This is it. Over 50,000 eyes are watching my next move. It’s my first time driving our robot at the FIRST Robotics World Championship in Houston. The announcer’s voice booms through the arena: “3...2...1...Go!” With butterflies in my stomach, I grip the controller and push forward too fast—CRASH! The robot tips over, making it unusable for the rest of the match. I had just failed in front of thousands of people. But I didn’t let that failure define me. After the match, my team and I reviewed the footage, identified my mistake, and adjusted our strategy. In the next round, we executed flawlessly. That moment taught me that real innovation comes from failure, reflection, and teamwork. It also helped me realize that engineering isn’t just about building things. It’s about taking ownership, adapting quickly, and solving problems that matter. That moment was one of many that shaped my academic and career goal: to become a robotics founder who builds systems that solve real-world problems in practical, intuitive ways. I want to create tools that people trust, use, and understand. My impact will come from building technology that empowers people rather than replaces them. To work toward that mission, I focused in high school on becoming both a builder and a mentor. As lead programmer and captain of my robotics team, I stepped back from doing all the work myself and focused on training new students. When we won the Autonomous Award at our district competition, it was because the students I mentored had written most of the logic. I also founded my high school’s Computer Club to teach Python and lead service-oriented tech projects, including building a sound system app for our school and websites for local nonprofits. These experiences taught me that engineering is most powerful when it lifts others up. One of the most formative moments came during Lincoln Financial’s national Codelinc10 hackathon. On the way to North Carolina, our car was hit and the bumper was nearly torn off. We patched it with zip ties in a gas station parking lot, and I drove the final eight hours. With no hotel, no sleep, and no plan, my team built an AI fintech assistant with voice interaction, vector search, and a live interface. We won first place. That experience showed me I could lead under pressure, work with limited resources, and build systems that delivered real value to users. Now, as a first-year student at Michigan Engineering, I am continuing that mission by deepening my technical foundation through robotics coursework in controls, perception, and embedded systems. I apply what I learn through project teams, research, and internships where I can build and iterate on real prototypes. Each cycle of building, testing with users, and improving brings me closer to launching a robotics startup that brings practical automation to the people who need it most. My favorite engineer is James Dyson. After reading his biography, I was inspired by how he built over 5,000 prototypes before succeeding. He didn’t follow hype. He solved tangible problems with focused design. That is the kind of clarity, persistence, and user-first thinking I want to emulate in my own work. I believe engineers shape the tools that shape the future. Through robotics, I want to build systems that are not just smart, but supportive. I am not just planning a future in engineering. I am already building it, one project, one team, and one problem at a time.