Its Importance Now and in the Future

Intelligent and autonomous systems are fundamentally changing the way systems operate in critical areas such as energy, transportation, manufacturing, defense, healthcare, and space technologies. Electricity grids are becoming increasingly intelligent, manufacturing facilities are managed by autonomous decision-making mechanisms, and transportation systems are moving towards solutions that minimize human intervention. This transformation is shifting electrical and electronics engineering from a purely hardware-focused discipline into an integrated systems engineering field encompassing software, data, and decision systems.

In the coming period, autonomous systems are expected to become even more widespread in cyber-physical infrastructures, digital twins, smart cities, defense, and space applications. In this process, issues such as reliability, safety, and human-machine interaction will be central to engineering design. The three-year structure of the program offers an agile educational model that can adapt to this rapid technological transformation, introducing students to application, prototyping, and project development processes at an early stage.