The Viventi Lab aims to design and fabricate wireless, implantable sEEG electrodes that are compatible with existing stereotactic equipment and are better able to localize and visualize epileptic seizures.
My work includes fabrication optimization in the Duke cleanroom, impedance and reliability testing, and material design and research.
Specific projects include the designing of mechatronic devices meant for increasing lab productivity, such as an alignment jig for stacking layers of LCP for material testing and an Arduino-powered spooling device meant for wrapping leads in a helix around a probe. (Detailed in "Projects")