Explore the programs and courses offered by Telecommunication Systems
Browse Programs Admission InformationOur Master’s program in Telecommunications Systems offers advanced and industry-relevant education aimed at equipping students with deep expertise in modern communication technologies. Designed for graduates with a solid foundation in telecommunications and related fields, the program blends rigorous theoretical instruction with extensive hands-on practice in areas such as digital communications, signal processing, wireless networks, RF systems, and multimedia technologies.
Throughout the program, students engage in innovative coursework, applied laboratory sessions, and simulation-based projects using industry-standard tools like MATLAB, Simulink, and VHDL for FPGA design. The curriculum also explores cutting-edge topics including MIMO systems, OFDM, optical communications, satellite links, and advanced coding and compression methods.
Taught by experienced faculty and aligned with national and international academic standards, the program fosters research, creativity, and technical excellence. Students benefit from elective modules on emerging technologies, seminars, and a final-year industry internship with a defended thesis—ensuring a strong link between academic training and real-world applications.
Ideal for students aspiring to careers in telecom engineering, R&D, or doctoral studies, this master's program provides a high-level academic experience and a gateway to specialized roles in the rapidly evolving telecommunications sector.
The Master's program in Telecommunications Systems is structured around a robust set of advanced core courses that build upon the foundational knowledge acquired at the undergraduate level. In the early semesters, students engage with subjects essential to mastering the complexities of modern telecom systems. These include Advanced Digital Communications, Stochastic Signal Analysis, Radiocommunication, Digital Signal Processing, Antennas, and FPGA-based Circuit Design.
These courses provide deep theoretical insight combined with practical applications, equipping students with the analytical tools and technical expertise needed to tackle specialized topics in wireless networks, optical systems, multimedia protocols, and RF engineering. The core curriculum ensures that all graduates are well-prepared for high-level technical roles or further research in telecommunications and related domains.
As students progress through the Master’s program, they explore specialized and advanced subjects that reflect the latest developments in telecommunications engineering. These include:
• Wireless and Mobile Networks (4G/5G)
• Optical and Satellite Communications
• RF and Microwave Devices and Systems
• Multimedia Protocols and Digital TV
• Information and Coding Theory (Turbo Codes, LDPC)
• Image Processing and Compression Techniques
• Embedded Systems and VHDL Programming
• Advanced Channel Modeling and MIMO Technologies
• Network Protocols and Emerging Standards (e.g., IoT, VSAT)
These advanced modules are complemented by simulation labs, technical workshops, and project-based learning, enabling students to apply complex theories in practical environments. This training prepares graduates for leadership roles in telecom industries, advanced R&D, or doctoral studies in cutting-edge telecommunications technologies.
Admission to the Master's program in Telecommunications Systems is open to holders of a Bachelor's (Licence) degree in Telecommunications or a closely related field. Eligible backgrounds include Electronics, Biomedical Engineering, and Automation, with preference given to candidates whose previous studies align closely with telecommunications.
All applications are evaluated by an academic committee to ensure compatibility between the applicant’s undergraduate specialization and the program's advanced technical curriculum. A weighting system is applied based on the relevance of the applicant’s prior degree, ensuring that admitted students possess the necessary foundation to succeed in this rigorous and specialized program.
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