a balloon. Results include the simulations and two 3D designs ready to be built, using resources usually available for engineering schools. For cases when the present model is not suitable, the paper presents a methodology for analysing different cases.
Aerospace
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