Overview
This funded PhD studentship aims to understand how the infant brain processes sensations in different sensory modalities (e.g. simultaneously seeing and touching a toy) and how early differences in this processing may represent an early marker of neurodevelopmental disorders such as Autism.
This PhD studentship is funded by the University of Essex and the East Suffolk and North Essex NHS Trust (ESNEFT). The role of the PhD student will be to prepare, conduct and publish the proposed research.
The student will join a vibrant department with an active cohort of doctoral students, and supportive team of academics, administrators, and technicians. Additionally, the student will work at the intersection of research and clinical practice, by joining the Synapse Centre for Neurodevelopment team led by Dr Benjamin Marlow.
We welcome applications from candidates with a background in psychology or related disciplines.
The project
The multisensory experience infants obtain through acting and interacting with the world is thought to play an important role in how they represent their own body and the surrounding environment. From very early in life, infants become increasingly familiar with the relationships between these sensory inputs, for example when observing their own hand while reaching for a toy or when touching their face while looking at their reflection.
Research suggest that the atypical development of sensory responsiveness may represent an early marker of Autism Spectrum Disorder (ASD). Hyper- or hypo-reactivity to sensory input is a core diagnostic feature of ASD and has been predictively associated with developmental outcomes, including communication, social and adaptive functioning. While early differences in the processing of sensory stimuli have been noted in 6-month-old infants who later received a diagnosis of ASD, standard approaches to measure sensory functioning still rely on subjective reports, posing a barrier to early identification. We propose a three-year PhD programme to study the neuro-cognitive developmental trajectories of sensory processing in toddlers with and without ASD.
Benefits of ESNEFT Collaboration
The PhD student will benefit from closely working with the Synapse Centre for Neurodevelopment by 1) designing relevant and practical research by seeking public and patient feedback; 2) receiving extensive training in clinical practice whilst being at the forefront of research in neurodevelopmental disorders; 3) collaborating with experts, clinicians, and parents to identify targets for diagnosis and intervention, and 4) opportunities for future employment in a clinical setting.