I am interested in applying the principles of engineering to enhance medical technology and prostheses, specifically dealing with those impacted by amputation to improve patient's quality of life.I am a Master’s student in Biomedical Engineering at Duke University, with a Bachelor’s degree in Mechanical Engineering from North Carolina State University. Through my academic journey, I have developed a passion for biomechanics and similar disciplines and their applications in the medical device design industry. My background has equipped me with a strong foundation in engineering principles and practical problem-solving abilities. I have technical skills in software like Solidworks, Autodesk, and ANSYS for design and testing. Alongside this I am capable of leading and collaborating in teams of engineers and related disciplines to accomplish goals on strict timelines. I am eager to leave my mark in the medical technology space.Experiences include:• Coordinated a plant wide project to improve the physical inventory system which resulted in millions of dollars saved and an 85% reduction in counting effort.• Modeled and prototyped complex components and subassemblies for a new line of aerial trucks which enhanced safety and functionality.• Utilized the engineering process to brainstorm, design, prototype, and manufacture a unique storage solution for Caterpillar’s line of mini hydraulic excavators with a team of peers.• Collaborated with suppliers and conducted a thorough audit of all in-scope shop floor parts, ensuring accuracy and efficiency in inventory management.• Investigated constraints prior to prototyping in ANSYS + Solidworks and after manufacturing in real world test applications resulting in a robust product.• Engaged with floor associates to uncover/resolve safety issues by implementing protections and warnings, contributing to a safer and more efficient environment.• Coordinated and ordered all materials for final build, organized raw materials for component development, and fabricated final design deliverable using an array of shop tools.• Worked with shop floor associates to uncover part shortages, all while implementing proactive solutions to avoid reoccurrence which increased manufacturing rates.• Assessed and provided constructive feedback on a developing Organic Chemistry curriculum, identifying areas for improvement and highlighting effective elements to bolster student understanding.• Cooperated with hospital staff to uncover unmet needs in patient care or wing efficiency and applied problem solving to improve workflow.