
Co-Founder & CEO
Samphire Neuroscience
Emilė Radytė, PhD
After studying neuroscience at Harvard & Oxford, Emilė co-founded Samphire Neuroscience, raising $5m to create wearable neuromodulation to solve menstrual pain.

Learn about careers in neurotech, founding a startup,
and the exciting future of neurotechnology.
JESUS COLLEGE, CAMBRIDGE UNIVERSITY · 3–6PM 10 JUNE 2026
About
Connecting researchers, founders & investors at the frontiers of neuroscience and technology. From brain-computer interfaces to wearable neuromodulation.
Discover exciting career opportunities in neurotech from companies actively recruiting.
Understand what it takes to build a neurotechnology startup from idea to reality.
Understand where the field is heading and its most promising opportunities.
Featured
Speakers will share their journeys from academia to neurotech, career opportunities, and live product demos.
Followed by an ask-me-anything panel discussion, careers showcase & networking.

Co-Founder & CEO
Samphire Neuroscience
After studying neuroscience at Harvard & Oxford, Emilė co-founded Samphire Neuroscience, raising $5m to create wearable neuromodulation to solve menstrual pain.

Founder & CEO
NeuroCONCISE
Damien is a Professor of Neurotechnology with 150+ published papers. He developed FlexEEG, a discrete wearable EEG for neurofeedback, brain monitoring, neurogaming, and more.

Head of Research
Netholabs
Hildie studied History at Oxford before her PhD in Neuroscience, and now leads research at Netholabs, developing technologies to accelerate whole-brain emulation.

Founder & CEO
NeuroDive
Combining a portable EEG interface with advanced signal processing and generative AI, Nick's NeuroDive offers measurable, adaptive mental wellness support.
TO BE CONFIRMED
Coming soon
TO BE CONFIRMED
Coming soon
Programme
VENUE
Held at Jesus College's famous Radegund Hall, at the heart of Cambridge University, on June 10th from 3 to 6pm.




Free to attend. Limited availability.
Reserve your seat to join researchers, founders & investors building the future of neurotechnology.