This communique contains the steps taken by the Budapest University of Technology and Economics. Updated: 25 June, 2020
Apart from saving lives, the device, developed in record time through the cooperation of two BME faculties, can be used for other therapeutic indications.
Orbiting the Earth at a height of 350 km for six months, SMOG-P monitors a circular area with a diameter of 4000 km. Using the signals captured by its antenna from this area, it has already made 2000 measurements.
Two faculties at BME worked together to create a prototype suitable for invasive and non-invasive ventilation in an extremely short time, with mass production to make the first 1000 devices already begun.
The lab intends to catalyze the acceptance and penetration of self-driving vehicles and related technologies.
Upon finishing their studies at BME's English-language bachelor's and master's programmes, close to a hundred students received their diplomas at the graduation ceremony.