The Master's Program of Electronics was designed to offer students advanced knowledge of electronic circuits and integrated circuits, semiconductor devices and materials, optoelectronics and optical engineering, signal processing, and microwave and optic communication technologies, as well as the quantum physics, mathematics, and computing knowledge required to acquire this advanced knowledge.

The program currently has 28 faculty members and accepts more than 30 graduate students a year. Graduates of the program are expected to possess knowledge of the fundamentals of electronic engineering, science, and technology. They are also expected to do specialized course work and research, supervised by advisors, in one area of electronics. In the laboratory, students will have unique opportunities to participate in cutting-edge research. They will also have the opportunity to receive specialized knowledge and direction, in small groups, from individual professors. After finishing the program, graduates are expected to provide research leadership at the vanguard of the field they have specialized in. To date, graduates of the program have been heavily recruited by industry leading companies and research facilities.

The research topics available to students in this program are as follows.
(1) Electrical and electronic circuits;
(2) Integrated circuits;
(3) Semiconductor devices and materials;
(4) Nanostructure electronics;
(5) Electromagnetic and acoustic waves theory;
(6) Microwave electronics and radio communication technologies;
(7) Optical fiber communication technologies;
(8) Optoelectronics, optical engineering, and photonic device technologies;
(9) Plasma science and technologies;
(10) The quantum physics of nanostructures.