Study Fee: Click here to view the tuition and subscription options. Monthly study plans start from €499 per month, depending on the program and level of academic support selected.

Study Method: This program is delivered 100% online, allowing students to study from anywhere in the world with flexible scheduling. Students may also have the option to attend the graduation ceremony in Switzerland, subject to visa approval and travel regulations.

Study Language: The program is delivered in English. Students are expected to have sufficient English language proficiency to complete the coursework and academic requirements.

Applications can be submitted online through our admission portal. Applicants may also contact or visit our offices in different regions, including: Europe: Switzerland GCC: Dubai (UAE) Asia: Bishkek Our admissions team will guide you through the application and enrollment process.

Programs are offered through a flexible monthly subscription system, allowing students to progress at their own pace while maintaining access to academic resources and support services.

This program has a minimum study period depending on the academic level and program structure. Students may complete the program at their own pace while maintaining an active monthly subscription.

Admission Requirements

Applicants should meet the academic entry requirements for the respective program level. Typical requirements may include: A previous academic qualification relevant to the program level A copy of passport or national ID Curriculum Vitae (CV) or resume Completed online application form Additional documents may be requested depending on the program and the institution delivering the program.

Certification / Degree Awarded

Upon successful completion of all academic requirements, students will receive the corresponding certificate or academic degree issued by the responsible institution within the VBNN Smart Education Group network.

Doctorate in Wireless Communications

Feb 24
2 min read

This doctorate study program is a 100% research-based academic pathway designed for senior engineers, technology innovators, researchers, and industry leaders seeking to produce original and high-impact research in advanced wireless systems and next-generation communication technologies. Positioned at a level equal to EQF Level 8 and aligned with the third European cycle, the program emphasizes theoretical depth, experimental innovation, and independent scholarly contribution within complex global communication infrastructures.

With a duration of +18 months (minimum duration with flexible extension options), the program provides a rigorous yet adaptable research framework that enables candidates to conduct in-depth investigations while maintaining professional or executive responsibilities.

The academic structure consists of seven modules, including:

Four research-focused modules dedicated to advanced research design, quantitative modeling, wireless system simulation, signal processing research, spectrum analysis, data-driven optimization, and doctoral-level academic writing and publication standards.
Two general modules addressing advanced communication theory, network architecture evolution, cybersecurity strategies, technology governance, innovation ecosystems, and ethical considerations in digital transformation.
One specialized module in Wireless Communications, focusing on advanced mobile communication systems, 5G and emerging 6G architectures, massive MIMO systems, antenna design, radio frequency engineering, satellite communications, IoT network integration, spectrum management, and intelligent wireless networks.
Thesis and research activities forming the core academic component, enabling candidates to conduct original, independent research addressing challenges such as ultra-low latency systems, high-capacity data transmission, smart connectivity, resilient network infrastructures, and future communication paradigms.

This doctorate study program prepares candidates to contribute at the highest levels of research and development, telecommunications strategy, regulatory policy, and academic scholarship. It develops the capacity to critically evaluate wireless technologies, design innovative communication frameworks, and advance global connectivity through research-driven solutions.

Graduates are positioned to shape the future of wireless communication systems, lead technological transformation initiatives, influence spectrum and infrastructure policy, and contribute to cutting-edge innovation in telecommunications industries worldwide.