Liam Browne

University College London is recruiting a Postdoctoral Research Fellow to join Liam Browne’s lab. The project focuses on closed-loop neurotechnology for chronic pain , combining long-term neural implants , neural recordings , and real-time adaptive control . The work sits at the intersection of systems neuroscience , neuroengineering , and translational neurotechnology , making it a strong fit for candidates with research interests in brain–device interfaces, neural signal acquisition, and adaptive control systems. The post is part of EPIONE , an EPSRC/MRC-funded programme that brings together neuroscientists, engineers, clinicians, and industry partners. The announcement highlights that the ideal candidate should have strong in vivo experience , particularly with neural recording and chronic implants , as well as coding and quantitative analysis skills. Eligibility highlights: postdoctoral level; experience in vivo; neural recording/chronic implant expertise; programming and data analysis ability. Deadline: 24 July 2026. How to apply: The post says the details and application instructions are in the first comment. Interested applicants should review the linked information and apply before the deadline.

Applications are open for a postdoctoral position in neurotechnology for chronic pain at University College London (UCL) in Liam Browne’s lab. The project combines systems neuroscience , neuroengineering , neural implants , neural recordings , and real-time adaptive control . It is described as part of EPIONE , an EPSRC- and MRC-funded programme bringing together neuroscientists, engineers, clinicians, and industry partners. The post appears well suited to a candidate with strong experimental background, especially a systems neuroscientist , neuroengineer , or in vivo researcher . The announcement does not specify a deadline, salary, or exact contract length, but it does provide an updated application link. Interested applicants should follow the link and apply directly. This is a research-intensive opportunity at the intersection of neuroscience , biomedical engineering , and translational pain research.