• Collaborated with Science and Engineering faculty and staff to manage industry representatives and students during events • Effectively communicated key information to peers and supervisors through presentations, panels, social media posts, and posters • Assisted students and faculty in communicating and connecting in and outside of the classroom

-Designed and improved circuit for testing of IPMC use as flexible actuators for biomedical applications and microelectromechanical ROS-Produced circuit casing for simplified testing and ease of use of IPMC samples through 3D printed grips and added user interface-Assisted with chemical synthesis process of IPMC’s using Nafion and thin-metal plated electrodes to evaluate differing synthesis variables

-Machined and fabricated 144 additively manufactured aluminum Charpy and KIC samples in accordance with ASTM guidelines using EDMs and CNC mills for research testing-Evaluated mechanical properties using Tensile, Charpy impact, Rockwell hardness, and KIC testing to understand the effect of heat treatment and build orientation on selective laser melted parts-Performed microstructural analysis and collected data on 20 samples using scanning electron microscopy and optical microscopy to discover reasoning behind found results for final thesis and publication

• Operated machining equipment, like CNC mills, CNC lathes, EDMs, and grinder wheels, to make parts and research samples for professor and student projects • Organized shop workspaces, tools, and equipment for workplace efficiency, cleanliness, and safety

• Led and advised prospective engineering students through coordinated group activities for team and personal development • Built a healthy workplace community by promoting communication and inclusivity among students and staff