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Portrait of Dr Emily Yik Kwan Chan

Research interests

  • Head trauma biomechanics
  • Surrogate modelling
  • Machine learning

Postdoc

Dr Emily Yik Kwan Chan

Research Associate

Emily is a Research Associate in the HEAD Lab at the Dyson School of Design Engineering, Imperial College London. Her research focuses on developing more personalised approaches to understanding and predicting traumatic brain injury, combining wearable head-impact mouthguard measurements, computational finite element modelling, and machine learning. A key aim of the project is to better account for individual differences in brain anatomy and biomechanics when estimating the brain’s response to head impacts.

Before joining the project as a Research Associate, Emily completed her PhD research in the HEAD Lab, funded by Sports and Wellbeing Analytics (SWA). She investigated how sports head impacts translate into brain deformation and injury risk by combining large-scale wearable sensor datasets with computational brain modelling and data-driven methods, with a particular focus on improving the interpretation and prediction of brain injury biomechanics.

She is interested in research that bridges engineering, neuroscience, and real-world applications, particularly in developing practical tools that can improve the assessment and prevention of traumatic brain injury.

Recent conferences

  1. Short Communication: Predicting Sport-Related Brain Injury via Head Kinematics, Finite Element Brain Modelling, and Plasma Biomarkers

    IRCOBI 2026, Munich

    Proceedings (PDF)
  2. Short Communication: Non-Uniform Effects of Cerebral Volume on Subject-Specific Brain Strain Across Multiple Head Impacts

    IRCOBI 2026, Munich

    Proceedings (PDF)
  3. Not one threshold fits all: comparing brain injury metrics at equivalent brain deformation across sports

    ISBS 2026, Loughborough

    Conference programme
  4. Emily Chan — Concussion/Brain Injury II (OA145)

    World Congress of Biomechanics 2026, Vancouver

  5. Emily Chan — Computational Modeling of Injury II (OA58)

    World Congress of Biomechanics 2026, Vancouver

  6. Deriving representative head impact profiles in contact sports: a shape-based clustering approach

    21st Injury Biomechanics Symposium (IBS), IIHS, Virginia

    Paper (PDF)
  7. Not one threshold fits all: the relationship between brain injury metrics and brain strain varies across sports

    Sports Engineering Seminar Day 2026, Heriot-Watt University, Edinburgh

  8. Short Communication: Effects of sex and brain anatomy on brain strain vary across different impact severities

    IRCOBI 2025, Vilnius

    Proceedings (PDF)
  9. Effect of brain anatomy on brain strain varies across impact severities

    20th Injury Biomechanics Symposium (IBS)

  10. Short communication: Near Real-time Estimation of Strain in Brain Regions using XGBoost Algorithms

    IRCOBI 2024, Stockholm · Best presentation

    Proceedings (PDF)

Publications

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