Ph.D. Student: Neural Interfaces: This scholarship opportunity offers full funding including home fees, travel costs, and stipend for a Ph.D. project focused on developing advanced neural interfaces for optogenetic control of neural circuits.
Ph.D. Student: Developing Next-Generation Neural Interfaces
Designation: Ph.D. Student
Research Area:
- Development of next-generation neural interfaces combining multi-wavelength control of neurons with electrophysiological recording
- Focus on creating a multi-channel, optoelectronic device capable of emitting multiple wavelengths for precise neural circuit control
Location: University of Strathclyde, Glasgow, United Kingdom
Eligibility/Qualification:
- Required qualification: Upper-second or first-class BSc Honours degree, or a Master’s degree in Physics, Engineering, or related disciplines
- Full funding available for UK Nationals meeting residency requirements, settled status individuals, pre-settled status holders, or those with indefinite leave to remain or enter the UK
Job Description:
- Collaborate with a well-resourced team of researchers including physicists, engineers, and neuroscientists
- Work on developing novel neural interface technology for optogenetic control of neural circuits
- Create a multi-wavelength optoelectronic device for precise activation and inhibition of specific neural circuits
- Utilize cutting-edge laboratory facilities and semiconductor microfabrication cleanroom for device fabrication and testing
- Collaborate with international partners across the Institute of Photonics and the Fraunhofer Centre for Applied Photonics
How to Apply:
- Interested applicants should submit an up-to-date CV to iop@strath.ac.uk
- For additional details, contact iop@strath.ac.uk
Deadline for Application: Thursday, 31 October 2024
This scholarship provides a unique opportunity to contribute to groundbreaking research in neural interfacing and optogenetics, with access to state-of-the-art facilities and a collaborative research environment. Apply now to be part of shaping the future of neurotechnologies.
