Over the past decade, the increasingly widespread use of mobile devices has radically standardized outdoor navigation thanks to the precision and reliability of global positioning systems. However, these technologies prove ineffective in indoor environments, where signals are attenuated by architectural barriers. Within the context of Politecnico di Torino, there is a need to support first-year students in orienting themselves inside buildings, both for everyday use and emergency situations. Currently, the university’s digital ecosystem offers tools such as Maps on the official website and the “Places” section of the Students App, but none of these include an actual navigation functionality. Therefore, this thesis focuses on the implementation of an indoor navigation module integrated into the “Places” section of the Students App.