The ambitious program is set to transform how scientists interface with the human brain, developing next-generation tools to tackle neurological and neuropsychiatric disorders that affect one in six people in the UK, including Alzheimer's, epilepsy, and depression.
Sheffield’s Role in the Future of Neurotechnology
Led by Dr. Mahnaz Arvaneh, the project will focus on ensuring equity and inclusivity in the development and adoption of neurotechnologies. As advancements in brain-computer interfaces accelerate, there is an urgent need to address biases, barriers, and disparities in their design and real-world application.
The Sheffield team will work closely with patients, clinicians, and underrepresented communities to evaluate how these technologies perform across diverse populations. Their research aims to provide practical solutions and recommendations for innovators, policymakers, and regulators, ensuring that future neurotechnologies are both effective and accessible for all.
“I am thrilled about the ARIA Neuroprecision program, a transformative £69 million investment that goes beyond traditional grant funding. It represents a unique opportunity to dream big and push the boundaries of research to deliver groundbreaking solutions for some of the most complex and devastating brain disorders. Our team at the University of Sheffield, in collaboration with NIHR Devices for Dignity, is proud to be part of this initiative. Our mission is to ensure that the advanced breakthroughs developed are equitable, inclusive, and effective for everyone, avoiding biases based on gender, race, or any other factor."
Dr. Mahnaz Arvaneh, Senior Lecturer in the School of Electronic and Electrical Engineering.
ARIA’s initiative is funding 19 teams across the UK, working on inventive ways to interface with brain circuits using engineered biology, AI, and new hardware. The School of Electrical and Electronic Engineering’s project is unique in its emphasis on human-centered adoption, ensuring that cutting-edge technology does not leave marginalised communities behind.
As neurotechnology advances, our research will help shape its responsible development—influencing policies, clinical practices, and industry standards. By championing inclusivity in design and access, the university is positioning itself as a leader in the future of precision neurotechnologies.
The School of Electrical and Electronic Engineering’s team is led by Dr. Mahnaz Arvaneh, with Oliver Bandmann, Dan Blackburn and H. Olya at the University of Sheffield alongside Lise Sproson at NIHR HealthTEch Research Centre.