I didn’t take a straight path into engineering, and I don’t think I ever will. I’ve always been drawn to learning things that don’t neatly connect on paper—mechanical systems, chemistry, athletics, hands-on electrical work, and more recently, building things on the web. If there’s a pattern, it’s this: I tend to go all in on whatever I’m doing, even if it means I end up somewhere new a year later. I’m not the kind of person who picked one lane early and optimized for it. I’d rather understand how different systems work, how they break, and how they connect. That mindset has shaped both how I approach research and how I approach life. I’ve come to embrace being a jack of all trades—not as an excuse to stay shallow, but as a way to build a broader, more adaptable foundation that I can keep refining over time.
My academic path reflects that same curiosity. I’m currently pursuing a degree in mechanical engineering with a minor in chemistry, which has given me the chance to explore both the physical and molecular sides of how systems behave. One of the most formative parts of my experience has been working on research involving electromigration in 3D-printed copper. At a glance, it’s a niche topic, but the deeper I got into it, the more I realized how relevant it is to real-world reliability—how materials fail under stress, how microscopic changes can have macroscopic consequences, and how understanding those mechanisms can lead to better design. Along the way, I’ve worked with tools like atomic force microscopy, explored different imaging modes, and spent time analyzing results in MATLAB. It’s not always glamorous work—sometimes it’s repetitive, sometimes it’s frustrating—but that process of slowly isolating variables and refining results is something I’ve grown to respect. It’s where real understanding is built.
At the same time, my experience hasn’t been limited to labs or classrooms. I’ve spent a significant amount of time working in electrical environments, doing hands-on installation and troubleshooting. That kind of work forces you to think differently. There’s no theoretical buffer—you either wire something correctly, or it doesn’t work. You either solve the problem, or the system stays down. It taught me how to stay composed under pressure, how to think practically, and how to respect the gap between theory and execution. Being in both worlds—academic research and blue-collar work—has given me a perspective that I don’t think I would have developed otherwise. It’s one thing to model a system on paper; it’s another to physically build or repair it. I value that combination, and it’s something I plan to carry forward into whatever I do next.
Athletics has been another constant that’s shaped how I think. Volleyball, in particular, has had a major impact on me. I stopped playing competitively for a period of time when I got to college, but coming back to it has been one of the more meaningful decisions I’ve made. It reminded me what it feels like to train toward something that doesn’t give immediate results—to work on timing, explosiveness, coordination, and decision-making under pressure. It also reinforced something that carries over into everything else I do: consistency beats intensity. You don’t improve because of one great workout or one great game; you improve because you keep showing up, even when progress feels slow. That mindset translates directly into research, into learning new technical skills, and into building anything long-term. There’s a discipline in athletics that doesn’t rely on motivation, and that’s something I try to apply elsewhere in my life.
Looking forward, I’m interested in continuing down a path that blends these different areas rather than forcing myself to choose just one. I plan to pursue graduate studies and develop further as a researcher, particularly in areas that connect materials, performance, and real-world systems. At the same time, I’ve been building skills in web development and thinking about how to create a personal brand that reflects the same philosophy I live by—consistent effort, curiosity across disciplines, and a willingness to build from the ground up. I’m not trying to present myself as an expert in everything. If anything, I’m comfortable being in the middle of the process—learning, experimenting, and improving over time. The goal isn’t to be perfect in one narrow field; it’s to be capable across many, and to keep pushing that boundary further.
If there’s one idea that ties everything together, it’s this: I’m interested in building things that last—whether that’s physical systems, research contributions, or personal habits. That doesn’t come from shortcuts or from staying comfortable. It comes from putting in the work, being willing to start from scratch when needed, and staying honest about where you are and where you need to improve. I don’t have everything figured out, and I’m not trying to pretend that I do. But I’m committed to the process, and that’s something I take seriously.
Email: themisterolo1128@gmail.com
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