Neuroscience Research

Advanced data analysis and custom solutions for brain monitoring and neuromodulation

Starlab Neuroscience Research offers advanced EEG data analysis services for our clients in research and in industry. We are experts in wireless EEG and neuromodulation, including neurofeedback and non-invasive brain stimulation. Working closely with our spin-off Neuroelectrics we offer custom solutions for data capture, neuromodulation and analysis based on our clients needs.

Physiological Data Analysis Physiological Sensor Systems
Protocol definition Requirements analysis
Data collection Electronic design
Data cleaning and artefact removal Industrial design
Feature extraction and analysis Fast prototyping
Effect classification Test and validation
Validation CE Medical

The Neuroscience Research team have extensive experience in data analysis, application development and applied research for both institutional and industrial clients. We have an outstanding record in National and European funded research projects with a proven ability to commercialise the results.

We also offer training in advanced EEG processing, BCI and mobile data collection.

For more information please contact us

Some of our ongoing and recent projects:

EEG biomarkers for Parkinson Disease MJFF

Starlab Neuroscience is working on discovery of EEG biomarkers for Parkinson Disease and Lewy Body Dementia Using Advanced Machine Learning Techniques

Biometrics Tabula Rasa

Starlab Neuroscience is developing novel EEG biometric systems resistant to spoofing attacks as part of this FP7 project

Brain Stimulation HIVE

Developing the next generation of non-invasive brain stimulation technologies. Starlab Neuroscience leads this 4-year FET project that asks the question: Could computers someday interact directly with the human brain?

Emotion Recognition and Telepresence BEAMING

This 4-year project, coordinated by Starlab Neuroscience, aims to develop a platform for telepresence with immersive physicality. Starlab is developing technologies for the detection of user affective state based on physiological signals and facial expression.

Research Coordination HC2

Starlab is co-ordinating HC2, a research support action funded by the EUs FET Human Computer Confluence initiative on the emerging symbiotic relation between humans and computing devices leading to new forms of perception and interaction.


Starlab is developing Brain Computer Interface (BCI) technologies as part of a construction set for assistive technologies which can be adapted to the motor abilities of end-users.

Our clients and partners include:

Daimler AG, e2v, Fiat, IBM, Kodak, Siemens, Telecom Italia, Thales

EPFL, ETH Zurich, Fraunhofer Institute, Imperial College London, INSERM, Oxford University, TU Graz, TU Munich, UC London, U Barcelona, U Pompeu Fabra