Winner

Biohybrid Robot Fabrication using E-Jet Printer

2013
Research Category: Interdisciplinary Topics, Centers and Institutes
Presenter: Ryan Myers
Faculty Advisor: Joseph Ayers
Category: Interdisciplinary Topics

A key challenge of designing and constructing biohybrid robots is interfacing between the biological and synthetic components. In this project, we attempt to address this challenge in our construction of micro-scale motor components for a novel autonomous underwater robot. This swimming robot is designed to use photoproduction to interface between the electrical components of the robot and the actuator cells that propel the robot forward. Using electrohydrodynamic jet (E-Jet) printing, we aim to fashion a blue-emissive organic light emitting device (blue OLED) to excite muscle cells containing channelrhodopsin.

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