About
The Deku Lab
We engineer thin-film materials and develops novel fabrication methods for creating chronically reliable neural interfaces, and studies their integration into the nervous system, including the brain and peripheral nerves.
Our initial focus is on the development of high-density, flexible microelectrode arrays for cortical interfacing. Created from amorphous silicon carbide or polymer films, this technology holds potential for targeting vision restoration, epilepsy, paralysis, and other conditions.
Our lab supports industries and companies to develop and test next-generation neural interface devices based on silicon micromachining, microwire, and thin-film technology. We are always looking for collaboration and industry-sponsored projects, so please reach out to discuss your unique needs.
Mission Statement
Develop materials, devices, and therapeutic approaches for neural interfacing with a focus that is grounded in science and driven by the vision of developing treatments for specific unmet clinical needs.
Microfabrication of
Thin-Film Devices
Device Packaging and
Feed-Throughs
Materials Characterization
Performance Testing
Neural Recording
and Stimulation
Diversity, Equity, and Inclusion
We acknowledge that academic science suffers from a lack of diversity, equity, and inclusion. Science does not operate in a bubble, nor is it apolitical. Rather, scientific issues are societal issues; and societal issues, such as racism, bias, and personal safety, are issues that the scientific community must address. We welcome, support, and advocate for community members from diverse backgrounds including those from different socioeconomic backgrounds, races and ethnicities, gender identities and sexualities, religions, disabilities, familial obligations, and other personal identities.
