(ii) Achieve a micro gravity platform to perform material science experiments in micro gravity.
(iii) Obtain a map of the celestial sphere in the near ultraviolet and far ultraviolet frequencies.
(iv) Achieve a global monitoring system for the low frequency variations of the Earth magnetic field preceding the earthquakes, in order to provide earthquakes early warning.
(v) Provide full coverage to the Juan Carlos I Antarctic Base so that the analysis of the information it gathers
can be efficiently processed and analyzed in near real time.
(vi) Detect, register and follow up the forest fires in the Iberian Peninsula, and transmit the information to the firefighting systems.
The change of the teaching and learning model has required obtaining educational licenses of the following software tools, widely used in the space industry:
(i) The mission analysis software STK (Satellite Tool Kit).
(ii) The satellite thermal control system design software ESARAD-ESATAN.
The details on how this activity was implemented are described in Section 3.