Electrical Engineering is one of the most significant engineering fields that drives the evolution of human life in recent centuries. This is expected to continue into the future. Electrical engineering enables technology that opens a new chapter in human life.
Electrical engineers are the necessary transforming agents. By providing best engineering practice in every aspect, such as in maintenance and operation; inventing new products and innovations; conducting the state-of-the-art research in the field of science, and so on. The demand for electrical engineering engineers is one of the highest in the engineering field.
The electrical engineering study program at STEI ITB is supported by 53 members of the academic community who are respected in the fields of research and education. They are involved in a wide range of research activities covering areas such as control and systems, biomedical engineering, communications, computer design, graphic and image processing, computer systems and networks, digital signal processing, electronics, electrical power, information networks, smart systems, parallel distribution processes. , electrotechnical materials, microwave engineering, and VLSI integrated circuit design.
Electrical Engineering is one of the most significant engineering fields that drives the evolution of human life in recent centuries. This is expected to continue into the future. Electrical engineering enables technology that opens a new chapter in human life.
Electrical engineers are the necessary transforming agents. By providing best engineering practice in every aspect, such as in maintenance and operation; inventing new products and innovations; conducting the state-of-the-art research in the field of science, and so on. The demand for electrical engineering engineers is one of the highest in the engineering field.
The electrical engineering study program at STEI ITB is supported by 53 members of the academic community who are respected in the fields of research and education. They are involved in a wide range of research activities covering areas such as control and systems, biomedical engineering, communications, computer design, graphic and image processing, computer systems and networks, digital signal processing, electronics, electrical power, information networks, smart systems, parallel distribution processes. , electrotechnical materials, microwave engineering, and VLSI integrated circuit design.