The University of Queensland is looking to revolutionize the future of wireless communications by contributing to the next generation of 6G technology, specifically through the development of pattern-reconfigurable antennas for 6G communication systems.
Requirements
- Knowledge of antenna systems
- Understanding of microwave and millimetre-wave communications systems
- Familiarity with advanced methods such as aperture control, tunable parasitic elements, and dynamically addressable metasurfaces
- Experience with design and development of pattern-reconfigurable antennas
- Knowledge of 6G technology and its requirements
- Understanding of electromagnetic theory and principles
- Experience with simulation tools and programming languages relevant to antenna design
Responsibilities
- Develop pattern-reconfigurable antennas for 6G communication systems
- Employ advanced methods such as aperture control, tunable parasitic elements, and dynamically addressable metasurfaces
- Pioneer innovative design techniques for pattern-reconfigurable antennas
- Advance antenna system design
- Unlock new applications for microwave technology in communications, sensing, and biomedical imaging
- Contribute to the broader scientific and technological advancements necessary for the realization of future communication systems
- Work on cutting-edge antenna systems that will shape the connectivity of tomorrow
Other
- PhD in Electrical Engineering, Telecommunications, Applied Electromagnetics, Microwave Engineering, or Physics
- Motivation to work on cutting-edge antenna systems
- Ability to work in a dynamic and collaborative academic community
- Willingness to engage with leading experts and industry partners
- Strong emphasis on research and development
