Much of our research at the Next Generation Neural Interfaces Lab is inter-/multi-disciplinary and collaborative. Through working closely with other teams of scientists and engineers we are able to tackle problems which are beyond the reach of an individual research group.

The following are some of our current collaborators:

Prof. Alyssa Apsel Cornell University High performance analog and mixed-signal integrated circuits and systems
Dr Ed Chadwick Keele University Biomechanical modelling, upper-limb assistive devices
Dr. Patrick Degenaar Newcastle University Neuroprosthetics, optogenetics, visual prosthetics
Prof. Nick Donaldson UCL Implanted devices, micropackaging, encapsulation
Prof. Maysam Ghovanloo Georgia Institute of Technology Implantable microelectronic devices, wireless neural interfacing/neuroprostheses, assistive technologies and rehabilitation engineering
Dr. Andrew Jackson Newcastle University Movement neuroscience, epilepsy, neurotechnology, neural prosthetics, brain-machine interfaces
Dr Liudi Jiang University of Southampton Biomedical sensors, actuators, systems, MEMS  design, materials and processes
Prof. Tor Sverre Lande University of Oslo Ultrawideband (UWB) radar, neuromorphic electronics
Prof. Andrew Mason Michigan State University Biosensors, microfabrication, signal processing, lab-on-CMOS
Dr Kianoush Nazarpour Newcastle University Biomedical engineering, statistical and adaptive signal processing for brain- and muscle-machine interface technology
Prof. Rory J O'Conner University of Leeds Clinical rehabilitation, prosthetics
Prof. Anthony O'Neil Newcastle University Device design/microfabrication, interface engineering and heterogenious integration
Prof. Rodrigo Quian Quiroga University of Leicester Neuroscience: visual perception and memory, spike sorting
Dr Francisco Sepulveda University of Essex Brain computer interfaces, electroencephalography, assistive & rehabilitation technologies
Dr Paul Steenson University of Leeds RF MEMS, microfabrication