Brain Computer Interface

With the department of Clinical Neural Engineering and Ageing at Trinity College Dublin, I worked on optimizing the design of a Brain-Computer Interface using open-source resources (OpenViBe) and a 3D-printed headset (OpenBCI). This work was carried out for presentation and demonstration at the Trinity Open Day, where I showcased the work of the electronics and biomedical departments to prospective students of the university.

During this time I also redesigned, prototyped, and documented an Arduino controlled diagnostic headset to further research in cervical dystonia.

This video shows my EEG signal during a demo, the spike in 10 Hz activity at 50 seconds represents my ALPHA waves.