Onur Günlü

TU Dortmund University’s Institute of Communications Engineering is recruiting two full-time postdoctoral researchers for work at the Chair of Communications Engineering. The research focuses on 6G integrated sensing and communications (6G-ISAC) , USRP-based demonstrators, and AI-supported signal processing. The projects combine advanced wireless communications research with practical software-defined radio experimentation and the development of demonstrators for next-generation 6G systems. Postdoctoral researchers will contribute to research involving wireless signal processing, SDR-based implementation, information-theoretic methods, and artificial intelligence for communications. The position offers an opportunity to work in a communications engineering research environment at TU Dortmund University under the academic leadership of Professor Onur Günlü.

TU Dortmund University is advertising a PhD position in the Institute of Communications Engineering with Prof. Onur Günlü . The project is centered on Shannon theory for modern compression methods , combining information-theoretic analysis with data compression and learning-based methods . The position is a strong fit for candidates interested in information theory , coding theory , probability theory , communication engineering , and related computational methods. The post explicitly asks for a solid background in probability theory and Shannon theory and good knowledge of PyTorch . This is a full-time position paid according to TV-L E13 and offered as a Research Associate (WiMi) role while pursuing the PhD. Funding is provided by the Deutsche Forschungsgemeinschaft (DFG) / German Research Foundation . Eligibility highlights include a relevant Master’s degree completed by the latest possible start date, and the ability to begin in Dortmund no later than April 2027 . The start date is otherwise flexible. Application materials requested: one-page cover letter , CV , detailed B.Sc. and M.Sc. transcripts , and a one-page motivation letter . Applications should be emailed to [email protected] by 2026-07-06 . Research interests on the supervisor’s page also align with broader themes such as randomized distributed function computation , information-theoretic privacy and security , integrated sensing and communication , statistical signal processing , and private learning .