From a young age, I have been fascinated by how things work and how they can be improved. I loved taking apart toys, asking why machines moved the way they did, and imagining ways to make them better. This curiosity naturally evolved into a passion for STEM, especially engineering and robotics, because these fields allow me to turn ideas into tangible solutions that can make a real difference in people’s lives. My journey has not been without challenges. Growing up in a financially limited household meant that access to resources like advanced classes, specialized equipment, and mentorship opportunities was scarce. These limitations could have discouraged me, but they pushed me to be resourceful, persistent, and determined. I spent countless hours researching engineering techniques online, practicing programming on borrowed computers, and seeking guidance from teachers and mentors whenever I could. These experiences taught me that perseverance and dedication often matter more than immediate access to resources. One experience that stands out in shaping both my technical and personal growth happened in my high school robotics club. As one of the few females in the program, I quickly realized that gender imbalance was not just a statistic; it was a barrier to collaboration, mentorship, and confidence. I sometimes felt isolated and underestimated, and I noticed that younger girls in the club were hesitant to participate fully because they worried that STEM was not for them. Instead of letting this discourage me, I decided to address it. I started actively encouraging other girls to join the team, mentoring them in programming and design, and making a conscious effort to ensure everyone’s ideas were heard and valued. Over time, the team became more inclusive, and I watched younger students grow more confident in their skills. This experience taught me that adversity is not only about overcoming personal challenges; it can also be an opportunity to create change for others. Technical challenges in the club also pushed me to grow. In one major project, our team had to design a complex robotic system that required skills I had never fully mastered, including 3D modeling, prototyping, programming, and mechanical integration. At first, I was overwhelmed and unsure if I could help the project succeed. But I approached each obstacle as a learning opportunity. I experimented with designs, tested prototypes, and worked closely with teammates to solve problems. Every failure became a lesson, and each success strengthened my confidence. By the end of the project, we had built a functioning robot, but the most meaningful part was the growth I experienced as a leader, collaborator, and problem solver. These experiences reinforced my passion for STEM and shaped my vision for the future. Engineering excites me because it merges creativity with technical skill to solve real-world problems. Robotics, in particular, allows me to design systems that can improve safety, accessibility, and efficiency in daily life. Beyond technical innovation, I want to use my skills to create opportunities for others, especially girls and students of color who may face barriers in STEM. Mentorship has been transformative in my own journey, and I am committed to giving back by helping others discover their curiosity, develop skills, and gain the confidence to pursue their dreams. Financial challenges have been a constant factor in my life, but they have also shaped my determination and perspective. I have learned to balance responsibilities, maximize limited resources, and approach every challenge with resilience. Receiving support through this scholarship would not only ease the financial burden of higher education, but also allow me to focus fully on learning, innovating, and mentoring. It would give me the freedom to pursue advanced projects, research, and opportunities to create meaningful impact. Looking ahead, I plan to pursue a degree in engineering with a focus on robotics and mechanical systems. I hope to contribute to innovations that improve the quality of life for others while continuing to mentor and inspire the next generation of engineers. I want to be a leader who not only develops technology, but also ensures that STEM is accessible, inclusive, and empowering for everyone. The lessons I have learned from facing adversity, both personally and in my robotics club, will guide me as I work to build solutions, break barriers, and inspire others to reach their full potential. Eric Larson’s commitment to equality in STEM and advocacy for women in science resonates deeply with me. Like him, I believe that opportunity should not be limited by gender, race, or financial circumstance. His legacy inspires me to pursue my goals with determination while also creating pathways for others to succeed. I want to honor that mission by using my education and experiences to foster inclusion, develop innovative solutions, and support students who may face the same barriers I have overcome. Overcoming challenges in my life has taught me that resilience, curiosity, and dedication are essential for success. Financial limitations, technical obstacles, and gender biases in STEM have all strengthened my problem-solving abilities and perseverance. These experiences, combined with my passion for engineering and robotics, have shaped my vision for a future where I can innovate, inspire, and give back. With the support of this scholarship, I will be able to pursue higher education, advance my skills, and continue striving toward a future where STEM opportunities are open to everyone who dreams big enough to reach them.

Growing up in an economically limited community in Georgia shaped much of how I view education, opportunity, and the future I hope to build for myself. From an early age, I saw firsthand how financial challenges could create barriers for students and families. Some of my peers had limited access to technology, tutoring, or extracurricular programs, and I often witnessed the frustration and stress that came from trying to succeed when resources were scarce. Experiencing these challenges taught me that education is not only a path to personal growth, but also a tool for creating opportunity in a world where it is not always equally available. Attending school in this environment was not always easy. Classrooms were sometimes crowded, textbooks and lab equipment were shared, and advanced courses were harder to come by. These limitations could have been discouraging, but for me, they became a source of motivation. I realized early that my success would depend largely on my own effort, determination, and willingness to seek opportunities wherever I could find them. I learned to manage my time carefully, to study independently, and to embrace challenges as opportunities to grow. The obstacles I faced reinforced the importance of resilience, self-discipline, and perseverance, qualities that I know will serve me throughout college and beyond. Living in a community with economic limitations also shaped my perspective on leadership and service. I wanted to contribute in ways that could make a difference, whether that meant helping classmates navigate difficult assignments, tutoring younger students in STEM, or volunteering in programs that brought learning opportunities to students who otherwise might not have access to them. These experiences taught me that leadership is not just about recognition or authority; it is about stepping up to help others overcome challenges, share knowledge, and create a stronger community. These lessons have shaped both my academic and career goals. I am passionate about pursuing higher education in engineering because it combines creativity, problem solving, and technical skill to address real-world challenges. I want to use the knowledge I gain through college to design solutions that improve people’s lives and expand access to opportunities for communities like the one I grew up in. My long-term goal is to build technologies that solve practical problems while also mentoring younger students to ensure that others, regardless of their economic circumstances, can pursue their passions and reach their potential. Growing up in an economically limited community in Georgia was challenging, but it gave me a sense of determination and purpose that I carry with me today. It taught me the value of hard work, the importance of resilience, and the impact that even small acts of leadership can have on a community. These experiences drive me to pursue higher education with focus and dedication, and they inspire me to use my skills and opportunities to create meaningful change in the world around me.

Dr. Jack Terry’s story inspires me because it shows how determination and perseverance can turn even the hardest circumstances into opportunities for growth and impact. His life reminds me that challenges do not define a person’s potential. I have faced challenges of my own that tested my patience, problem solving, and persistence, especially during complex robotics and engineering projects that required skills I had never used before. These experiences taught me that obstacles are not roadblocks, but opportunities to learn, adapt, and grow. One of the most meaningful challenges I faced was leading a robotics project that required designing a mechanical system with multiple moving parts. I quickly realized that the project required knowledge I had never learned, from 3D modeling and prototyping to programming and integrating the system into a working robot. At first, I felt overwhelmed and unsure if I could make everything work together. Instead of giving up, I dedicated myself to learning everything I could. I spent long hours researching techniques, testing prototypes, and troubleshooting problems with my teammates. Every mistake taught me something new, and each small success encouraged me to keep going. By the end of the project, we had built a functioning system, but even more important, I had learned how to approach challenges with determination and creativity. Through this experience, I realized that perseverance is not only about reaching a goal, but about growing through the process. I learned to stay patient under pressure, to break problems down into manageable steps, and to collaborate with others to overcome obstacles. I also learned the value of pushing myself to develop skills I once thought were out of reach. These lessons have shaped the way I approach every challenge, whether in academics, robotics, or life. I hope to use my education in engineering and STEM to make a meaningful impact on society. Robotics and innovation excite me because they combine creativity with technical problem solving to design solutions that improve people’s lives. I also want to mentor younger students, helping them explore STEM through hands-on projects and inspiring them to persevere when things feel difficult. By combining technical knowledge with encouragement and support, I hope to help others achieve their potential. Dr. Terry’s life reminds me that resilience and education can transform challenges into purpose. Inspired by his example, I want to continue developing my skills, creating solutions, and using the opportunities I have to help others overcome obstacles and pursue their goals.

The first time I truly understood the power of STEM was not from a textbook, but from building something with my own hands. Engineering has always fascinated me because it turns ideas into real solutions. The bridges we cross, the phones we carry, the robots we design, and the technology that connects the world all exist because someone was curious enough to ask how things work and determined enough to build something better. STEM represents that curiosity and creativity, and that is why I am passionate about pursuing an education in this field. My interest in STEM grew through my experiences with robotics and engineering projects. When I was younger, I participated in a NASA themed robotics competition where I had the opportunity to speak with aerospace engineers. Listening to them explain how engineering could solve real world problems left a lasting impression on me. They showed me that STEM is not just about equations or technology. It is about innovation, teamwork, and the ability to design solutions that improve people's lives. Since then, I have continued exploring engineering through hands on projects that combine creativity with technical problem solving. One of the things I enjoy most about STEM is that it challenges you to think differently. Rarely is there only one correct answer. Instead, STEM encourages experimentation, persistence, and learning from mistakes. When something does not work the first time, you analyze the problem, redesign the solution, and try again. That process of iteration and improvement is what makes STEM so exciting to me. Beyond my personal interest, STEM also represents opportunity. As someone who has faced financial challenges, education is more than a pathway to a career. It is a way to build independence, stability, and the ability to shape my own future. Pursuing a STEM education will allow me to develop the knowledge and skills needed to contribute to meaningful innovations while also creating new opportunities for myself and my family. I am especially interested in engineering fields related to robotics and mechanical systems. Robotics combines many areas of STEM including mechanical design, electronics, and programming. It is a field where creativity and technical knowledge come together to build machines that can assist people, improve efficiency, and solve complex challenges. The idea that something I design could one day help make tasks safer, faster, or easier for others is incredibly motivating to me. Dr. Michal Lomask believed strongly in the power of science and education to transform lives. I share that belief. STEM education does more than teach technical skills. It teaches persistence, critical thinking, and the confidence to tackle difficult challenges. These are lessons that extend far beyond the classroom. I am passionate about pursuing STEM because it gives me the chance to create, innovate, and solve problems that matter. With the support of higher education, I hope to continue developing the skills needed to contribute to advancements in engineering while building a future defined by curiosity, determination, and the desire to make a meaningful impact on the world.

The first time I realized how powerful a small act of help could be was when I volunteered to teach English to students who had recently arrived in the United States after fleeing war. Many of them had been forced to leave their homes with little warning, arriving in a country where everything felt unfamiliar. They were surrounded by new people, a new culture, and a language they did not yet understand. Walking into that classroom for the first time, I could see the uncertainty in their faces. I had signed up to help them learn English, but I quickly realized that what they needed most was patience, encouragement, and someone willing to meet them where they were. At the beginning, communication was difficult. Many of the students knew only a few English words, so we relied on gestures, drawings, and repeating simple phrases. Some days felt slow, and I wondered if the lessons were really making a difference. But little by little, things began to change. Students who once sat quietly started trying to speak. They would practice introducing themselves, asking simple questions, and forming short sentences. Every small step forward felt like a victory. One moment that has stayed with me happened when one of the students, who had barely spoken during the first few weeks, stood up and introduced himself in English to the class. His voice was soft, but his smile showed how proud he was of that moment. The entire room clapped for him. It may have seemed like a simple introduction, but for him it represented something much bigger. It meant that he was finding his voice again in a place that once felt completely unfamiliar. Helping these students showed me that supporting someone in need does not always require grand gestures. Sometimes the most meaningful help comes from patience, consistency, and believing in someone when they are still learning to believe in themselves. Learning English was not just about grammar or vocabulary for these students. It was about giving them the tools to communicate with teachers, make friends, and begin building a new life in a place that once felt overwhelming. This experience also changed the way I think about community. A community becomes stronger when people support each other during moments of difficulty and transition. Watching these students grow more confident over time reminded me how important it is to create environments where people feel welcomed, encouraged, and valued. Helping someone in need is not always about solving every problem they face. Often, it is about walking beside them while they take the next step forward. Being able to support these students during such an important moment in their lives showed me how meaningful even small acts of kindness can be. It also strengthened my commitment to continue helping others in my community whenever I have the opportunity.