More Than Just Robotics Research

This past summer I had the privilege of conducting research with the Sung Robotics Group, where I explored concepts that combined mechanical design and computation. I was drawn to this project because robotics has always represented the meeting point between imagination and reality for me: the idea that code and math can bring machines to life. Working in the lab allowed me to see firsthand how theory turns into practice, and how curiosity evolves into innovation. 

What made the experience especially meaningful was not only developing technical skills but also discovering how research works as a process. I learned that it’s not just about finding the right answer, but about asking the right questions, testing ideas, and being open to failure and iteration. One of the biggest challenges was facing how often my first attempts didn’t work. In classwork, there’s usually a clear solution, but in research the path is often unclear, and setbacks are part of the process. At first, this was frustrating. But over time, I learned to see failure as progress. Each obstacle pointed me closer to the next breakthrough. This shift in my perspective gave me a deeper appreciation for patience and persistence in problem-solving, and this growth mindset will stay with me. I now feel more confident in approaching open-ended problems in both academics and life, knowing that determination and creativity matter more than quick answers.