Gene Denton Essay 43

Growing up in Kansas City, the reality of industrial carbon emissions isn’t something abstract, it is the literal backdrop of my daily life. From the heavy concentration of manufacturing plants in the Fairfax District to the constant flow of freight along the Missouri River, our air is often tainted by the output of an economy built on heavy industry. Living in an area where the air quality is a recurring topic of concern has  given me a deep sense of responsibility. My community’s struggle with industrial emissions has become the primary motivation for my career path, driving me to apply the lessons learned here to the next great frontier of human transport: aerospace.

The specific need within my community is a transition toward a sustainable industrial model that doesn’t sacrifice economic viability for environmental health. Kansas City is a hub of production and logistics, yet the technologies powering these sectors are often rooted in carbon-intensive tools. This creates a cycle where progress and pollution are linked. Seeing this struggle firsthand has made me realize that “good enough” is no longer an option for propulsion and power systems that take us to space, my main career passion. This local challenge has fueled my desire to tackle carbon emissions at their most complex level, the aerospace industry, where the stakes are incredibly high, and the technical hurdles are even higher.

After high school, I plan to study Aerospace Engineering on an applied propulsion track. My goal is to master the mechanics of high-performance engines and energy conversion. While the factories in Kansas City use large-scale industrial burners and heavy-duty diesel engines, the aerospace sector utilizes some of the most powerful and concentrated combustion processes on Earth. By studying propulsion, I will learn how to design systems that maximize every piece of energy while minimizing the chemical byproduct. I want to be at the forefront of developing the next generation of “green” rocket engines and high-altitude propulsion systems that can move us into the future without leaving a permanent scar on the atmosphere.

My future education will help me impact this need by giving me the tools to modernize space travel and reduce its massive carbon footprint. Currently, many rocket launches release significant amounts of alumina particles and black carbon directly into the stratosphere, where they can linger and accelerate atmospheric warming. By applying the motivation I’ve gained from living in an industrial heartland, I intend to research and implement cleaner propellant alternatives, such as liquid hydrogen-oxygen cycles or methane-based systems that offer a lower soot profile. My education in applied propulsion will allow me to design engines that are not just more powerful, but more precise in their environmental impact.

Moreover, the innovations I pursue in aerospace will have a “trickle-down” effect on communities like mine. The history of engineering shows that the extreme efficiency requirements of space travel often lead to breakthroughs in terrestrial energy. By developing efficient, low emission propulsion for space, I am contributing to a body of knowledge that can eventually revolutionize the very factories and transport systems that currently burden my home. I want to take the high standards of aerospace engineering, where efficiency is a matter of mission success or failure, and bring that mindset back to the industrial sectors I see every day.

Ultimately, my time in Kansas City has taught me that we cannot ignore the environmental cost of our progress. My education will be the bridge between my lived experience with local emissions and my professional goal of atmospheric preservation. I don’t just want to build engines that go faster or farther. I want to build engines that represent a cleaner way of thinking. By modernizing aerospace propulsion, I will ensure that the future of exploration doesn’t repeat the environmental mistakes of the industrial past, protecting both the global atmosphere and the air back home in Kansas.