According to Oxford Languages, engineering is defined as "the branch of science and technology concerned with the design, building, and use of engines, machines, and structures". From doing math through grade school to reorganizing the dishes in my cabinet, engineering has always run in my blood, and I knew it would be my sought-after degree path in college. The fact of the matter is that engineering requires critical thinking, which is something I have been blessed with the ability to do. Solving problems and building new advancements to create solutions is what I want to do to help society as a whole. Being able to do this as a career is the reason why I am thinking of engineering as a career path.
In my journey so far, I have been blessed to have a multitude of engineering experiences that are part of my co-op program. In my Engineering Graphics course, I helped lead a team in designing and implementing simulations using p5.js. We focused on physical phenomena like 1D and 2D kinematics, harmonic motion, and force systems, visualizing how those concepts behave under different constraints. I ensured we stayed on track with our project deadlines and helped my team make decisions from designing sketches to final implementation. This experience taught me both the technical and collaborative aspects of engineering design.
I’m also currently participating in an internship where I contribute to design reviews and technical analysis. While not formally part of a co-op program, the experience gives me a chance to see what engineering looks like outside of academics, how ideas become prototypes, and how teams use testing and data to develop and refine solutions. The internship is to use predictive modeling to determine the homelessness population in the coming years and see where we can go about decreasing it. I'm learning how to navigate design constraints, use CAD tools, and think like an engineer in the real world.
Ultimately, I just want to pursue problems that matter, and engineering is the key to helping me solve them. Whether it’s making better buildings or improving energy efficiency, I just know I want to be an innovator in my community, but also in the world. I am especially passionate about integrating physics-based modeling into design and simulation work—using data, math, and mechanics to create more reliable, optimized solutions. I also hope to create a future engineering firm where students and interns can gain hands-on experience early in their careers, just as I’m doing now.