• Hypothesized and tested data communication through electrolyte in modular flow cell battery, designed 3D printed shell of flow cell nodes, resulting in achieving data communication through zinc iodide electrolyte in flow cell battery

• Refined approach to significantly reduce interference in the transfer of product

• Submitted patent for devices and methods for data communication and sensing

• Shifted project scope from a slow Arduino-based drawing system to use an extremely fast and accurate robot arm system

• Designed, prototyped, and 3D printed a custom end effector to the robot arm which holds onto a dry erase marker which draws on the wall

• Utilized technical support and referenced application manual to learn and program robot from the ground up

• Programmed a successful robot interface allowing users to draw images on a tablet, resulting in the robot mirroring drawings onto any surface