Electrical engineering is the most profound and practical engineering discipline, recognized as the parent discipline encompassing a wide range of areas such as wireless mobile communications, artificial intelligence, electronics and integrated circuits, electric power systems, biomedical engineering, bioinformatics, computer engineering, mechatronics, and robotics. Graduates of this field, due to their in-depth knowledge of fundamental sciences, possess the readiness and flexibility to enter other domains such as biotechnology, nanotechnology, economics, and even management. These characteristics have positioned electrical engineering as a driving force in many emerging concepts and technologies, ensuring a unique and guaranteed place in industrial and research job opportunities compared to other fields.
Electrical engineering is suitable for individuals with a strong background and interest in fundamental sciences such as mathematics, physics, and computer science. It is one of the most attractive, extensive, and practical engineering disciplines in universities, requiring significant effort and dedication to pursue studies in this field.
This discipline is omnipresent in our lives, including industries, electronic manufacturing, research centers, computer and telecommunication networks, electronic systems and circuits, lasers and photonics, semiconductors and solid-state devices, biomedical engineering, artificial intelligence, blockchain, neuroscience, robotics, manufacturing lines, control and optimization, network encryption and security, energy production and distribution, DNA identification, cancer and Alzheimer's diagnosis and treatment, coronavirus detection sensors, economic and financial analyses, and many other areas.
The infrastructures of modern technologies today, such as the internet, mobile phones, 4K television image display, and MRI imaging, are among the achievements of this field.
Establishing and managing startups and successful knowledge-based companies in providing services to users and private and governmental institutions, as well as attracting domestic and international capital, product development, and entrepreneurship, are real outcomes of studying in this engineering discipline.