The University of Exeter is renowned for its excellence in research and innovation, and the institution is offering an exciting and fully funded PhD opportunity for the academic year 2024/2025. This studentship, focusing on the development of wireless implantable micro-coil technology for precise control of neuronal excitability, presents an outstanding opportunity for those with a background in engineering, neuroscience, and related fields.
The University of Exeter’s Department of Engineering invites applications for a PhD studentship aimed at developing advanced neuromodulation technologies using wireless implantable micro-coils. This project is highly interdisciplinary and sits at the intersection of electronic engineering, materials science, and neuroscience.
The project is supervised by leading experts from various departments at the university:
The studentship is based in the Faculty of Environment, Science, and Economy at Exeter’s Streatham Campus. This is a fully funded PhD, and the studentship provides financial support for both Home and International students.
Neuromodulation is a promising field in clinical neuroscience, with applications in treating neurological and psychiatric disorders. Traditional neuromodulation techniques like Deep Brain Stimulation (DBS) and Transcranial Magnetic Stimulation (TMS) have shown effectiveness, but often lack the precision required for highly targeted therapeutic interventions. These methods typically involve invasive procedures and can generate excessive heat, posing risks to patients.
This PhD project proposes a new, non-invasive solution by developing wireless implantable micro-coils. These micro-coils generate precise, localized magnetic fields, providing a non-thermal approach to modulating neuronal excitability. This could revolutionize the treatment of complex neurological conditions, offering a safer, more effective alternative to current techniques. The research will focus on designing, modeling, fabricating, and testing these micro-coils to evaluate their potential in clinical applications.
The primary objectives of the PhD project include:
This interdisciplinary research will involve collaboration between the Departments of Engineering, Neuroscience, and Mathematics & Statistics, providing the successful candidate with a well-rounded research experience across multiple scientific domains.
The University of Exeter seeks highly motivated and academically strong candidates who can contribute to cutting-edge research. Candidates with a background in the following areas are particularly encouraged to apply:
Non-native English speakers must meet the University of Exeter’s English language proficiency standards. Applicants are advised to review the university’s official English guidance page for further details.
Interested candidates are required to follow the outlined application process to be considered for this prestigious opportunity.
All documents must be submitted by this deadline to be considered for the studentship. Failure to provide any of the required documents will render an application ineligible.
To apply, candidates should use the University of Exeter’s online application portal and ensure they submit all documents by the deadline. Candidates are encouraged to apply as early as possible to avoid last-minute issues.
Once the applications have been received and reviewed, shortlisted candidates will be invited for an interview. The interview panel will consist of academic staff from the relevant departments. The selection process will focus on academic merit, research potential, and the candidate’s fit for the project.
Key factors that will influence the selection process include:
Successful candidates will receive formal notification of their acceptance into the program and can begin preparing for the start date.
The University of Exeter is a global leader in research, particularly in engineering and medical science. By choosing to undertake a PhD at Exeter, students will benefit from:
This fully funded PhD studentship at the University of Exeter offers a unique opportunity to participate in cutting-edge research at the intersection of engineering, neuroscience, and medical science. With full tuition coverage and a generous stipend, this opportunity is open to highly motivated candidates from around the world.For those interested in contributing to the development of wireless implantable micro-coil technology for precise control of neuronal excitability, this project represents a chance to be at the forefront of neuromodulation research. By joining a multidisciplinary team of experts, candidates will gain invaluable skills and experience that will shape their future careers in both academia and industry.
Don’t miss out on this prestigious opportunity. Apply now and become part of the next generation of neuromodulation researchers!