Autonomous Tissue-Targeting Insertion Device

Lead mechanical engineer on an autonomous device that targets tissue cavities for insertion.

I designed a loading mechanism that positions slotting discs across a full 96-well plate in one step, giving 5× sample capacity on standard labware with no new consumables and no protocol changes. I also contributed to mesh microelectrode array (mesh MEA) work supporting sub-1 Hz electrophysiology recording for neural interfaces.