In light of the increasing environmental challenges facing the world, many governments, are adopting policies aimed at reducing gaseous emissions and pollutants generated from various industrial activities. Traditional brick factories are considered among the most air-polluting industrial sectors, especially in vital and semi-urban areas, as many of them rely on heavy fuel oil as a direct combustion fuel inside furnaces.This operating method produces large amounts of greenhouse gases and air pollutants, such as carbon monoxide (CO), carbon dioxide (CO2), sulfur oxides (SO?), nitrogen oxides (NO?), in addition to particulate matter (PM), all of which negatively affect public health and the surrounding environment.In response to these facts, innovative solutions based on clean technology and alternative fuels have been studied to reduce the environmental impact of this vital industry. One of the most important solutions is the adoption of advanced technologies that combine high thermal efficiency with reduced emissions, without requiring major modifications to the existing infrastructure of the plants.

Project summary: Digital transformation at Al-Mustaqbal University has become a tangible reality that can be seen in most of the university's corridors. In order to move towards research and scientific progress and to dedicate modern technology to the educational and academic concept, the concepts of artificial intelligence were applied and its used increased so that the university keeps pace with the age of digital technology and immerses itself in the new global system at the domestic and international levels. There are several projects were implemented to added to the achievements of the digital university, and these projects were highlighted in this project in order to highlight the features of the smart university on the ground.