As a mechanical and controls engineer with 4 years of experience in design, analysis, and fabrication, I have a passion for solving complex engineering challenges. I hold a Bachelor's degree in Mechanical Engineering and a Master's degree in Mechanical Engineering from the University of California, Davis, and the University of California, Berkeley, respectively. My expertise spans multiple areas, including linear and non-linear feedback controls, robotics, PCB design, stress and fatigue analys. Iodynamics, and dynamics.I have led several design projects, including the SuitX Capstone and Bicycle Airbag System, where I collaborated with clients to refine design requirements, designed prototype parts using SolidWorks, and tested mechanisms using 3D printing. I also managed a team of six in the Bicycle Airbag System project, coordinating Agile meetings and utilizing DFMEA to increase reliability and prevent misusage in 52 different scenarios. In the SuitX Capstone project, I implemented and verified a novel pulley design to reduce the costs of lower-extremity exoskeletons by up to 20% and weight by 15%.In addition to my mechanical design experience, I have also worked on controls and robotics projects, including designing a Stewart platform to balance a ball using OpenCV, creating an MPC traction control to increase acceleration by 10%, and designing an interactive LED cube using freeRTOS and embedded C programming. My programming and simulation skills include C, MATLAB, Python, LabView, R, KiCAD, SolidWorks, and AutoCAD.As a multilingual professional in English and Mandarin, I possess excellent leadership skills, including conflict management, time management, goal setting, and public speaking. I am seeking new opportunities to apply my skills and knowledge to create innovative solutions to complex engineering challenges.