RWTH Aachen University, under the leadership of Professor Marina Petrova, is seeking talented PhD students to join the team in the field of wireless communications and electrical engineering. Two fully funded doctoral positions are available as part of the SpecX Doctoral Training Network, a prestigious program funded by the European Commission. The research areas focus on cutting-edge topics in 6G technology, including drone-hosted mobile spectrum sensing and the development of sensing-capable, disaggregated 6G radio traffic analytics.

The first position, 'Drone-hosted mobile spectrum sensing and cells for 6G,' explores the integration of drones into mobile networks for advanced spectrum sensing and network deployment. The second position, 'Sensing-capable disaggregated 6G radio traffic analytics,' delves into innovative methods for analyzing and managing radio traffic in next-generation wireless systems. Both projects are part of the SpecX Doctoral Training Network, which offers a collaborative and international research environment.

Applicants should have a strong academic background in electrical engineering, wireless communications, computer science, or related disciplines. Experience with mobile networks, spectrum sensing, or radio traffic analytics is highly desirable. Candidates must fulfill the eligibility requirements for doctoral studies at RWTH Aachen University and the SpecX network, including proficiency in English.

The positions are fully funded, providing a competitive salary and benefits in accordance with EU regulations for doctoral researchers. The funding covers all tuition fees and living expenses, ensuring that students can focus on their research and professional development. The application deadline for both positions is October 12, 2025.

To apply, candidates should use the specific application links provided for each position. For further information or questions, applicants are encouraged to contact Professor Marina Petrova directly via LinkedIn. This is an excellent opportunity to contribute to the future of 6G wireless communications in a leading European research environment.