Supervisors
Materials & Devices for Life Sciences

Materials & Devices for Life Sciences

Applying multidisciplinary research to redefine nanopore technologies and progress new approaches in tissue engineering that will impact personalised diagnostics and therapeutics.

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Senior Group Leader

Professor Yujia Qing

Yujia is a Senior Group Leader in the Materials & Devices for Life Sciences program at EIT. She is also Associate Professor in the Department of Chemistry, University of Oxford. Yujia leads a multidisciplinary research group advancing nanopore technologies for single-molecule chemistry and biomolecular analysis. Her laboratory integrates chemistry, molecular biology, and biophysics to develop tools that unlock new opportunities in molecular diagnostics, synthetic biology, and beyond.

At EIT, Yujia focuses on innovating next-generation sensing systems to address unmet technological needs, while also translating proof‑of‑concept nanopore platforms into deployable devices. By bridging the gap between complex samples and actionable readouts, her work seeks to realise the versatile potential of nanopore technologies. These efforts aim to deliver end‑to‑end solutions that drive innovation in both basic science and biomedicine.

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Careers inMaterials & Devices for Life Sciences

The MDLS Institute leads research programs in tissue construction and nanopores. Its tissue construction program aims to build the capability to create any tissue - including human tissue - to transform medicine, research and robotics. On-demand tissue production will help improve disease modelling and the building of life-like components for bio-integrated systems. Its nanopores program develops nanoscale systems capable of detecting or sequencing any molecule found in air, water, biological systems or industrial environments. This has the potential to help with early detection and real-time monitoring in areas such as healthcare diagnostics (e.g. breath tests for certain diseases) or environmental safety.

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"I'm very excited about EIT because of this vision of attacking the problems end-to-end, starting from research to building a pipeline all the way to a product, to the way to deliver that product. It's a very unique vision and opportunity to be part of this whole cycle of delivery and impact. At EIT, AI researchers work hand-in-hand with domain scientists, ensuring that AI models are developed to address problems of societal value."

—Dr Danilo Jimenez RezendeExecutive Director & Principal Scientist, AI & Robotics Institute