Electronics
Innovating across frequencies, materials, and microsystems
The Electronics research cluster brings together world-leading expertise across high-frequency systems, micro/nanoelectronics, microsystem technologies, and sustainable device design.
Our interdisciplinary teams are advancing the next generation of electronic systems, addressing global challenges in communication, sensing, medical diagnostics, and sustainability.
Research division
- Electronics and Nanoscale Engineering
PhD opportunities
Find out more about PhD opportunities with the Electronics research cluster:
- PhD opportunities
RF, Telecom and Sensing
We develop novel microwave, mmWave and THz components, devices and circuits as well as emerging materials and technologies for wireless sensing, imaging, communications and energy harvesting.
Our group covers a wide range of both basic and applied research focusing on first principles of engineering science with a goal to realise efficient and optimized wireless systems and components for communications, sensing and imaging applications.
Our research focus is on advanced technologies and circuits for the microwave, millimeterwave, and/or sub-millimeterwave (aka terahertz) frequency bands and the integration of these with other physical domains to achieve new system functionality.
- Abdullah Al-Khalidi
- Edward Wasige
Nanoelectronics & Microsystems
We work on micro/nanoelectronics design for medical (wearables and implantables) and industrial (quantum computing and ultrasound systems) applications. Our research is broadly ranging from theoretical, simulation, design, fabrication and experimental work in fundamental physics to applications of materials and electronics.
Our group researches and develops a wide range of leading-edge technologies including: Combined electronic sensor and actuator systems; Medical diagnostic devices; Integrated single-chip CMOS sensor devices Sensor arrays; Wireless sensors; Terahertz technology and systems; and Control and data processing hardware and software for sensor systems'
Advanced Electronic Materials
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Advanced Semiconductor Materials & Devices:
Our group specialises in the research and development of advanced semiconductor materials and devices for a range of electronic, sensing and quantum applications.
Design and manufacture of sustainable electronics using additive manufacturing and cleanroom processes for applications across sensors, computing, to wearables. We design low-waste electronics for recyclability, reliability and sustainability using less hazardous materials, and conduct leading life-cycle assessment (LCAs) of electronic systems.