3D Printing Capabilities by Taylor

3D Printing Capabilities by Taylor - October 2026 Scholarship Essay

During a work-study opportunity, I was assigned to a laboratory that housed several 3D printers. At first, my experience with the printers was fairly simple. I primarily used them to create small, fun objects for children so I could demonstrate how 3D printing worked. At the time, I viewed the printers as an interesting piece of technology, but I did not fully understand their potential beyond creating small objects.

That changed when I became curious about what else 3D printing could accomplish. I began researching its applications in manufacturing, engineering, medicine, and even the military. What started as a simple work-study assignment became a research question that I continued exploring: How can 3D printing change the way we design, manufacture, and provide access to products that people depend on?

The more I learned, the more I realized that 3D printing is not simply a faster way to make something. It can change the entire manufacturing process. Instead of relying solely on traditional manufacturing methods, engineers can design a component digitally and produce it as needed. This can be especially valuable for specialized or low-volume parts, where traditional manufacturing can require significant time, tooling, and resources. I was particularly interested in learning how this technology could help industries such as defense reduce lengthy production and lead times for specialized components.

I was also fascinated by the potential applications in medicine. 3D printing can be used to create customized medical devices, prosthetics, models for surgical planning, and other solutions tailored to individual patients. This made me think beyond the technology itself and consider its human impact. If engineers can develop ways to manufacture necessary medical devices more efficiently and affordably, technology could help improve accessibility for people who may otherwise struggle to obtain the care or equipment they need.

This experience deepened my understanding of engineering because it showed me that innovation is not only about creating something new. It is about identifying a problem and asking whether there is a better way to solve it. My initial interaction with 3D printing involved making small objects for children, but that experience ultimately introduced me to a technology with applications far beyond what I initially imagined.

As I continue my education and career in engineering, I want to maintain that same sense of curiosity. The most valuable lesson I took from this experience was that a simple question can lead to a much larger understanding of what is possible. 3D printing showed me how engineering, technology, and creativity can come together to solve practical problems, reduce barriers, and potentially improve people's lives. That realization is what made the experience so meaningful to me and continues to influence how I approach engineering today.