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We are creating the next generation of robots that can perceive their surroundings, make real-time decisions and learn from experience. Drawing on expertise in mechanical, electrical and software engineering, our researchers build autonomous systems for land, air, sea and space applications.

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Artificial intelligence and machine learning drives advances in the algorithms and theories that enable smart machines. Our researchers are developing novel machine learning methods and principled AI techniques to enhance the reliability and trustworthiness of intelligent systems.

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Circular economy and resource recovery focuses on eliminating waste and maximising reuse of resources through innovative engineering. In this theme, our researchers develop technologies to transform waste streams into valuable products, create efficient recycling processes for materials like plastics and electronics, and design sustainable materials that have minimal environmental footprints throughout their lifecycle.

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Our researchers develop next-generation renewable energy technologies, advanced energy storage systems, and hydrogen fuel cell innovations to drive the transition away from fossil fuels. From high-efficiency solar and wind systems to grid-scale batteries and clean hydrogen fuel, we are enabling a reliable, affordable net-zero carbon energy future.

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We apply advanced engineering to agriculture and food production to boost efficiency and sustainability. Our researchers leverage sensors, robotics and data analytics in precision farming to grow more with less, develop alternative proteins and innovative food processing techniques for more sustainable diets, and improve food supply chains through better management and technology to reduce waste.

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Product design and manufacturing covers research at the nexus of creative design and engineering for production. This theme looks at how we conceive, develop and fabricate innovative products that meet societal needs and sustainability goals. Our researchers explore design for sustainability, ensuring products have minimal environmental footprint throughout their lifecycle.

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Manufacturing and industry 4.0 encompasses research on digitally transforming manufacturing processes through automation, data and smart technology. Our researchers develop intelligent production systems that fuse the physical and digital worlds, from robotic assembly lines to AI-driven quality control.

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The biomedical devices and diagnostics theme drives the invention of cutting-edge tools that detect and treat health problems with greater precision and personalization. Our engineers (across biomedical, electrical, chemical, and mechanical disciplines) create everything from wearable sensors and lab-on-a-chip systems to advanced imaging equipment and therapeutic devices.