This PhD opportunity at the HEAD lab, Dyson School of Design Engineering, Imperial College London, focuses on the biomechanics of brain injury, with a particular emphasis on mechanical loading and its role in neurological conditions such as traumatic brain injury (TBI). The project aims to advance understanding of how mechanical forces in sports and road traffic collisions can damage brain tissue, axons, and vasculature, ultimately leading to TBI. By combining computational modelling, neurological studies, and translational applications, the research seeks to develop technologies that predict, prevent, and manage brain injuries, thereby improving brain health. As a PhD student, you will join an internationally recognised team and collaborate with experts in brain sciences, computational modelling, and artificial intelligence.

You will have access to unique large-scale exposure data, objective measurements of brain injury, and clinical assessments in humans. The project encourages embedding human-centred approaches in study design and delivery, and incorporates translational thinking from the outset. Immediate pathways for delivering impact are available, such as the lab's successful cycle rating system (see hiperhelmets.org), and you will be part of a large network of stakeholders including industry, policymakers, standards bodies, and end-users.

Applicants should have a high 2:1 (Merit) degree or equivalent at Master’s level in engineering, physical sciences, or a related discipline, with strong quantitative, programming, or modelling skills. Motivation to work in an interdisciplinary team and interest in translational biomechanics applications in medicine, healthcare, sports, and road safety are essential. Good communication skills are also required.

Applications are accepted year-round. To apply, send your CV, academic transcripts, and a motivation letter (max 1 page) to Dr M Ghajari at [email protected].