Master in Wireless Communications
- Feb 24
- 2 min read
This Master study program is a 100% research-based academic pathway designed for engineers, technology professionals, researchers, and graduates seeking advanced expertise in modern wireless systems and communication technologies. Positioned at a level equal to EQF Level 7 and aligned with the second European cycle, the program emphasizes advanced theoretical foundations, applied research, and innovation in wireless networks and digital communication infrastructures.
With a workload equivalent to 60 ECTS and a duration of +12 months (minimum duration with flexible extension options), the program offers a structured yet flexible academic framework that enables participants to combine professional engagement with advanced scholarly development.
The curriculum consists of five modules, including:
Two research-focused modules dedicated to advanced research design, quantitative methodologies, signal analysis, simulation modeling, data interpretation, and postgraduate-level academic writing.
Two general modules addressing communication systems theory, digital signal processing, network architecture principles, cybersecurity fundamentals, and global technological innovation environments.
One specialized module in Wireless Communications, covering mobile communication systems, 5G and emerging 6G technologies, wireless network design, antenna systems, radio frequency engineering, IoT connectivity, spectrum management, and advanced modulation techniques.
Thesis and research activities forming the core academic component, enabling participants to conduct independent, in-depth research on contemporary challenges in wireless systems, network optimization, smart connectivity, and next-generation communication technologies.
This Master study program is ideal for telecommunications engineers, network specialists, technology consultants, R&D professionals, and innovators seeking to enhance their research competence and technical expertise. It develops the ability to critically analyze communication infrastructures, design efficient wireless systems, and contribute to technological advancement in global connectivity.
Graduates are prepared to contribute to telecommunications companies, technology firms, research institutions, regulatory bodies, and innovation-driven industries, as well as to pursue further advanced academic research pathways.
