Senior Research Associate

About the role

You will:

• contribute to the delivery and coordination of a longitudinal research study involving people with Parkinson's disease;
• undertake and support research assessments and multimodal data collection;
• process and analyse complex neuroscience datasets, including EEG and intracranial/depth electrophysiological recordings;
• contribute to analysis of neuroimaging, digital and clinical measures;
• develop robust and reproducible analytical approaches for multimodal human neuroscience data;
• work closely with NHS, academic and other external collaborators;
• prepare research findings for publication in high-quality peer-reviewed journals and presentation at national and international conferences;
• contribute to supervision and training of students and junior researchers;
• contribute to the development of future research questions and funding applications.

About you

• You will have a PhD, or equivalent research experience, in neuroscience, psychology, biomedical engineering, neuroimaging, computational neuroscience or a related discipline, with significant experience of quantitative research.
• We particularly welcome applicants with expertise in electrophysiology, neural signal processing, neuroimaging, DBS, movement disorders or multimodal neuroscience.
• Previous experience across all of these areas is not required, but strong quantitative skills and experience of analysing complex biological or neural time-series data would be particularly valuable.
• You will be able to work independently, use initiative in developing analytical approaches, communicate complex research clearly, and work effectively within a multidisciplinary academic and clinical team.

Research Environment

• The successful applicant will join a growing programme of translational neuroscience and Parkinson's disease research at Manchester Metropolitan University, with strong links to NHS DBS services and academic collaborators.
• The post offers an opportunity to develop expertise across human electrophysiology, deep brain stimulation, neuroimaging and digital neuroscience, while contributing to clinically relevant research in people with Parkinson's disease.

Application & Assessment