The RFCT Lab is a world-class research facility within the Faculty of Engineering and IT (FEIT) at the University of Technology Sydney (UTS). Our team of highly qualified researchers and engineers, with both international and local expertise, collaborate on a variety of cutting-edge projects.
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Contact A/Prof Negin Shariati
Our Focus Areas:
Embedded RF Prototyping: We specialise in developing and creating functional prototypes for innovative radio frequency (RF) devices.
Sustainable RF Technologies: Our research explores ways to design and implement RF technologies with a focus on environmental responsibility.
Full Stack Wireless Development: We take a comprehensive approach to wireless development, encompassing all layers from the hardware design to the software applications.
What Makes Us Unique?
The RFCT Lab is a one-stop shop for developing next-generation RF devices. We are one of the few university R&D facilities in Australia with the capability to transform an idea from its initial conceptual stage all the way to a working prototype – all under one roof.
Our Mission:
The RFCT Lab is committed to advancing the field of RF technologies. We strive to develop next-generation RF-based devices and supporting technologies that can be applied in a wide range of sectors, including:
Agriculture
Telecommunications
Healthcare
Manufacturing
Space Exploration
Transportation
Cybersecurity
Smart Cities
By combining our expertise and advanced facilities, we aim to make a significant impact on the future of wireless communication technologies.
Overview
RFCT Lab: Driving the Future of Wireless Communication
The ever-growing demand for data over wireless networks fuels innovation in RF technologies. In the RFCT Lab, we address the challenges of tomorrow's connected world.
The Need for Efficient and Reliable RF Systems
The explosion of applications using RF communication demands a revolution in wireless networks. Future RF devices, from base stations to tiny IoT sensors, need to excel across multiple challenges: lower power consumption, increased data accuracy, and miniaturisation for compact designs. They must also adapt to diverse deployments, functioning flawlessly in both densely populated urban areas and remote rural networks with limited infrastructure.
RFCT: Bridging the Gap from Concept to Reality
We understand that RF and communication technologies are the lifeblood of next-generation wireless networks and the Internet of Things (IoT). Our research and development efforts focus on the entire IoT design spectrum, encompassing:
Full-stack development: We delve into every layer, from low-level electronics and RF circuits to high-level wireless communication protocols.
AI and ML integration: We explore the potential of Artificial Intelligence (AI) and Machine Learning (ML) to enhance the security and performance of future RF communication systems.
Our mission is to develop innovative RF-based solutions that are:
Rugged: Engineered to thrive in Australia's diverse and often harsh environments. This focus on resilience leads to solutions that excel not only here but can be adapted and deployed effectively worldwide.
High-Performance: Deliver industry beating performance and accuracy - even in challenging conditions.
Efficient: Optimised for low power consumption and reliable operation.
By tackling these challenges, the RFCT Lab empowers our industry partners to leverage our world-class resources and technical expertise. This collaboration fosters the development of cutting-edge products designed and manufactured in Australia, but with global reach. We understand the importance of intellectual property (IP) and take every precaution to ensure your ideas remain confidential throughout the research and development process.
Some of our current multidisciplinary R&D areas are:
Application-specific Technologies
- Digital Agriculture
- Industry 4.0
- Synthetic Sensing
- Biomedical wearables
- Medical Imaging
- Tactile Internet
- Wireless Mesh Networks
- Urban Archaeology
- Indoor/Outdoor Localisation
- Cybersecurity
Sustainable RF Technologies
- RF Energy Harvesting Circuits and Systems
- Simultaneous Wireless Information and Power Transfer (SWIPT)
- Low-Power Electronics for IoT devices
- Wireless Power Transmission
- Self-sustainable Sensors
Devices
- 3-D Electronics and RF devices
- Integrated and Embedded Circuits and Systems
- Miniaturized Antennas, Rectennas, and RF Sensors
- Metamaterial Inspired Sensors
- Reconfigurable Structures (antennas, metamaterials)
Intelligent RF and Communications Technologies
- Low Power Edge ML
- AI and Machine Learning Driven Devices.
- Programable Machine Learning-based Electronic Surfaces.
- Intelligent IoT Devices
- Cross-layer Optimization using Machine Learning for Network Enabled Electronics.
- AI/ML for Next Generation Intelligent Transportation Systems.
Seamless Device Management Through Software
- Autonomous Embedded Communication Systems
- Distributed Control and Optimisation of Non-linear Systems
- Sensing and Localisation Systems
- Software-defined Radio & Network Technologies
- Remote Management, Configuration, and Optimisation of RF Technologies
- Self-driving Autonomous Networks
Remote Sensing, Data Acquisition, Signal Processing and Control Systems
- Ag-Tech Sensors
- Environmental Sensing (Carbon Monitoring)
- Construction
- Operational autonomy
Our research in the RFCT Lab is driven by our desire to ensure Australian Businesses can compete on the world stage. We secure funding through competitive national grants, demonstrating the cutting-edge nature of our work. We also maintain strong partnerships with leading industry players, ensuring our research translates into real-world applications. Our team thrives on this collaborative environment, with researchers tackling both focused projects and long-term, visionary research initiatives.