🎓 Neuroscience PhDs

Explore neuromodulation and spinal cord stimulation techniques to advance human motor control understanding. Develop innovative therapies using high-density EMG and movement analysis at Lehigh University with an interdi…

This research tackles critical challenges in neurological rehabilitation by developing new stimulation and diagnostic technologies that cou…

Explore how the brain resolves behavioural choices using advanced techniques in Drosophila. Join a Wellcome Trust-funded team probing fundamental neural mechanisms with potential to impact neuropsychiatric disorder unde…

This research deepens understanding of how animals resolve conflicting motivations, which is vital for models of brain function and neurops…

Develop advanced computational models of neonatal brain connectivity using multimodal MRI data. Investigate neurodevelopmental conditions through integrated structural and functional brain networks, leveraging mathemati…

This research could redefine understanding of early brain development by creating models that connect brain structure and function in neona…

Explore how creatine dosing can be optimized to support brain recovery after mild traumatic brain injury. Conduct human trials using advanced imaging and cognitive testing to inform nutritional strategies with potential…

This research addresses a critical gap in understanding how creatine supplementation can improve brain health following mild traumatic brai…

Investigate how creatine dosing affects brain health after mild traumatic brain injury. Utilize human trials and advanced brain imaging to discover effective supplementation strategies that could improve clinical outcom…

This research addresses a critical need to optimise brain recovery strategies after mild traumatic brain injury through nutritional interve…

Explore how creatine supplementation can be optimised to support brain health, especially after mild traumatic brain injury. Combine human trials and brain imaging to discover effective dosing strategies that improve br…

This research is vital for improving clinical approaches to brain injury recovery, offering potential new nutritional guidelines that could…

Explore the therapeutic potential of mesenchymal stem cell-derived exosomes for Alzheimer's disease. Analyze molecular mechanisms using bioinformatics and test innovative intranasal delivery for cognitive recovery in AD…

This research targets a major unmet medical need by developing a novel cell-free therapy to modulate neuroinflammation in Alzheimer’s disea…

Explore cellular and molecular mechanisms of schizophrenia and autism using patient-derived hiPSCs combined with multi-omics data and AI. Learn to integrate wet-lab neuroscience techniques with computational analysis to…

This research addresses significant gaps in understanding neurodevelopmental disorders across diverse populations, improving human relevanc…

Explore how genetic mutations affect brain function using advanced neural recording methods in rodent models. Investigate neurodevelopmental disorders related to autism and intellectual disability with hands-on behavior…

This research offers critical insights into how genetic mutations alter neural function and behavior, advancing understanding of neurodevel…

Funded PhD at the University of Bristol using high-density fNIRS to study early childhood brain development, executive functions, and parent-child interaction.

4-year fully funded PhD programme on vascular contributions to dementia across leading UK universities, with lab rotations and interdisciplinary training in neurodegeneration research.

This EPSRC-funded PhD will explore 2D transition metal dichalcogenide (TMDC) nanoelectronic devices for energy-efficient neuromorphic computing, combining nanofabrication, device physics, and advanced materials characte…