Electrical and Electronic Engineering is concerned with the design, research, development, planning, manufacture, and management of systems and devices relying on electricity and light to transmit data and power that underpin modern economies and contribute to human life quality. Many of these devices rely on the use of new information and computer-intensive technologies. An Electrical Engineer may be responsible for research, design, manufacture, and operation of communication systems, satellite, microwave, optical, telecommunications, broadcasting, radio and television, solar energy conversion, electric power generation, transmission and distribution, computer networks, microprocessors, instrumentation and consumer devices, automatic control systems, and robotics, electronic and integrated circuits, image processing systems, electrical machines, electromechanical equipment, biomedical engineering, and many other areas.

Currently, more than 3000 students have been pursuing their four years of undergraduate studies in the department of Electrical and Electronic Engineering (EEE). The Master's programs in Electrical and Electronic Engineering, Telecommunication Engineering, and Computer Science are designed with advanced specialized courses and to provide research opportunities to students as well as faculty members. AIUB provides the country’s most advanced laboratories with cutting-edge technologies to cope up with the modern challenges in the field of Circuits, Electronics and Devices, Power Engineering, Computers, and Communication Engineering.

AIUB imparts engineering education through a prescribed curriculum, approved by the University Grants Commission (UGC) and accredited by international as well as national professional bodies. The curriculum is at par with that at other world Universities. It has the knowledge and wisdom of engineering discoveries and innovations spanning a period of a few hundred years or so. As such, the study of Electrical Engineering is fulfilling and at the same time challenging. It requires students of better than average capabilities. AIUB has recognized from the very beginning that these students need and deserve better than average facilities and environment for their optimum development. An excellent faculty team has been engaged to nurture its students.

AIUB EEE program is operating for more than ten years with name and fame; its lab and other infrastructure required to ensure a quality teaching-learning environment are quite strong. Its graduates are engaged in work and in higher education all over the world. Admission of new students in this program is competitive. In summary, the program is well established and sustainable. AIUB is committed to providing quality education.

The objective of the program is to provide a curriculum that is both broad and deep, covering the diverse technical areas of modern Electrical and Electronic Engineering. The program emphasizes a sound background in basic sciences and mathematics, a strong preparation in wide areas of Electrical and Electronic Engineering, sufficient training on the use of computers as a tool for analysis, design, computing, and control, and adequate laboratory practice with systems, devices, equipment and instruments of various sophistication. It combines the analysis and design of Electrical and Electronic circuits and devices techniques of automatic control processes, multiple communication systems, signal processing, and electrical power generation, transmission, and distribution. The advancement in modern technologies – such as the internet, cellular mobile communications, satellite communications, high-performance computers, power plants, renewable energy, and robotics – based on Electrical and Electronics Engineering. Therefore, the curriculum is thoroughly based on the fundamental theories of Electrical and Electronics Engineering while being dynamic to accommodate the development of the latest technologies and the advancement of the old technologies.

Electrical and Electronic Engineering is concerned with the design, research, development, planning, manufacture, and management of systems and devices relying on electricity and light to transmit data and power, which underpin modern economies and contribute to the quality of human life. Keeping the above, the vision and mission of the Dept. of EEE has been outlined below.

Vision

To become a front runner in preparing Electrical and Electronic Engineering graduates to be nationally and globally competitive and thereby contribute value for the knowledge-based economy and welfare for the people of the world.

Mission

• Educate young leaders for academia, industry, entrepreneurship, and public and private organization through theory and practical knowledge to solve engineering problems individually and in teams.
• Create knowledge through innovative research and collaboration with multiple disciplines and societies.
• Serve the communities at national, regional, and global levels with ethical and professional responsibilities.