The network management course covers modern network management models and issues. Topics include communication networks management architecture, homogenous and non-homogeneous network management systems, modern tools for managing network, management network reference models, remote network management, configuration for data collection, network management implementation, network monitoring and reconfiguration, network management application development, operational issues in managing heterogeneous networks.

The wireless and mobile communication course examines the design and implementation of wireless and mobile communication systems.

The digital communications course investigates the modern trends in generating digital signal for propagation and processing.

The communication networks design course examines the design issues for communication networks and the trade-offs.

The communication networks design course examines the design issues for communication networks and the trade-offs.

The communication network algorithms course provides the methodologies and algorithms used for designing and optimizing communications networks with focus on the algorithmic aspects of network design.

The information theory and coding course provides the fundamental background on the Shannon theory and their application.

The error detection and control course examines error detection in communication and recording systems and control measures for reliable digital transmission and storage.

The communication and policy and management course provides the necessary policy frame work, standards and management of telecommunication systems.

The reconfigurable systems course focuses on the design and implementation of high-performance computing machinery using configurable computing technology.