The Master in Wireless Communication Engineering degree program consists of 33 credit hours and is typically completed over a period of two years. It is designed to offer a well-rounded education that combines advanced theoretical knowledge with practical skills relevant to the evolving field of wireless communications.

The curriculum includes a set of core courses that establish a strong foundation in the field. These mandatory courses cover essential topics such as Advanced Digital Communications, Mobile Communication Systems, Random Processes, Antennas and Wave Propagation, Advanced Wireless Networks, and Information Theory and Coding.

In addition to the core courses, students have the opportunity to choose from a range of elective courses tailored to their specific interests and career objectives. These may include Microwave Engineering, Digital Signal Processing, Engineering Mathematics, Detection and Estimation Theory, and Special Topics in Wireless Communications. This flexibility allows students to deepen their expertise in areas most relevant to their future paths.

The program offers two tracks:

• Thesis Track: Students are required to conduct original research and defend their findings in a formal thesis defense. This path is particularly suited for those planning to pursue doctoral studies or research-intensive careers.

• Non-Thesis Track: The program includes either a comprehensive examination or a graduation project. The comprehensive exam ensures students have a broad and integrated understanding of the field, while the project provides a practical opportunity to apply their knowledge to a real-world problem.