Electrical and electronic systems cluster

Electrical and electronic systems cluster

The Electrical & Electronic Systems research cluster focuses on advancing the development and application of electrical and electronic systems for various industries and applications. It encompasses integrated photonics, sensors, communications, intelligent control systems, and power grids.

The Electrical & Electronic Systems research cluster focuses on advancing the development and application of electrical and electronic systems for various industries and applications. It encompasses integrated photonics, sensors, communications, intelligent control systems, and power grids.

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The Electrical & Electronic Systems research cluster focuses on advancing the development and application of electrical and electronic systems for various industries and applications. It encompasses integrated photonics, sensors, communications, intelligent control systems, and power grids.

Key Research Areas:

  • Integrated Photonics: Developing and integrating photonic devices and circuits for optical communications, sensing, and computing applications.
  • Sensors: Designing and implementing advanced sensors for various applications, including environmental monitoring, healthcare, and industrial automation.
  • Communications: Advancing communication technologies, including wireless networks, optical communications, and signal processing.
  • Intelligent Control Systems: Developing intelligent control algorithms and systems for robotics, automation, and energy management applications.
  • Power Systems and Grids: Optimising the design and operation of power systems and grids, integrating renewable energy sources, and enhancing grid stability and resilience.

Industry Applications:

  • Micro-manufacturing & Photonics Hub: Collaborating with industry partners to develop and commercialise micro-manufacturing and photonic technologies.
  • Electrification Hub: Contributing to the electrification of transportation and other sectors, developing technologies for electric vehicles, charging infrastructure, and grid integration.

 

Potential Impact:

  • Development of advanced communication and sensing technologies.
  • Improved efficiency and reliability of power systems and grids.
  • Enhanced automation and control systems for various industries.
  • Increased adoption of renewable energy sources.

 

Contacts:

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