Smart Campus can be assimilated to small smart cities in which learning experience and living conditions are improved by smart environment and IoT concepts. In this paper, we present (R)evoCampus our Smart Campus solution based diverted smart Home interoperable protocol platforms, micro controllers ESP32, low-cost sensors. This architecture uses at same time the principles of IoT, smart environment technologies, and smart city concepts to develop an effective use of the resources, and to improve the quality of life inside the whole University. In the proposed solution, Wi-Fi protocol is used for communication in indoor while outdoor communications are ensured by LoRaWAN protocol.

The Internet of Things (IoT) is becoming more and more present in our daily lives and affects all areas of activity. More and more devices capable of interacting with each other are being designed and appearing on the market. Learning about IoT technologies is becoming inevitable in education. In this article, we propose a demonstrator to learn, through use cases, the essential concepts of IoT applied to Smart Homes. From basic use cases implemented in a model building, the general public can more easily understand the operating principles of these new applications, which opens the door to the imagination of new ones.