Program Overview

The Electronics and Communications Engineering Department offers a comprehensive study program covering a broad range of fields within the discipline. The updated core curriculum includes courses in embedded systems and machine learning, reflecting the evolving landscape of the field.

The department offers three main concentrations:

• Electronics: Focuses on integrated circuit design, including analog/RF ICs, mixed-signal ICs, digital ICs, and reconfigurable architectures.
• Communications: Emphasizes mobile/wireless communications, software-defined and cognitive radios, multimedia engineering, and wireless optical communications.
• Biomedical Engineering: Covers rehabilitation engineering, biomedical instrumentation, system modeling and simulation, medical sensor networks, and signal processing.

Graduates can pursue diverse career opportunities, including:

• Communications and Antenna Engineer: With advancements in communications technology, opportunities exist in mobile communications, satellite communications, antenna engineering, internet of things (IoT), communication networks, smart communication systems, optical communications, and more.
• Electronics and Embedded Systems Engineer: Opportunities involve designing, developing, and maintaining hardware/software platforms in fields such as embedded systems, smart systems, medical devices, IoT, autonomous vehicles, and robotics.
• Biomedical Electronics and Instrumentation Engineer: Contribute to the development and application of electronic and instrumentation solutions in the biomedical field.

The program aims to equip students with the knowledge and skills necessary to excel in various sectors related to electronics and communications engineering.