There was a moment that changed the way I think about teaching. I was trying to help someone understand a concept they had struggled with for a long time, multiplying fractions. And no matter how many times I explained it in the usual way: multiply the numerators together and the denominators together, it still did not make sense to them. It was only when I slowed down and rebuilt the idea step by step, using a real-world example of a strip of bacon, that I saw the shift happen. That moment, when confusion turned into understanding, stayed with me. It made me realize that teaching is not about repeating information, but about finding the right way to reach another person’s way of thinking. Since then, I have become more aware of how often students are not failing because they lack ability, but because they have not yet been given an explanation that connects with them. That realization is what draws me toward education. I want to be the kind of educator who does not move on until understanding is actually achieved, even if it takes more time or a different approach. Through my experiences in STEM and programming, I have also learned how easily complex ideas can become overwhelming when they are not broken down properly. Whether it is debugging code or working through a difficult calculus optimization FRQ, I have seen how important it is to slow down and build understanding from the ground up. I carry that same mindset into how I help others: patience, clarity, and persistence until the idea finally clicks. What I have found is that teaching often requires unlearning the assumption that there is only one “correct” way to explain something. Different people think in different patterns, and effective teaching means adapting to those patterns rather than forcing one method onto everyone. That is something I continue to learn each time I help someone understand a new idea. In the future, I want to use education as a way to change how students experience learning. I want to help remove the fear that often surrounds difficult subjects like mathematics and computer science by showing students that understanding is possible, even if it takes time. Beyond traditional teaching, I also hope to contribute to building better learning tools and structured resources that make complex ideas more approachable and less intimidating. Education, at its core, is not just about transferring knowledge but building confidence. And I hope to be someone who helps students realize that they are capable of more than they initially believe.