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The research group of Wireless Systems at the Electrical Engineering Unit at the Faculty of Information Technology and Communication Sciences at Tampere University focuses on next-generation wireless communication systems and standards. Our research spans fundamental theory, algorithm design, system-level analysis, and practical implementations for 6G and beyond wireless technologies. We work on a broad range of topics, including advanced physical layer design, multiple-antenna systems, reconfigurable intelligent surfaces, integrated sensing and communications, non-terrestrial and UAV networks, physical layer security, quantum-enabled communications, semantic and AI-native wireless systems, and energy-efficient/low-power communication. Our vision is to develop disruptive wireless technologies that enable secure, intelligent, sustainable, and highly connected future networks for terrestrial, aerial, space, industrial, and defense applications.
In Autumn 2026, we will start a 4-year Research Council of Finland project “NOISY: Toward Noise-Driven Communication for Secure, Energy-Efficient, and Low-Complexity Wireless Networks”. The NOISY project explores a bold idea: what if noise, usually seen as a disturbance, could actually be used to send information? By harnessing natural and artificial noise sources, the project aims to build wireless systems that are secure, energy-efficient, and simple: key goals for future 6G networks and the Internet of Things. Using mathematical modeling, computer simulations, and practical experiments with software-defined radios, the research will take place at Tampere Wireless Research Center. The results could enable ultra-low-power communication, protect data from eavesdropping, and support sustainable digitalization.
JOB DESCRIPTION
We are now looking for a Postdoctoral Research Fellow to join our team and contribute to the project NOISY, which develops new noise-driven communication methods for future 6G and IoT systems. The work will focus on theoretical modeling, signaling, and algorithm design, simulations, and practical validation of low-power, low-complexity, and secure wireless communication concepts. Depending on the applicant's expertise and interests, the work may include:
- Developing new models and methods for noise-driven wireless communication.
- Designing and evaluating low-power and low-complexity signaling schemes for future IoT and 6G systems.
- Studying secure and covert communication approaches based on noise-like signals.
- Performing analytical work, simulations, and performance comparisons.
- Contributing to laboratory proof-of-concept demonstrations using SDR platforms when relevant.
- Preparing high-quality scientific publications and contributing to project reporting and dissemination.
Participation in project management, mentoring of Ph.D. students, and supervision of thesis projects is expected. The job requires occasional travel to international conferences to disseminate research results. International research visits to other universities or research institutes are also possible.
REQUIREMENTS
Successful candidates hold a Ph.D. degree in electrical engineering, wireless communications, or similar, and are familiar with physical layer wireless communications. They possess strong theoretical, practical, and/or programming skills and can demonstrate previous experience relevant to the tasks they are applying for.
The position also requires:
- At least three publications in top IEEE ComSoc journals (IEEE TCOM, IEEE TWC, IEEE CL, IEEE WCL, IEEE TVT etc.) as the main contributing author
- Previous experience in at least one of the following areas is considered an advantage: physical layer security, low-power or IoT communications, wireless transceiver design, signal processing, or SDR-based prototyping.
- Good English language skills
- Ability to independently conduct systematic scientific research
- Ability to work in a team and communicate clearly in a multidisciplinary and international environment
WE OFFER
The position will be filled for a fixed-term period of 22 months with the possibility of extension. The starting date will be mutually agreed upon, but can be as early as September 1st, 2026. A trial period of six months applies to all our new employees.
The salary will be based on both the job requirements and the employee's personal performance in accordance with the Finnish University Salary System. The salary of a postdoctoral researcher is at levels 5-6. A typical starting salary for a Postdoctoral Research Fellow is 4000 EUR per month.
As a member of staff at Tampere University, you will enjoy a range of competitive benefits, such as occupational health care services, flexible work schedule, versatile research infrastructure, modern teaching facilities and a safe and inviting campus area as well as a personal fund to spend on sports and cultural activities in your free time. Please read more about working at Tampere University. You can also find more information about us and working and living Tampere by watching our video: Tampere Higher Education Community - our academic playground.
International HR services offer their help with e.g. official issues in settling in Finland and Tampere.
Tampere region is one of the fastest growing city areas in Finland. Tampere is the largest inland city in the Nordic countries and a traditional centre of the Finnish industry. Today, the city is best known for its high-tech expertise and extensive knowhow in various fields. Tampere is also one of the most popular cities in Finland for higher education studies.
HOW TO APPLY
Please submit your application through our online recruitment system (link below). The closing date for applications is 3.8.2026 (UTC +3 / EEST). Applications and all accompanying documentation must be in English.
The following documents should accompany your application:
- a CV (with a list of publications)
- a free-form application letter including names of two referees (max. 1 page)
- degree certificates
- other relevant documents that support your application (e.g. D.Sc. thesis, the most relevant publications regarding the call (max. 3), etc.)
For questions and more information, please contact:
Professor Ertugrul Basar, [email protected]
