Noise-Driven Wireless Research Fellow

Tampere University; Tampere; On-site; EUR 37,944 - 51,336; Full time

Benefits offered by this job

Occupational health care

Flexible work schedule

Personal research fund

Job summary

Tampere University’s Wireless Systems group seeks a Postdoctoral Research Fellow to advance noise-driven communication methods for future 6G and IoT systems. The role involves modeling, signaling design, simulations, and practical validation of secure, energy-efficient wireless concepts.

Applicants should have a PhD in EE or wireless comms, strong theoretical/practical skills, and a track record of publications. Travel to conferences is expected.

Qualifications

• PhD in electrical engineering, wireless communications, or similar.
• Strong theoretical, practical, and/or programming skills.
• At least three publications in top IEEE ComSoc journals as main author.
• Experience in physical layer security, IoT, or transceiver design is a plus.
• Good English language skills.
• Ability to conduct independent and collaborative research in a multidisciplinary international environment.

Responsibilities

• Develop new models and methods for noise-driven wireless communication.
• Design low-power and low-complexity signaling schemes for future IoT and 6G systems.
• Study secure and covert communication approaches based on noise-like signals.
• Perform analytical work, simulations, and performance comparisons.
• Contribute to lab demonstrations using SDR platforms where relevant.
• Prepare high-quality publications and contribute to reporting and dissemination.

Skills

English proficiency

Theoretical skills

Programming skills

Teamwork

Education

PhD in electrical engineering or wireless communications

Tools

SDR platforms

Job description

Tampere University’s Wireless Systems group seeks a Postdoctoral Research Fellow to advance noise-driven communication methods for future 6G and IoT systems. The role involves modeling, signaling design, simulations, and practical validation of secure, energy-efficient wireless concepts.

Applicants should have a PhD in EE or wireless comms, strong theoretical/practical skills, and a track record of publications. Travel to conferences is expected.