I am a Mechanical Engineering student at Purdue University with a strong passion for hands-on engineering, process optimization, manufacturing, and leadership in dynamic environments. Currently, I serve as the Chief Engineer for ASME Racing at Purdue, where I lead the design and optimization of high-performance go-kart systems for competitive racing in the Purdue Grand Prix. My responsibilities include overseeing design sub-teams, managing an extensive budget, ensuring efficient execution of design, testing, and manufacturing phases, and driving innovation to maximize performance on the track.Previously, I led the chassis design team for ASME Racing in Purdue Grand Prix Race 67, where I spearheaded the creation of a racing go-kart chassis from scratch, focusing on precision, safety, and high performance. My time as Design Lead and Design Engineer further developed my skills in teamwork, project management, and technical design.As a Manufacturing Engineering Intern at Essex Furukawa Magnet Wire, I gained practical experience in process improvement, equipment validation, and technical documentation. I worked on designing and optimizing manufacturing processes using SolidWorks, developing as-built drawings, and creating Piping and Instrumentation Diagrams (P&IDs). This role also allowed me to perform field inspections, collaborate with cross-functional teams, and support commissioning activities.With a deep understanding of CAD software, manufacturing engineering, and technical documentation, I am passionate about solving complex problems and contributing to process and product improvements in fast-paced environments.