Advanced Electrical Engineering Concepts -
Graduates of the Master of Science in Electrical Engineering will gain an enhanced grasp of electrical engineering concepts and principles, offering a wider outlook on the field.

• Apply advanced stochastic processes and probabilistic concepts to engineering scenarios.
• Develop advanced control strategies for complex and nonlinear systems.
• Conduct industry-related research to contribute to technological and industrial progress.

Telecommunications -
Graduates of the Master of Science in Electrical Engineering will analyze current communication systems and technologies, gaining an understanding of their global connectivity and significance.

• Analyze telecommunication systems, components, and protocols.
• Design, optimize, and resolve issues in wireless communication systems.
• Analyze network protocols and security implementations.

Power Systems -
Graduates of the Master of Science in Electrical Engineering will attain a profound understanding of power generation and distribution systems, as well as acquire expertise in power electronics design and its practical applications.

• Analyze the performance of electric machines in a production line to ensure efficient operation.
• Develop energy management strategies to optimize power consumption and demand response.
• Evaluate emerging technologies and standards for their applicability and benefits to ongoing projects and future initiatives.