• Developed state-of-the-art friction compensation model and state estimator for cable-driven actuation in wearable robotics• Researched and implemented cutting-edge cable-conduit friction models• Performed in-depth MATLAB analysis for state estimation• Member of a team focused on integrating multiple disciplines in the creation of wearable technology for health-related topics with the goal of translating from research to product • Led multidisciplinary research team in designing and fabricating a low profile cable-driven exosuit• Designed and manufactured a range of 3D printed components for various prototypes

Worked for the Walt Disney Company at All Star Sports as a Disney College Program Participant. • Work with guests and workers from around the world• Demonstrate problem solving and decision making skills on a daily basis• Ability to manage multiple tasks and work well under pressure• Participated in the Disney Class: Engineering Professional Development Study at Disney University • Participated in "Tech Behind the Dreams" event where I meet with current Imagineers

General Organizer of the Mechanical Engineering department's undergraduate design studio and shop

I was able to work over the summer of my sophomore year with Professor Jill Higginson on the reengineering and control validation of an Active Leg Exoskeleton designed for rehabilitation with asymmetric gait in stroke patients.

Conference Proceeding:Suydam SM, Buchanan ST, Buchanan TS: Does Achilles tendon echogenicity change with triceps surae contraction force? Int Soc Arthroscop Knee Surg Orthop Sp Med (ISAKOS), (CD) 2013