All Chemical Transport Empowering Future Excellence Scholarship

I was born with my father’s given name and on his exact birthday, a detail that reminds me that I come from a family of innovators and problem-solvers. My father, a Magna Cum Laude graduate of the Georgia Institute of Technology, and my great-great-uncle, one of the first African American meteorologists, both thrived in fields where few people who looked like them were expected to succeed. Their stories shaped my understanding of perseverance and possibility. Growing up between my divorced parents’ homes, I learned to adapt to contrasting worlds and find stability through curiosity. That adaptability became the foundation of my resilience, a quality that now drives me toward chemical engineering. My curiosity began with a desire to understand how and why things work. My father encouraged me to explore science and technology, which led me to build my own Minecraft computer at ten and later study quantum physics through books and small experiments. Those moments sparked my fascination with how matter transforms and how humans can use chemistry to solve real-world problems. Over time, this curiosity evolved into a passion for sustainability. I became fascinated by how waste materials, such as polycarbonic plastics, could be broken down and converted into usable fuel. The possibility of turning pollution into power excites me because it represents renewal, the same way I have had to renew myself through adversity. That resilience was tested throughout my life. In school, teachers placed me in accelerated classes that were less diverse, where some peers mocked me because of my Arabic-rooted name and skin color. They called me a Black terrorist, excluded me from projects, and doubted my intelligence. Yet, I consistently earned top grades. Later, I faced deeper losses. My uncle, therapist, and two cousins passed away within a single year, and my mother was forced to leave our home. Through grief and uncertainty, I learned to channel pain into persistence. When I enrolled at Westlake High School, I finally found the community I had been searching for. I discovered the unifying power of music through band, where my creativity flourished and leadership was nurtured. My band director taught me that discipline and teamwork are as important in music as in science. I applied those lessons by helping establish national honor societies and mentoring peers through the Math and Science Honor Societies. These experiences reminded me that community and collaboration are essential ingredients for progress. As I pursue chemical engineering, my goal is to research and develop sustainable methods for converting plastic waste into renewable energy. I envision leading a research team dedicated to making alternative fuels more accessible and affordable for low-income communities, helping reduce both pollution and inequality. Curiosity keeps me searching for answers. Resilience gives me strength to overcome failure. Community reminds me that my purpose is not only to succeed individually but to lift others as I climb. I plan to stand out as a leader in chemical engineering by listening, learning, and creating solutions that serve others. My vision for the future is a world where science and compassion coexist, where innovation not only advances technology but heals communities and the planet itself. For me, engineering is my way of turning resilience into renewal, transforming both matter and lives through the chemistry of hope.