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Preben E. Mogensen

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PhD scholarship in resilient LEO satellite communication Aalborg University in Denmark

Degree Level

PhD

Field of study

Computer Science

Funding

3-year PhD stipend; salary and employment conditions according to the Danish collective agreement for academic staff and PhD stipendiates.

Deadline

Nov 12, 2026

Country flag

Country

Denmark

University

Aalborg University

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Keywords

Computer Science
Electrical Engineering
Information Technology
Mathematics
Wireless Communication
Resource Management
Satellite Communication
Physics

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About this position

This PhD project is part of Satcom4Defence at Aalborg University and focuses on resilient LEO satellite communication and 5G non-terrestrial networks (NTN) for defence-related and other mission-critical applications. The project addresses the technical challenges created by fast-moving satellites, dynamic coverage conditions, and vulnerabilities to interference, jamming, and electronic warfare.

The doctoral researcher will work on methods to improve robustness and reliability across multiple layers of the system. Research themes include interference and jamming analysis, robust handover and mobility control between satellites and beams, beam selection and beam tracking, and system-level resilience when communication is disrupted or parts of the system fail. The work combines theoretical analysis, mathematical modelling, simulation, and, where possible, experimental validation on relevant hardware and software platforms.

The position is hosted by the Institute for Electronic Systems in the Wireless Communication Networks section, with involvement in the Dependable Wireless Communications research group. The group works on communication solutions for defence, emergency response, and other critical-use cases, and collaborates with Danish and international research and industry partners. The section also provides access to an Internet of Things Living Lab and laboratory infrastructure supporting experimentation and prototyping in wireless communications.

The PhD student will contribute to the project’s research output, present at international conferences and journals, and participate in teaching, supervision, PhD courses, and broader research activities in a highly collaborative environment.

Funding details

3-year PhD stipend; salary and employment conditions according to the Danish collective agreement for academic staff and PhD stipendiates.

What's required

Applicants must hold a master's degree in electrical engineering, telecommunications, wireless communications or a related technical field. A solid theoretical foundation in radio communications and digital communication systems is expected, including understanding of radio channels, link budgets, modulation, coding and interference. The candidate should have competence in mathematical modeling, analysis and simulation, experience with MATLAB, Python or similar programming tools, strong English skills, and motivation for both basic research and practical evaluation of communication systems. Prior experience with satellite communication, LEO systems and 5G NTN, mobility management, handover, beam management, interference modelling, jamming resilience, RRM, protocol design, system simulation, or SDR is considered an advantage. The position also requires the ability to obtain NATO security clearance at the level 'TIL TJENESTEBRUG' (or higher) throughout the employment period.

How to apply

Apply through Aalborg University’s recruitment system via the job posting. Include an application letter, CV, degree certificates with grades, and other relevant documentation. Submit before the deadline.

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Professors

Professor at Aalborg University

University Name
Country flag

Denmark

Research Interests

Information Technology

Computer Science

Wireless Communication

Electrical Engineering

Networking