Electric vehicles represent more than a shift in drivetrain technology, they mark a fundamental transformation in how transportation systems are designed, manufactured, and sustained. Growing up in Wisconsin, where automotive knowledge is often developed through hands-on experience, I have seen how quickly new technologies can outpace the availability of skilled professionals, especially in smaller or underserved communities. This gap is especially visible with electric vehicles, where advanced systems require a workforce prepared to manufacture, service, and support them safely and reliably. My ambition is to help bridge that gap by contributing to the manufacturing and process systems that make electric vehicles practical, trustworthy, and widely accessible. I am pursuing a degree in Engineering Technology Management with an emphasis on manufacturing and quality systems. My academic focus is reinforced by hands-on experience in both manufacturing and healthcare engineering environments. As a Manufacturing Engineering Intern at Alliant Power, I collaborated with production and engineering teams to improve efficiency, update quality procedures to meet various ISO and ASTM standards, and support safety and compliance initiatives. This experience demonstrated how disciplined manufacturing processes directly influence product reliability and long-term performance, critical factors for building confidence in electric vehicle adoption. My drive comes from consistently seeking responsibility beyond required coursework. I currently serve as Treasurer and Shop Manager for my university’s Automotive Enthusiasts Club, where I manage budgets, oversee shared shop resources, and coordinate vehicle-related projects. Working in a shop environment has strengthened my understanding of serviceability and safety, issues that are particularly important for electric vehicles operating in regions with limited access to specialized technicians. I am motivated not only by innovation, but by practicality, ensuring that emerging vehicle technologies can be manufactured and maintained efficiently across a wide range of communities. This scholarship would have a direct and meaningful impact on my educational path. As a student supporting my education independently, financial constraints influence the opportunities I am able to pursue, including technical certifications, specialized coursework, and internships. Support from the Wisconsin Electric Vehicle Association would allow me to continue developing skills in manufacturing optimization, quality assurance, and process improvement, areas that are essential to scaling electric vehicle production and service infrastructure within the state. My long-term goal is to work as a quality or process improvement engineer in the electric vehicle industry, helping design manufacturing systems that prioritize safety, efficiency, and workforce readiness. By improving how electric vehicles are built and supported, I hope to contribute to broader adoption, particularly in smaller Wisconsin communities where EV expertise is still emerging. This scholarship would not only support my education, but amplify the impact I aim to make in advancing sustainable transportation.