Leadership, to me, is not measured by how many people follow you. It is measured by how many people you inspire to believe in themselves. That belief has guided every volunteer experience I have pursued, from mentoring young students through STEM education to supporting patients and healthcare workers in a hospital. One of the volunteer initiatives I am most proud of helping organize was the monthly STEM workshops through the Curious Minds program at my local library. As president of my school's Technology Student Association, I wanted to create opportunities for children to experience engineering in the same exciting, hands-on way that first inspired me. Together with other TSA members, I helped plan activities where elementary students could design, build, test, and improve their own projects while learning basic engineering principles through creativity and teamwork. What made these workshops especially meaningful was the students themselves. Many came from immigrant and underrepresented communities similar to my own. I recognized the uncertainty they sometimes felt when trying something new because I had experienced it after moving from Ecuador to the United States during high school. Watching a child who initially said, "I'm not good at science," become excited after successfully completing a challenge reminded me why representation and encouragement matter. We were not simply teaching STEM concepts—we were helping children discover confidence, curiosity, and friendships through learning together. Helping organize these events taught me that leadership often happens behind the scenes. It meant planning activities that would engage students of different ages, preparing materials ahead of time, working with teammates, adapting when something didn't go as expected, and making sure every child felt included. My goal was never to create future engineers overnight. It was to show students that STEM is creative, enjoyable, and accessible to everyone. My commitment to service also extends to healthcare. As a junior volunteer at St. Luke's Hospital, I completed more than 120 volunteer hours assisting nurses in the intensive care unit. I restocked patient rooms, transported supplies, and completed many of the non-medical tasks that allowed healthcare professionals to spend more time caring for patients. While these responsibilities were often simple, I learned that even small acts of service can make difficult days a little easier for patients, families, and staff. Volunteering in the hospital taught me that compassion is often demonstrated through consistency—showing up, paying attention to people's needs, and helping without expecting recognition. These experiences have shaped my understanding of leadership through service. A leader does not simply direct others; a leader creates opportunities, removes barriers, and encourages people to discover their own potential. Whether I was helping a child build their first engineering project or assisting hospital staff behind the scenes, I learned that meaningful leadership begins with listening, empathy, and a willingness to serve. As I pursue a degree in Mechanical Engineering, I hope to continue combining leadership with service. I want to expand STEM outreach programs for young students, particularly those from underrepresented communities, while using engineering to solve problems that improve people's lives. I believe the greatest leaders are those who leave others more confident than they found them. Through service, I have learned that creating lasting impact does not require extraordinary moments—it requires consistently choosing to help others grow.

When I was ten years old, I believed I was going to make the next great scientific discovery. I carried a notebook everywhere, filling it with sketches, theories, and questions about how the world worked. My father, an airplane mechanic, patiently answered every question I asked, never simplifying his explanations just because I was young. Whenever I became frustrated, he would remind me, "Trial and error. Try again until you find the answer. Don't give up so easily." That philosophy has become the foundation of my life. Growing up in Ecuador, I found comfort in science because it always made sense. Mathematics followed logic, engineering rewarded creativity, and every question had another answer waiting to be discovered. When my family immigrated to the United States, however, that certainty disappeared. I arrived during high school unable to fully understand English, unfamiliar with the American education system, and uncertain how to continue pursuing the future I had imagined for myself. Simple things that other students already understood—graduation requirements, selecting classes, joining extracurricular activities, and applying to college—were completely new to me. Instead of allowing those obstacles to define me, I treated them the same way I approached difficult scientific problems: one step at a time. One of the biggest turning points came when I decided to walk into a meeting for my school's Technology Student Association. I almost convinced myself not to go. I worried that I wasn't prepared enough, that my English wasn't good enough, or that I simply didn't belong. Instead, I chose to take that small leap of faith. My first engineering competition ended with last place. Rather than seeing failure as proof that I didn't belong, I viewed it as data. My teammates and I analyzed what went wrong, conducted more research, redesigned our project, and returned the following year. As team captain, I led our engineering design team to earn second place at the New Jersey state conference—the highest placement in my school's history. More importantly, I learned that success rarely comes from talent alone. It comes from resilience, collaboration, and the willingness to keep improving. Leadership soon became about much more than competitions. As president of TSA, I wanted younger students to experience the same excitement that engineering had given me. I helped organize monthly STEM workshops through the Curious Minds program at our local library, where we introduced elementary school students to engineering through hands-on activities and design challenges. Many of the children came from underrepresented and immigrant families like mine. I saw myself in their curiosity and sometimes in their hesitation. Watching them realize they were capable of solving difficult problems reminded me why representation matters. STEM should never feel like a field reserved for only certain people. Every child deserves the opportunity to discover that they belong there. Those experiences changed my own vision for the future. Engineering is no longer simply the career I want—it has become the way I hope to create opportunities for others. Beyond school, I have completed more than 120 volunteer hours at St. Luke's Hospital, assisting nurses in the intensive care unit while helping support patients and their families during difficult moments. I am also a member of the National Honor Society, where I participate in community service initiatives that support local families in need. These experiences have shown me that meaningful impact is often created through consistent acts of service rather than extraordinary moments. Financially, attending college presents one of the greatest challenges my family has ever faced. As immigrants, my parents have worked tirelessly to build a better future for our family, but paying for college remains an enormous burden. Unlike many of my classmates, I do not qualify for most forms of federal financial aid available to U.S. citizens, which significantly limits the financial resources available to me. While my parents have always encouraged my education, they simply are not in a financial position to pay for the full cost of college. Because of these circumstances, scholarships are not simply helpful—they are essential to making my education possible. This fall, I plan to attend Rowan University to study Mechanical Engineering with the goal of specializing in aerospace engineering. I hope to contribute to research that advances aircraft and spacecraft technology while developing innovative engineering solutions that improve people's lives. At the same time, I want to continue mentoring younger students, particularly those from immigrant and underrepresented communities, helping them discover the same passion for STEM that transformed my own life. When I look back at the little girl carrying a notebook full of impossible ideas, I realize she was never dreaming about becoming successful only for herself. She wanted to understand the world well enough to improve it. Today, that dream has only grown stronger. This scholarship would not simply invest in my education. It would invest in someone who believes knowledge becomes most valuable when it is shared, who has already dedicated herself to helping others discover their potential, and who intends to spend her career using engineering to solve meaningful problems while opening doors for the next generation of innovators. My father taught me that every difficult problem can be solved through trial and error. My journey has shown me something even more important: when determination is combined with opportunity, impossible goals become achievable realities.

If I had to describe myself in one word, it would be curious. Ever since I was young, I have constantly asked questions about how things work, why problems exist, and how they can be solved. My father, an airplane mechanic, taught me the value of “trial and error,” encouraging me to explore, experiment, and never be afraid of failure. That mindset has shaped who I am today. I am also someone who believes that knowledge becomes meaningful only when it is shared. Through the Technology Student Association and our Curious Minds outreach program, I have worked with elementary students to introduce them to engineering through hands-on activities and design challenges. Watching students discover their interests and gain confidence has become just as rewarding as solving technical problems myself. Moving from Ecuador to the United States during high school also defines who I am. Adjusting to a new language, culture, and education system was difficult, but those experiences taught me resilience, adaptability, and gratitude. They showed me that growth often happens outside of your comfort zone. Beyond engineering, I enjoy painting, music, and spending time researching scientific ideas that interest me. I believe creativity and curiosity go hand in hand. I am someone who values perseverance, community, and learning, and I hope to use those qualities not only to become an engineer but also to help others discover their own potential.

When I was young, my father, an airplane mechanic, often encouraged me to ask questions about how things worked. He taught me that every machine, no matter how complex, could be understood through patience, curiosity, and what he called “trial and error.” While other children simply saw airplanes taking off, I wondered how thousands of parts could work together to lift something so heavy into the sky. Those early conversations sparked a curiosity that eventually became my passion for STEM. My interest in science and engineering continued to grow as I spent countless hours researching space exploration, physics, and new technologies. I became fascinated by how engineers solve problems that affect millions of people, from designing safer transportation systems to developing new technologies that improve everyday life. STEM became more than a collection of school subjects; it became a way of understanding the world and imagining how it could be improved. Moving from Ecuador to the United States during high school strengthened my passion for STEM even further. Arriving in a new country brought many challenges. I had to adjust to a different educational system, overcome language barriers, and learn how to navigate unfamiliar opportunities. At times, these obstacles made me question whether I belonged in advanced STEM courses or engineering programs. However, science and mathematics became subjects that transcended language. Equations, physics concepts, and engineering principles provided a sense of stability and confidence during a difficult transition. My experiences in the Technology Student Association transformed my passion into action. As a member and later president, I helped lead engineering design teams that achieved historic success for our school. After placing last in my first engineering competition, I learned that failure is not the end of the design process but an opportunity to improve. Through extensive research, teamwork, and persistence, our team eventually earned second place at the state conference, marking one of the highest achievements in our school's history. Outside of competitions, I discovered that STEM has the power to build communities and inspire others. Through our Curious Minds outreach program at the local library, I help teach elementary students about engineering through hands-on activities and design challenges. Watching young students gain confidence while building bridges, testing designs, and solving problems reminds me why STEM matters. These experiences show students that engineering is not only about mathematics and technology but also about creativity, collaboration, and discovery. Financial challenges have also influenced my educational journey. As an immigrant student from a low-income family, the cost of higher education can feel overwhelming. However, these difficulties have strengthened my determination to pursue engineering. I see STEM as a pathway to create opportunities not only for myself but also for my family and community. I am passionate about receiving a STEM education because it allows me to combine curiosity, creativity, and service. In college, I hope to study engineering and continue researching technologies that improve people's lives while expanding STEM outreach opportunities for younger students. I want to become the kind of engineer who not only develops innovative solutions but also inspires others to believe that they belong in STEM. Dr. Michal Lomask believed in the power of science and education to change lives. Through my passion for engineering, my commitment to service, and my determination to overcome obstacles, I hope to continue that legacy and use STEM to make a meaningful difference in the world.

Throughout my life, I have learned that making a positive impact does not always begin with a grand invention or a major achievement. Sometimes, it begins with a simple conversation, a helping hand, or the willingness to share your knowledge with someone else. As I prepare to pursue a degree in engineering, my goal is not only to design solutions to technical problems but also to use education, mentorship, and service to improve the lives of others. As an immigrant student who moved from Ecuador to the United States during high school, I experienced firsthand how difficult it can be to adapt to unfamiliar environments. Language barriers, adjusting to a new educational system, and finding a sense of belonging were all challenges that I had to overcome. Because of these experiences, I understand the importance of community support and the difference that one person can make in helping someone feel welcomed and capable. One of the most meaningful ways I have made an impact is through my involvement in the Technology Student Association (TSA). As president, I helped lead engineering teams, mentor younger students, and organize STEM outreach programs within our community. Through our Curious Minds initiative at the local library, our members teach elementary school students about engineering and technology through hands-on activities. Children design bridges, complete engineering challenges, and experiment with simple machines and design concepts. What makes these experiences especially meaningful is seeing students discover interests they never knew they had. Many arrive nervous or unsure of themselves, but after working together on projects, they gain confidence, develop friendships, and begin to see STEM as something exciting rather than intimidating. Helping young students discover their passions reminds me of how important encouragement can be. Our club also works with senior citizens to improve cybersecurity awareness. We teach older adults how to recognize scams, create stronger passwords, and safely navigate technology. These experiences have shown me that engineering and technology are not only about innovation but also about serving people and making knowledge accessible to everyone. In addition to my STEM outreach, I have volunteered at St. Luke’s Hospital, where I assisted staff members and helped support patients and their families. These experiences taught me the importance of empathy, patience, and compassion. Whether helping a patient find comfort or assisting a child during a library workshop, I have learned that service often begins by simply listening and understanding another person's needs. In the future, I hope to become an engineer who develops technologies that improve people's lives while continuing to mentor students and expand access to STEM education. I want to create programs that introduce engineering to underserved communities and provide opportunities for students who may not otherwise see themselves pursuing STEM careers. The values of compassion, selflessness, and service that this scholarship honors closely align with my own goals. I believe that education and engineering can become powerful tools for positive change when they are combined with empathy and a commitment to helping others. Through my career and community involvement, I hope to continue building opportunities, inspiring future generations, and making a lasting impact on the world around me.

When people think about creating solutions, they often imagine a new machine, a groundbreaking invention, or a complicated piece of technology. While I hope to design innovative technologies as an engineer one day, one of the most meaningful things I have created is a program called Curious Minds. As president of my school's Technology Student Association (TSA), I noticed that many younger students in my community had little exposure to engineering or STEM careers. Many children believed science and engineering were too difficult, while others simply had never been introduced to them. I remembered my own experiences as an immigrant student entering a new school system and how intimidating unfamiliar opportunities could feel. I wanted to create something that made STEM approachable, exciting, and welcoming. Together with other TSA members, I helped create Curious Minds, a community outreach program held at our local library. We designed hands-on engineering activities for elementary and middle school students, including bridge-building challenges, design competitions, and problem-solving activities. Rather than teaching through lectures, we encouraged students to experiment, fail, redesign, and work together. The problem we were solving was not a lack of intelligence but a lack of exposure. Many students simply needed someone to show them that engineering could be creative, fun, and accessible. Through these activities, students not only learned about STEM concepts but also built friendships and confidence. Watching children become excited about solving problems reminded me that creativity itself can be a solution. If I had unlimited resources, I would expand this idea into a mobile STEM innovation center that serves underserved communities. Many students, especially those from low-income families or immigrant backgrounds, do not have access to maker spaces, engineering equipment, or STEM programs. My plan would include a fleet of traveling STEM laboratories equipped with 3D printers, robotics kits, computers, electronics equipment, and engineering materials. These mobile labs would visit schools, libraries, and community centers in underserved areas. Students could participate in hands-on projects, receive mentorship from engineers and college students, and explore different STEM careers. The program would also include workshops for parents, helping families understand educational opportunities, financial aid, and STEM career pathways. Many immigrant families, including my own, often lack access to these resources. I believe one of society's greatest problems is not a lack of talent but a lack of opportunity. There are countless curious students whose ideas may never develop simply because they were never given the tools, encouragement, or resources to explore them. Richard Neumann believed that creative thinking is a form of art. Through Curious Minds and my future vision for accessible STEM education, I hope to continue using creativity to solve problems that affect real people. Sometimes the most important invention is not a machine or a device—it is an opportunity that allows someone else to discover what they are capable of becoming.

My name is Valentina, and I am an immigrant from Ecuador, a first-generation college student, and an aspiring Mechanical Engineer. Moving to the United States at a young age shaped many of the values I carry today, including resilience, adaptability, and gratitude. Leaving behind a familiar culture and support system was difficult, but it taught me how to embrace change and persevere through uncertainty. My passion for engineering began with my father, who works as an airplane mechanic. Watching him troubleshoot complex problems sparked my curiosity about how things work and inspired me to pursue STEM. Beyond academics, I am passionate about leadership, community service, and helping others discover opportunities they may not know exist. These values have guided my involvement in the Technology Student Association (TSA), STEM outreach programs, and volunteer work throughout high school. Moving from Ecuador to the United States exposed me to a completely different educational and cultural environment. When I arrived, I had to adapt to a new language, different teaching styles, and unfamiliar social expectations. At times, I felt out of place and unsure of where I belonged. Over time, I learned that growth often comes from stepping outside of your comfort zone. As I became involved in school activities, I gained confidence and discovered new opportunities. Joining TSA introduced me to engineering, leadership, and a community of students who shared similar interests. Through competitions, projects, and teamwork, I developed skills that extended far beyond the classroom. Living between two cultures has also taught me to appreciate diverse perspectives. I have learned that every person's background influences how they view the world, solve problems, and connect with others. These experiences have helped me become more adaptable, open-minded, and empathetic, qualities that continue to shape both my education and personal growth. My educational journey has taught me that success is not defined by where you begin but by your willingness to keep learning. As an immigrant student, there were times when I doubted myself and wondered whether I was capable of achieving my goals. However, those challenges taught me resilience and the importance of perseverance. One of the most meaningful lessons I learned came through TSA. During my first Engineering Design competition, my team placed near the bottom. Rather than letting failure discourage me, I used it as motivation to improve. Through hard work, mentorship, and determination, I eventually became the TSA chapter president and helped lead my team to state-level success. This experience taught me that setbacks are often opportunities for growth and that confidence is built through persistence. I plan to pursue a degree in Mechanical Engineering because I want to use innovation and problem-solving to improve people's lives. Beyond my future career, I hope to continue creating opportunities for young people through STEM education and mentorship. Through TSA, I helped create and lead Curious Minds, a program that introduces elementary and middle school students to engineering through hands-on activities. Watching students discover confidence, curiosity, and new friendships through STEM has been one of the most rewarding experiences of my life. I hope to continue expanding access to STEM education, particularly for students from immigrant and underrepresented communities. Receiving this scholarship would help ease the financial burden of college as a first-generation student while allowing me to continue pursuing my educational and professional goals. More importantly, it would bring me one step closer to using engineering and education to create opportunities for others, just as others helped create opportunities for me.

Living with severe anxiety has shaped the way I see myself, my relationships, and the world around me. For much of my life, anxiety made new challenges feel overwhelming. Even simple situations, such as meeting new people, speaking in front of groups, or trying something unfamiliar, often felt much bigger in my mind than they were in reality. I worried about failure, judgment, and making mistakes, which sometimes prevented me from taking opportunities that could help me grow. One of the most important lessons I have learned is that courage does not mean being fearless. Courage means taking a step forward even when you are afraid. I would not have learned that lesson without the support of my parents. Throughout my life, they encouraged me to take small leaps of faith instead of letting anxiety make decisions for me. They reminded me that growth often happens outside of our comfort zones and that making mistakes is a normal part of learning. Because of their support, I gradually began challenging myself to try new things, even when I felt uncertain. One of the biggest examples was joining the Technology Student Association (TSA). At first, the idea of participating in competitions, working with new people, and taking on leadership roles seemed intimidating. My anxiety constantly told me that I was not capable enough or that I would embarrass myself. However, I decided to take a chance. What started as a small step eventually became one of the most important experiences of my life. Through TSA, I discovered my passion for engineering, developed confidence in my abilities, built meaningful friendships, and eventually became president of my chapter. My experience with anxiety has also changed how I view other people. I have learned that everyone is carrying struggles that may not be visible on the surface. Because of this, I try to approach others with empathy, patience, and understanding. I know how much it means when someone takes the time to listen, encourage, or simply make another person feel included. This perspective has influenced my involvement in STEM outreach programs like Curious Minds, where I help teach younger students about science and engineering. I want students to discover activities that excite them and give them confidence, just as STEM did for me. Sometimes having a passion, a supportive community, or a goal to focus on can help make difficult feelings feel a little less overwhelming. While hobbies and interests are not a replacement for mental health support, they can provide purpose, connection, and a sense of belonging. In the future, I hope to continue helping others through mentorship, education, and engineering. My experience with anxiety has taught me resilience, compassion, and the importance of supporting those around us. Most importantly, it has taught me that struggles do not define a person. Sometimes the challenges we face become the very things that help us understand, encourage, and uplift others. Today, I still experience anxiety, but it no longer controls my future. Instead, it reminds me how far I have come and inspires me to help others believe that they, too, are capable of more than they think.

I see myself as a positive force in my community by creating opportunities for others to learn, grow, and discover their potential. Throughout high school, I have learned that making a difference is not always about solving large problems alone. Often, it begins by helping one person feel included, supported, or inspired. Through my leadership in STEM outreach, volunteer work, and mentorship, I strive to create that impact every day. As an immigrant from Ecuador, I understand what it feels like to enter an unfamiliar environment and question whether you belong. When I first moved to the United States, I had to adapt to a new culture, language, and educational system. STEM became a place where I found confidence, friendships, and a sense of purpose. Because of that experience, I wanted to help others discover the same opportunities. As President of my school's Technology Student Association (TSA), I helped expand our community outreach through a program called Curious Minds. Through monthly workshops at our local library, TSA members teach elementary and middle school students about science, technology, engineering, and mathematics through hands-on activities. I help design lessons, lead engineering challenges, and encourage students to explore new ideas without fear of making mistakes. One of the most rewarding parts of this work is watching students discover interests they never knew they had. Many arrive believing STEM is only for certain people or that they are not smart enough to succeed. By the end of the workshops, they are building projects, solving problems, and collaborating with new friends. Helping students develop confidence and curiosity has shown me that education can change the way people see themselves and their future. Current social norms have strongly influenced my thinking. Today, there is a growing belief that education, opportunity, and representation should be accessible to everyone regardless of background. While progress has been made, many students still feel excluded from STEM because of financial barriers, lack of exposure, or stereotypes about who belongs in these fields. Having experienced some of those challenges myself, I feel a responsibility to help create a more welcoming environment. These values also shape my future goals. As a future Mechanical Engineering student, I hope to use technology and innovation to improve people's lives while continuing to mentor and educate young students. I want to help create pathways for future generations, especially those from underrepresented communities, to pursue careers in STEM with confidence. Ultimately, I believe being a positive force in society means using your experiences to help others succeed. Whether I am teaching a child through Curious Minds, mentoring a new TSA member, or volunteering in my community, my goal remains the same: to create opportunities, encourage lifelong learning, and help others realize that their potential is greater than they may believe.

One of the most meaningful ways I have helped others was by introducing students to STEM and showing them that science and engineering can be exciting, creative, and accessible to everyone. As President of my school's Technology Student Association (TSA), I have worked to help students of all ages discover interests they may never have known they had. When I first moved from Ecuador to the United States, I often felt unsure of where I belonged. Joining STEM activities helped me build confidence, find a community, and discover my passion for engineering. Because of that experience, I wanted to create opportunities for others to experience the same sense of belonging and purpose. One of the ways I accomplished this was through Curious Minds, a STEM outreach program our TSA chapter runs in partnership with the local library. Each month, TSA members volunteer to teach elementary and middle school students through hands-on engineering activities and design challenges. I help plan and lead these workshops, encouraging students to ask questions, experiment, and think creatively. Rather than focusing on right or wrong answers, we teach students that mistakes are part of learning and that every challenge is an opportunity to improve. Many of the students who attend have never participated in engineering activities before. At the beginning of workshops, some are shy or hesitant to contribute. However, as they work together to build structures, solve problems, and test ideas, they become more confident. Watching students who initially doubt themselves become excited about engineering is incredibly rewarding. Many return month after month eager for new challenges and eager to share what they have learned. My efforts to help others discover STEM extend beyond younger students. Within my high school, I have worked to create an environment where students feel welcomed and supported regardless of their experience level. When new members join TSA, many feel intimidated because they believe STEM is only for students who are naturally gifted in math or science. I make it a priority to mentor these students, answer questions, and encourage them to participate in projects and competitions. One of my favorite parts of leadership is watching students form friendships through shared interests. Students who may never have met otherwise work together on engineering projects, solve problems as a team, and support one another during competitions. Through STEM, they gain not only technical skills but also confidence, teamwork, and a sense of community. Helping others discover their passions has taught me that leadership is not about personal achievements. It is about creating opportunities for others to grow. Whether I am teaching a child at Curious Minds or mentoring a new TSA member, my goal is the same: to show students that STEM can open doors, build confidence, and help them find a place where they belong. As I pursue a degree in Mechanical Engineering, I hope to continue inspiring young people to explore STEM and discover their own passions. Knowing that I have helped students gain confidence, make friends, and become excited about learning is one of the accomplishments I am most proud of.

When I moved from Ecuador to the United States, I felt as if I had been dropped into a world where everyone knew the rules except me. I had to adapt to a new culture, a new educational system, and a new language while trying to find where I belonged. As a first-generation college student, I was also navigating opportunities that no one in my family had experienced before. At times, the challenges felt overwhelming, and I questioned whether I would ever achieve the goals I had set for myself. Since I was young, I have been fascinated by science and engineering. My father, an airplane mechanic, encouraged my curiosity by teaching me how machines work and reminding me that every problem can be solved through patience and persistence. After moving to the United States, however, pursuing those interests became more difficult. I was focused on adapting to my new environment and building confidence in myself. Even though I loved STEM, I often doubted whether I could compete alongside students who seemed more experienced and prepared. Everything changed when I joined the Technology Student Association (TSA). During my first Engineering Design competition, my team finished near the bottom. I was disappointed and embarrassed. After putting so much effort into the project, I felt as though I had failed. Instead of giving up, I decided to treat failure as a lesson. I analyzed what had gone wrong, researched stronger engineering design practices, and sought advice from teachers and teammates. I learned that improvement begins with honest self-reflection. Rather than focusing on the result, I focused on developing the skills that would make me a better engineer. Over the next two years, I dedicated myself to learning. I spent extra hours refining designs, studying engineering concepts, and collaborating with teammates. I developed stronger problem-solving skills by breaking large challenges into smaller, manageable tasks. I also learned how to communicate ideas effectively and work through setbacks without losing motivation. Those efforts led to one of my proudest achievements. As captain of our Engineering Design team and President of TSA, I helped lead our project to a second-place finish at the state level. Standing on that stage, I realized that the award represented much more than a successful project. It represented years of perseverance, adaptation, and determination to overcome challenges that once seemed impossible. The experience also inspired me to help others. Through TSA, I organize STEM outreach activities for elementary and middle school students through our Curious Minds program at the local library. We introduce students to engineering through hands-on challenges and creative problem-solving. I want them to experience the same confidence and excitement that STEM eventually gave me. Looking back, immigrating to a new country was one of the greatest hardships I have faced. The strategies that helped me succeed—continuous learning, resilience, problem-solving, and seeking guidance from mentors—are the same skills that will guide me as I pursue a degree in Mechanical Engineering. The obstacles in my path did not stop me from reaching my goals. Instead, they helped shape the person and future engineer I am becoming.

When I was ten years old, I was convinced I would make the next great scientific discovery. I spent hours watching science documentaries, filling notebooks with ideas, and asking my father, an airplane mechanic, endless questions about how things worked. What fascinated me most was not just the answers but the possibility that science and engineering could solve problems that once seemed impossible. Today, that same belief inspires me to pursue a degree in Mechanical Engineering. Science and engineering are making life better across the globe by improving health, increasing access to resources, and creating solutions that help people live safer and more connected lives. What makes these fields so powerful is that their impact often extends far beyond laboratories and research facilities. Their innovations reach hospitals, schools, homes, and entire communities. One area where I have seen this impact firsthand is healthcare. As a volunteer at St. Luke's Hospital, I spent over 120 hours assisting staff and supporting patients. While my role focused on non-medical tasks, the experience showed me how much modern medicine depends on scientific and engineering advancements. From diagnostic equipment to patient monitoring systems, technology allows healthcare professionals to provide faster, more accurate, and more effective care. Companies like Bio-Rad contribute directly to this progress by creating tools that help researchers and medical professionals better understand diseases and improve patient outcomes. Behind every breakthrough are scientists and engineers working together to save lives. Engineering is also improving lives by making knowledge and opportunity more accessible. As President of my school's Technology Student Association, I help organize monthly STEM workshops for elementary and middle school students through our Curious Minds outreach program. During these sessions, we teach young students about engineering design, problem-solving, and technology through hands-on challenges. Watching a child successfully build a bridge, design a solution, or discover a love for science reminds me that innovation begins with curiosity. By encouraging the next generation to explore STEM, we help create future scientists, engineers, and innovators who will continue solving global challenges. My own journey has shown me the importance of opportunity. After immigrating from Ecuador to the United States, I often felt overwhelmed by a new language, a new culture, and a new education system. Yet science became a universal language that helped me rebuild my confidence. Through engineering competitions, research, and leadership experiences, I learned that every problem can be approached step by step. That mindset has shaped how I view challenges and why I believe engineering has the power to transform lives. The values that drive scientific progress are the same values that I strive to demonstrate: staying focused on meaningful goals, taking accountability for my work, creating sustainable solutions, and working together with others. These principles are essential because the world's biggest challenges cannot be solved by individuals alone. They require collaboration, creativity, and a commitment to helping others. Science and engineering make life better because they turn curiosity into action. They transform ideas into technologies, discoveries into treatments, and challenges into opportunities. As I pursue a career in engineering, I hope to contribute to that process by creating innovative solutions that improve people's lives and strengthen communities. Like the scientists and engineers who inspire me, I want my work to make a difference not only in what we build, but in the people we help along the way.

When I was younger, I filled notebooks with sketches, theories, and ideas inspired by science documentaries about astronomy, physics, and engineering. My father, an airplane mechanic, encouraged my curiosity instead of dismissing it. Whenever I asked questions, he would explain every detail and remind me of one thing: “trial and error.” To him, mistakes were not failures but part of the process of creating and learning. That mindset became the foundation for how I approach problem-solving today. One project that reflects both my curiosity and creativity was my experience designing solutions through the Technology Student Association engineering competitions. When I first joined TSA after immigrating from Ecuador to the United States, I felt intimidated and unsure of myself. The language barrier and adapting to a completely different school system made me doubt whether I belonged in engineering spaces at all. Still, I decided to challenge myself and participate in an engineering design competition. My first competition did not go well. My team placed last, and I remember feeling disappointed after putting so much effort into our design. However, instead of seeing that experience as a failure, I became fascinated by understanding why our design failed and how it could be improved. I spent weeks researching, redesigning ideas, testing different concepts, and learning how to better communicate with teammates. That process of analyzing mistakes and rebuilding solutions made engineering feel exciting rather than discouraging. The following year, I became team captain and approached the competition differently. I focused not only on the technical side of the project but also on collaboration and creativity. I encouraged teammates to share ideas openly, even ideas that initially seemed unrealistic, because innovation often begins with experimentation. Together, we developed a stronger design and eventually placed second in the state in engineering design. That experience changed how I viewed problem-solving. I realized that creativity is not just about inventing something entirely new; it is about improving what already exists and refusing to give up when something does not work the first time. Engineering taught me that the best solutions come from persistence, adaptability, and collaboration. Outside of competitions, I have continued exploring engineering through independent projects and research. I keep personal notebooks filled with mechanical sketches, aerospace concepts, and ideas inspired by real-world problems. I am especially interested in how engineering can improve everyday life and strengthen communities. Through volunteering and STEM outreach workshops for younger students, I have also seen how creativity and hands-on learning can inspire confidence in others. My approach to problem-solving has shaped the way I want to impact the world. In the future, I hope to become a mechanical engineer specializing in aerospace engineering, creating technologies that improve efficiency, accessibility, and sustainability. However, I also want to continue mentoring students who may feel uncertain about pursuing STEM, especially students from immigrant or underrepresented backgrounds. I know how powerful encouragement and opportunity can be because they changed my own life. For me, engineering is more than building machines or solving equations. It is about curiosity, resilience, and the belief that even small ideas can grow into solutions that make a meaningful difference for others.

When I was ten years old, I believed I was going to make the next great scientific discovery. I spent hours watching science documentaries, filling notebooks with ideas, theories, and questions about astronomy, physics, and engineering. My father, an airplane mechanic, encouraged that curiosity. Whenever I asked how something worked, he never simplified the answer just because I was young. Instead, he taught me one lesson that continues to shape me today: “trial and error.” Try again, learn from mistakes, and never give up too easily. That mindset is the reason I want to pursue engineering. Engineering represents everything I love about science: creativity, problem-solving, innovation, and persistence. I enjoy the process of designing something, testing it, seeing what fails, and improving it until it works. To me, engineering is not just about building machines; it is about creating solutions that can improve people’s lives and strengthen communities. My passion for engineering grew stronger after immigrating from Ecuador to the United States during high school. Suddenly, I was in a completely unfamiliar environment where even simple things felt difficult because of the language barrier and adjusting to a new education system. For a while, I lost confidence in myself academically and personally. However, I refused to let those challenges stop me from pursuing what I loved. One day, I decided to take a risk and join the Technology Student Association (TSA). At my first engineering competition, my team placed last. Even though I failed, I understood why I failed, and for me, that was motivating. Instead of giving up, I researched more, improved my designs, and learned how to collaborate more effectively with others. The next year, as team captain, I helped lead our engineering design team to second place in the state, one of the first major engineering achievements for my school. That experience taught me that engineering is built on resilience and teamwork just as much as technical knowledge. Failure became something that motivated me rather than discouraged me. I learned that every mistake could become an opportunity to improve. Beyond competitions, I have tried to gain as much hands-on experience as possible. As TSA president, I organized monthly STEM workshops for elementary and middle school students at a local library. We created hands-on engineering activities that encouraged younger students to experiment, ask questions, and see STEM as something exciting and accessible. Teaching others strengthened my own understanding of engineering while also showing me the importance of mentorship and representation in STEM. Outside of school organizations, I have independently studied physics and engineering concepts for years. I maintain personal research notebooks where I document ideas, observations, and designs inspired by mechanics, aerospace systems, and innovation. I have always been fascinated by the future of technology and the possibility of creating systems that can make a meaningful difference. Although I am not currently part of a formal co-op engineering program, many of my experiences have reflected the same hands-on and collaborative learning environment that co-op programs provide. Engineering competitions, leadership roles, STEM outreach, and independent research have taught me how to solve problems under pressure, communicate ideas effectively, and adapt after failure. As a BIPOC and immigrant student pursuing engineering, I understand how important representation is in STEM spaces. In the future, I plan to study Mechanical Engineering and eventually specialize in aerospace engineering so I can contribute to innovations that improve lives and inspire future generations of engineers.

When I was younger, I believed science could explain everything. I spent hours watching documentaries about astronomy, physics, and engineering while filling notebooks with ideas and questions about how the world worked. My father, an airplane mechanic, encouraged that curiosity by answering every question I asked, no matter how many times I asked: “Why.” He taught me an important lesson that still guides me today: “trial and error.” Learn from mistakes, keep improving, and never give up too easily. That mindset has shaped both who I am and who I hope to become. I immigrated from Ecuador to the United States during high school, and suddenly, everything felt unfamiliar. I struggled with the language barrier, adjusting to a new education system, and trying to find confidence in myself again. For a while, I felt lost, especially in classes where I knew I understood concepts but could not fully express myself in English. However, those challenges also taught me resilience and pushed me to seek opportunities instead of hiding from them. One of the biggest turning points for me was joining the Technology Student Association. At first, I was intimidated and unsure if I belonged in engineering competitions alongside students who seemed far more experienced. During my first competition, my team placed last. Instead of discouraging me, that experience motivated me to improve. I researched more, practiced more, and learned how to better collaborate with others. The following year, as team captain, I helped lead our engineering design team to second place in the state. Eventually, I became president of TSA, helping guide younger students while continuing to grow as both a student and a leader. What makes me most proud is not only competing, but also giving back to my community. Through TSA, I helped organize monthly STEM workshops for elementary and middle school students at a local library. We introduced younger students to engineering through hands-on activities and experiments, showing them that STEM could be creative, exciting, and accessible. Many of those students reminded me of myself when I first arrived in the United States: curious, uncertain, and needing encouragement. Being able to help them build confidence and excitement around learning has been one of the most meaningful experiences of my life. In the future, I plan to study Mechanical Engineering and eventually specialize in aerospace engineering. I have always been fascinated by innovation and by the possibility of creating technology that can improve lives. However, I also want my impact to extend beyond engineering itself. I hope to continue mentoring students, especially immigrants and underrepresented students in STEM, so they can see that their background does not limit their potential. My experiences have taught me that positive change often begins with support, encouragement, and community. Just as others helped me rebuild my confidence and pursue my goals, I hope to use my future career and experiences to inspire others to believe in themselves and continue reaching for opportunities that once seemed impossible.

My name is Valentina, a high school senior and aspiring mechanical engineer, and my journey has been shaped by both my passion for science and my experience as a bilingual student. My first language is Spanish, which I learned growing up in Ecuador before moving to the United States during high school. That transition changed not only my environment, but also how I learned, communicated, and saw myself. When I first arrived in the United States, one of the biggest challenges I faced was the language barrier. I went from feeling confident in my academic abilities to struggling to understand lessons, complete assignments, and express my thoughts clearly. Even simple conversations felt overwhelming. I had to relearn how to be a student in a completely new language while also adjusting to a different education system. There were moments when I felt frustrated and unsure of myself, especially when I knew I understood the concepts but could not fully communicate them. Despite these challenges, being bilingual has become one of my greatest strengths. It has taught me persistence, adaptability, and patience. I learned how to think in two languages, which has strengthened my problem-solving skills and allowed me to approach challenges from different perspectives. Over time, I became more confident in my ability to communicate and express my ideas, both academically and socially. Being bilingual has also allowed me to support others. I have often helped translate for my family and peers, whether it was understanding school information, navigating systems, or simply communicating more effectively. These experiences have shown me the importance of accessibility and clear communication, especially for those who may feel limited by language barriers. My experience has influenced my academic and career goals. After graduation, I plan to attend college and major in mechanical engineering. I am passionate about designing and improving systems, and I want to use engineering to create solutions that benefit communities. I am especially interested in making technology more accessible and developing innovations that can support people who face barriers, whether those barriers are related to language, resources, or education. Beyond academics, being bilingual has shaped how I see the world. It has allowed me to connect with different communities and understand diverse perspectives. While it came with challenges, it also gave me the ability to grow in ways I would not have otherwise experienced. It has made me more resilient and open-minded, and it continues to influence the person I am becoming. In the future, I hope to use both my education and my bilingual skills to make a positive impact. I want to contribute to innovation while also helping others overcome challenges similar to those I faced. Being bilingual is not just a skill; it is a part of my identity, and it has played a key role in shaping my journey and my goals.

One issue I have taken the initiative to address in my community is the lack of access and exposure to STEM opportunities for younger students. I noticed that many elementary and middle school students, especially those from backgrounds similar to mine, did not always see science and engineering as something they could pursue. This reminded me of my own experience when I first came to the United States, feeling unsure of where I belonged and how to access opportunities. Motivated by this, I worked through the Technology Student Association to help create monthly outreach sessions for younger students. As president and team captain, I helped organize hands-on activities that introduced basic engineering and technology concepts in a fun and engaging way. We focused on making STEM feel approachable rather than intimidating, encouraging students to ask questions, experiment, and learn through trial and error. Through these sessions, I have seen students become more confident and excited about learning, which has been incredibly rewarding. So far, we have built a consistent program that reaches students regularly and creates a positive learning environment. However, I believe there is much more that can be done. In the future, I would expand these efforts by increasing the frequency of sessions and collaborating with more schools to reach a larger number of students. I would also like to create a mentorship system where older students can guide younger ones, helping them navigate their academic interests and build confidence over time. By continuing to grow this initiative, I hope to make STEM more accessible and inspire more students to see themselves as capable of pursuing opportunities in science and engineering.

My experience in Special Education has played an important role in shaping both my confidence and my goals for the future. When I first entered school in the United States after moving from Ecuador, I struggled more than I ever had before. I faced a language barrier, a new education system, and the challenge of adapting to an unfamiliar environment. Subjects that once felt easy became difficult, and I often felt overwhelmed and unsure of myself. Being placed in a program that provided additional support helped me begin to rebuild my confidence, not only as a student but as a person. What inspired me the most was not just the extra help with assignments or understanding material, but the patience and encouragement I received from teachers and staff. They took the time to understand my situation and supported me as I adjusted. Instead of feeling like I was falling behind, I began to feel like I was being given the tools to catch up and succeed. That support showed me that needing help does not mean you are less capable; it means you are learning differently. Over time, I became more comfortable asking questions, taking risks, and challenging myself academically. This experience has inspired me to pursue college because I now see education as an opportunity rather than an obstacle. I want to continue learning, growing, and pushing myself in a field I am passionate about, which is engineering. My journey has taught me that success is not about understanding everything immediately, but about persistence and effort. The support I received helped me develop that mindset, and it is something I will carry with me into higher education. The challenges I have faced have also played a significant role in shaping who I am today. Moving to a new country during high school was one of the most difficult experiences of my life. I felt disconnected from everything I once knew: my home, my language, and even my confidence as a student. There were moments when I doubted myself and questioned whether I would be able to succeed in this new environment. However, those challenges forced me to grow. I learned to adapt, to be patient with myself, and to keep going even when things felt impossible. One of the most important lessons I learned was to see failure differently. Instead of viewing it as something negative, I began to see it as part of the process of learning. This mindset became especially important when I joined the Technology Student Association. I decided to take a risk and participate in an engineering competition, even though I was unsure of my abilities. In my first competition, I placed last. At the time, it felt discouraging, but I chose to learn from that experience instead of giving up. I worked harder, improved my skills, and continued to challenge myself. Eventually, I helped lead my team to second place in the state in engineering design. That experience showed me that growth comes from perseverance and that success is built on overcoming challenges. It also gave me back the confidence I had lost when I first moved. I realized that my struggles did not define me; they helped shape my strength and determination. Today, I see my challenges not as obstacles, but as experiences that have prepared me for the future. They have taught me resilience, patience, and the importance of seeking support when needed. They have also shown me the value of helping others, because I understand how much of a difference encouragement and guidance can make. As I move forward, I am committed to pursuing higher education and continuing to grow both academically and personally. I want to use what I have learned to not only achieve my own goals but also to support others who may be facing similar challenges. My experiences have shown me that with the right support and determination, it is possible to overcome difficulties and build a meaningful future.

Immigrating to the United States was one of the most challenging and defining experiences of my life. When I moved from Ecuador during high school, I left behind everything that felt familiar—my home, my language, and the sense of confidence I once had as a student. In my home country, I felt comfortable, especially in subjects like math and science. But in the United States, everything changed. I struggled to understand the language, adapt to a new education system, and connect with others. Even simple tasks felt overwhelming, and for the first time, I felt lost. There were moments when I doubted myself and my abilities. I questioned whether I would ever feel confident again or be able to succeed in this new environment. However, this experience taught me something important: growth does not come from comfort, but from persistence. Instead of giving up, I learned to adapt. I took small steps every day, improving my language skills, asking for help, and pushing myself to try new opportunities even when I was afraid. One of the most important steps I took was joining the Technology Student Association. At first, I was unsure if I belonged, but I decided to take the risk. I participated in an engineering competition and placed last. Although it was disappointing, I refused to let that define me. I worked harder, learned from my mistakes, and tried again. The following year, I helped lead my team to second place in the state in engineering design. That experience showed me that failure is not the end—it is part of the process of success. Being an immigrant has also shaped my understanding of opportunity. I have seen how financial challenges and limited resources can create barriers to education. My family has worked hard to build a new life, but the cost of higher education remains a significant obstacle. Despite this, I am determined to continue pursuing my goals and take advantage of the opportunities available to me. My career aspiration is to become a mechanical engineer. I am passionate about designing, building, and improving systems that can solve real-world problems. Engineering reflects the same mindset that has guided me throughout my journey: trial and error, persistence, and continuous improvement. In the future, I hope to use my skills to create solutions that benefit communities, especially those that may lack access to resources. I also want to inspire other students from immigrant backgrounds to believe in their potential and pursue their goals despite challenges. My immigrant experience has taught me resilience, adaptability, and determination. It has shaped not only who I am today but also who I want to become. While the journey has not been easy, it has given me the strength to continue moving forward. Through education and hard work, I am committed to building a future where I can make a meaningful impact on the world and give back to the community that has helped me grow.

One of the movies that has had the greatest impact on my life is Interstellar. While many people are drawn to it because of its visuals and story, what stayed with me the most was its connection between science and human relationships. It reminded me of my own experiences growing up and the bond I share with my father, who first introduced me to the world of science. As a child, I was always curious about how things worked. I would ask endless questions, and my dad, an airplane mechanic, would patiently explain everything, no matter how complicated it was. He never simplified his answers just to make them easier for me. Instead, he encouraged me to think, to question, and to keep trying until I understood. Watching Interstellar brought me back to those moments. The way the movie explores space, time, and the unknown reflects the same curiosity that I developed growing up. However, what impacted me the most was the relationship between Cooper and his daughter, Murph. Their connection goes beyond distance and time, showing how strong bonds can inspire people to keep going even in the most difficult situations. That relationship reminded me of my own. My father has always supported my curiosity and pushed me to keep learning, even when things felt impossible. Just like in the movie, that support became a source of strength. This message became even more meaningful when I moved from Ecuador to the United States. During that time, I felt lost in a new environment, struggling with language and school. I began to doubt myself and my abilities. But the lessons I learned from my father, and the same ideas reflected in Interstellar, helped me keep going. The movie shows that progress often requires perseverance and that understanding the unknown takes time, patience, and effort. Interstellar also changed how I view science. It is not just about equations or theories, but about exploration and discovery. It represents the idea that even when something seems impossible, there is always a way forward if you are willing to keep trying. This perspective has influenced my decision to pursue mechanical engineering, where I can apply creativity and problem-solving to real-world challenges. Beyond academics, the movie has inspired me to think about impact. Just as the characters in Interstellar work toward something bigger than themselves, I want to use my education to contribute to something meaningful. Whether it is through innovation or helping others understand science, I want to make a difference in the communities I am part of. In the end, Interstellar is more than just a movie to me. It represents curiosity, perseverance, and the importance of human connection. It reminds me of where my passion for science began and motivates me to continue pursuing it, no matter how challenging the journey may be.

Education, to me, has never been just about learning facts or passing classes—it has been my way of finding direction, rebuilding confidence, and discovering who I want to become. It has shaped not only my goals but also my understanding of perseverance and purpose. When I was younger, I found joy in science. I would carry a notebook filled with ideas about astronomy, physics, and engineering, imagining myself one day making an important discovery. I was curious about everything, constantly asking questions and trying to understand how the world worked. At that time, learning felt natural, almost effortless. I saw education as something exciting, something that opened doors to endless possibilities. However, that sense of confidence changed when I moved from Ecuador to the United States during high school. Suddenly, I felt like I had lost my sense of direction. I struggled with a new language, a different education system, and an unfamiliar environment. Subjects that once felt easy became difficult, and even simple communication was a challenge. For the first time, I felt disconnected from learning. It was as if the curiosity I once had was buried under uncertainty and self-doubt. At the same time, my family was working to rebuild our lives in a new country, facing financial challenges and instability. Higher education, something I had always dreamed about, began to feel uncertain. I realized that success was not just about ability—it was also about opportunity, support, and access. Despite these challenges, education became the very thing that helped me move forward. Instead of giving up, I began to approach learning differently. I relied on a mindset that had been taught to me when I was younger: trial and error. I accepted that I would not always understand things right away, and that failure was not a reflection of my abilities, but part of the process. This shift in perspective changed everything. One of the most important turning points in my journey was when I decided to join the Technology Student Association. At the time, I doubted myself. I questioned whether I was capable, whether I belonged, and whether I would fail again. But I chose to take that risk. In my first engineering competition, I placed last. That moment could have reinforced my doubts, but instead, it reminded me of something I had almost forgotten—that failure is an opportunity to learn. I understood what went wrong, and for the first time in a long time, I felt motivated again. I worked harder, researched more, and pushed myself to improve. The next time I competed, I helped lead my team to second place in the state in engineering design. That experience did more than improve my skills—it gave me back my sense of direction. It showed me that I still had the ability to grow, to create, and to succeed. It also helped me realize that engineering was not just a subject I enjoyed, but a path I wanted to pursue. Now, my goal is to study mechanical engineering in college. I am drawn to the process of designing, testing, and improving solutions, and I want to use those skills to create meaningful change. I am especially interested in developing technologies that can help communities that lack access to resources, because I understand how small challenges can have a significant impact on people’s lives. Education has also inspired me to give back. Through my involvement in the Technology Student Association, I have helped organize monthly sessions where we introduce elementary and middle school students to STEM. I see myself in those students—the curiosity, but also the uncertainty. I want them to know that they are capable of learning, growing, and achieving more than they might believe. Being able to encourage them and help them discover their potential has been one of the most meaningful parts of my journey. Looking forward, I want to use my education not only to build a successful career, but also to support others. I hope to mentor students who face challenges similar to mine, helping them navigate the education system and encouraging them to pursue opportunities they may not feel ready for. I believe that knowledge becomes more powerful when it is shared. However, financial barriers remain one of the biggest challenges in my path. As an immigrant, my family has worked hard to create stability, but the cost of higher education is still a significant obstacle. Being accepted into my dream college felt like a major achievement, but without the financial means to attend, that achievement feels incomplete. This scholarship would not only provide financial support but also the opportunity to continue my education and pursue my goals without constant uncertainty. My journey has taught me that education is more than a path—it is a transformation. It has shaped my goals, strengthened my resilience, and given me a sense of purpose. It has shown me that even when I feel lost, I have the ability to find my way again. In the future, I hope to use my education to create solutions, support others, and contribute to a better world. I want to prove that challenges do not define a person’s future—they shape the strength and determination needed to achieve it.

Being a good citizen means more than just following rules; it means actively contributing to the well-being of others and the community around you. My personal experiences have shaped this belief in a meaningful way. When I moved from Ecuador to the United States, I had to adapt to a completely new environment where everything felt unfamiliar. I struggled with the language, the education system, and even simple communication. At times, I felt lost and unsure of where I belonged. During that time, I relied on the support of teachers, peers, and mentors who helped guide me and encouraged me to keep going. Because of this, I believe being a good citizen means offering that same support to others, especially those who may feel lost or unheard. It inspires me to be someone who not only benefits from a community but also gives back to it by helping others grow, succeed, and feel included. Voting is integral to maintaining a free nation because it ensures that people have a voice in shaping their future. Although I was not always familiar with how systems in the United States worked, my experiences have shown me how important it is for people to be heard and represented. I understand what it feels like to navigate a system without fully understanding it, and that has made me value participation even more. Voting allows individuals to influence decisions, choose leaders, and make sure their perspectives are considered. It also holds leaders accountable to the people they serve. This inspires me to stay informed about important issues and to encourage others to participate, because a strong and fair society depends on the voices of its people being included and respected. To me, the Constitution represents both protection and opportunity. Coming from a different country, I have seen how systems can sometimes feel distant, unclear, or unresponsive. In contrast, the Constitution provides a clear foundation that protects individual rights and ensures a balance of power. It creates a structure where fairness and justice are possible, and where individuals have the freedom to pursue their goals. My experiences have inspired me to see it not just as a document, but as something that gives people the chance to build better lives while being protected under the law. It reminds me that freedom is not something guaranteed without effort; it must be understood, respected, and maintained by everyone. Overall, my journey has taught me that being a good citizen is about participation, responsibility, and empathy. It inspires me to contribute to my community, value the importance of having a voice, and respect the systems that protect our rights while also working to improve them for others.

I have always liked science, even if it is complicated and messy. That is what I love about it: you have the opportunity to create, experiment, and invent. Since I was young, I have been curious about how things work and why they work the way they do. That curiosity has continued to grow and has shaped my interests and goals. When I started school in the United States, I felt completely lost, as if I had entered a new world that I could not understand. The language barrier, a different education system, and the challenge of adjusting to a new environment made everything feel overwhelming. I struggled not only academically but also socially, as it was difficult to communicate and connect with others. However, little by little, I began to adapt. With the support of a community that uplifted me, including teachers and advisors, I gained the confidence to take risks and pursue opportunities that once felt out of reach. One of those opportunities was joining the Technology Student Association. At first, I was unsure of myself, but I decided to try. I participated in my first engineering competition and placed last. Even though it was disappointing, my advisors encouraged me to keep going. That moment taught me an important lesson about persistence and growth. Instead of giving up, I worked harder, learned from my mistakes, and continued improving. Over time, my efforts paid off. I later earned second place in the state in engineering design, served as president of the club for two years, and became a team captain for three years. These experiences helped me develop leadership, teamwork, and problem-solving skills. Now, I try to give back to my community through STEM. Once a month, our club organizes meetings with elementary and middle school students to introduce them to technology and engineering in a fun and engaging way. We create hands-on activities that show them that STEM is not only challenging but also exciting and creative. Being able to inspire younger students gives me a sense of purpose and accomplishment. Through all of these experiences, I plan to pursue a degree in mechanical engineering in college. My background in designing solutions for specific challenges and conducting research has prepared me for this field. I am excited about the opportunity to continue learning and to contribute to innovation in the future. If I were to start a charity, my mission would be to help immigrant students adapt to the U.S. education system. I would focus on helping them overcome language barriers and understand the opportunities available to them. I know how difficult it can be to navigate school alone, from choosing classes to understanding college applications and financial aid. My goal would be to create a support system where students can receive guidance and encouragement. The services would be led by students helping their peers, especially those who have gone through similar experiences. By sharing knowledge and support, we can help more students succeed and reach higher education.

One of the biggest challenges I have had to overcome was moving from Ecuador to the United States during high school. In Ecuador, I felt confident in my abilities, especially in math and science. However, after immigrating, everything changed. I had to adapt to a new language, a new education system, and an unfamiliar environment. Subjects that once felt natural became difficult, and even simple communication had become challenging, which made me feel discouraged and out of place. Instead of giving up, I relied on the mindset my father taught me: trial and error. I learned to accept failure as part of growth and to keep pushing forward, even when things felt overwhelming. Over time, I rebuilt my confidence by challenging myself, especially through opportunities like joining the Technology Student Association (TSA). After placing last in my first engineering competition, I used that failure as my motivation to improve, eventually earning second place in the state. That journey taught me that perseverance leads to progress and success. In addition to these personal challenges, I have also faced financial struggles. As an immigrant, my family has had to rebuild our lives with limited resources. Navigating the financial aid system has been difficult, and many opportunities feel out of reach because of my circumstances. Even after being accepted into my dream college, the cost of tuition remains a major barrier. It is frustrating to work so hard toward a goal and still face uncertainty because of finances. This scholarship would make a significant difference in my life. It would reduce the financial burden on my family and allow me to focus on my education without constant stress about affordability. More importantly, it would help me continue pursuing a degree in engineering, a field I am passionate about. The challenges I have faced have shaped me into someone who does not give up easily. They have taught me resilience, adaptability, and determination. With the support of this scholarship, I will be able to continue overcoming obstacles and work toward achieving my educational and career goals.

Jack Terry’s story inspires me because it shows that even after experiencing unimaginable loss and hardship, it is still possible to rebuild a life with purpose, determination, and impact. Despite losing his entire family and surviving the horrors of concentration camps, he did not let his past define his future. Instead, he pursued education, served others, and dedicated his life to helping people and sharing his story. His journey proves that resilience and perseverance can transform even the most difficult circumstances into something meaningful. Although my challenges are not comparable to his, his story resonates deeply with me because I understand what it feels like to start over in an unfamiliar place. Moving from Ecuador to the United States during high school was one of the most difficult transitions of my life. I had to adapt to a new language, a different education system, and a completely new environment. Subjects that once felt easy became challenging, and I often felt lost and unsure of myself. I also faced moments where people judged me for my accent or underestimated my abilities. At the same time, my family faced financial struggles as we worked to build a new life. Navigating the system and pursuing opportunities like college has not been easy, especially when financial barriers stand in the way. There were moments when my goals felt close but still out of reach, which made the journey even more frustrating. However, like Jack Terry, I learned that my circumstances do not define what I can achieve. Instead of giving up, I chose to push forward. I relied on the mindset my father taught me: trial and error. I learned to accept failure as part of growth and to keep trying even when things felt difficult. This mindset became clear when I joined the Technology Student Association and participated in an engineering competition. In my first attempt, I placed last. In the past, that might have discouraged me, but instead, I saw it as an opportunity to improve. I worked harder, learned from my mistakes, and came back stronger. The following year, I helped lead my team to second place in the state. That experience showed me that persistence and effort can turn failure into success. From my experiences, I have learned the importance of resilience, adaptability, and determination. Challenges are not obstacles that stop us; they are opportunities that shape who we become. I have also learned the value of education as a tool for transformation, just as it was for Jack Terry. In the future, I plan to pursue a degree in mechanical engineering. Through my studies, I want to contribute to innovations that improve people’s lives and help solve real-world problems. I am especially interested in creating solutions that support communities with limited resources, as I understand how small challenges can have significant impacts. Beyond my work, I hope to give back by mentoring others who face similar struggles, encouraging them to pursue their goals despite obstacles. Jack Terry’s life is a powerful reminder that adversity does not have to limit our potential. Instead, it can motivate us to grow, to achieve, and to give back. Like him, I want to use my experiences not only to build a better future for myself but also to make a meaningful difference in the lives of others.

When I was younger, I lived in Ecuador. I remember that in the few unfortunate times I needed the help of law enforcement or the police, I felt abandoned, as they responded hours later, after my family had already been in danger. They were easily corrupted and bribed, and I felt that there was no one to protect me. When I moved to the United States, I experienced something different. I first learned about racism, people making fun of my accent, and my struggles. I learned that some law enforcement officers can make judgments based on appearance, being too quick to judge and act. This was very different from the indifference I experienced with law enforcement in my home country. However, not all law enforcement is like this. Some officers are truly helpful and want to make a difference. Still, these almost universal experiences make people cautious, and they also lead us to judge officers, expecting them to be difficult, unhelpful, or even violent. Because of this, law enforcement must make themselves trustworthy to the African American community and other minorities so that we, in turn, can trust them. The most important principle in any relationship is trust. Trust is not built by presenting themselves as heroes or figures who come to save everyone, but by connecting with people on a human level. This starts with understanding why different communities distrust law enforcement. In many cases, this distrust comes from repeated negative experiences with certain groups of officers or from the tactics used during arrests or questioning. Even if these issues are addressed, law enforcement must actively show communities that change has taken place. There needs to be more examples where people can see how law enforcement has improved, helping to rebuild the trust that was once broken. As trust begins to grow, the next step is to bring both sides together. Law enforcement should work not only for communities but also with them. Encouraging members of the community to join law enforcement can further demonstrate that change is possible and that these institutions can represent and serve everyone. Through collaboration, communities will feel more comfortable sharing their concerns and challenges. No one understands a community’s problems better than the people who live there, and they want to feel safe. With trust, they can speak openly without fear of being harmed or judged. The path to repairing years and generations of mistrust is not easy. Both sides must be willing to commit to change and work toward a better future. It requires breaking the cycle of fear, judgment, and misunderstanding. Only through mutual effort can communities and law enforcement move forward and create a safer and more united society.

When I was ten, I was sure I was going to make the biggest new scientific discovery in history. As I explored the theories of science, notebook in hand and mind bursting with imagination and ideas, I felt like the renowned scientists I watched in science documentaries. No matter how often I watched those documentaries, I never tired of their endless possibilities. Astronomy! Physics! Engineering! I asked my dad, an airplane mechanic, endless questions: How does that work? Why? Why not another way? And why again? Fortunately, he was always happy to tell me, since I would just keep asking until I was satisfied. He never tried to simplify it for me, even if I didn’t understand at first. “Trial and error,” he would say. “Try again until you find the answer; do not give up so easily.” During middle school, I had no reason to give up; studying was the opposite of difficult. What I was learning in math and science classes showed up in the documentaries I watched, and whenever I saw something I had just studied on screen, I was thrilled at the sensation of understanding and familiarity. I filled my notebook with theories, but of course, as a middle schooler, sometimes I just couldn’t understand. The formulas were too complex, and the language was too difficult. But, “trial and error”: start with what you know, learn from your mistakes, and keep going forward. In high school, keeping up that forward momentum was not so easy. In many ways, it was the opposite of my middle school experience. Moving from my country, Ecuador, I didn’t know how anything worked. Instead of that sense of familiarity, I felt like a little kid trying to understand gravity. Losing my safe place, my “home” of science, for a while, was as hard as losing my childhood home to the move. But little by little, I learned, and on a perfectly ordinary day, I decided to ask the advisor of the Technology Student Association if I could join the club. I was scared: what if she said no? What if I needed to take harder classes? What if I wasn’t good enough? “We have a meeting tomorrow; you can come in and decide what event you want to participate in,” she said. I felt like I was going to burst with excitement! When I went to the meeting, they mentioned an opportunity to enter a real competition, an engineering competition. This was an opportunity I had never had before, and I jumped at it. Of course, I failed: last place. But it felt like I was a kid again. I failed, but I knew why I failed. I knew what went wrong, so I could try again, and this time, make it go right. Next time, I did more research, and I partnered with another student. When we entered the competition, I was anxious but hopeful, and proud of the things I had done and was about to do as team captain. The responsibility felt weighty, but this time, we got second place in the state in engineering design. I was so happy, I wanted to scream, to go into the hall of the school yelling that I won, to tell the world I did it. I imagined that little girl, notebook in hand, looking at me with proud eyes, knowing that I had finally accomplished her dream. My next goal was college. During my time researching different career paths, I realized that engineering was always what I wanted to pursue. At first, there was no doubt that I wanted to be an engineer, but I wasn’t sure what kind. When I discovered fields that followed the same process I used in my competition projects; designing, testing, and improving. I knew I had found the right path: mechanical engineering. Unfortunately, college is not only about meeting academic standards but also about being able to afford it. As an immigrant, it has been difficult to explain my situation and even more difficult to obtain financial aid. I felt frustrated; my dreams felt so close, yet money was the one thing standing in my way. Still, I have not given up. After being accepted into my dream college, the only thing left is tuition, and I am determined to reach my goal. This scholarship would not only help me financially but would also be a defining factor in my future. I have always been fascinated by innovation and the future. I want to be part of the progress that leaves a positive mark on the world, to create things that help people, not just through technology but also by strengthening communities. I have seen how small problems can grow into larger challenges, especially in communities that must rely on themselves. At the same time, I believe humanity as a whole is one large community, and we can create solutions together. I want to become a great engineer. I want to make meaningful change and bring to life the ideas I once imagined as a child, as well as the dreams I continue to develop today.

At the beginning, I thought the American Dream was simply a place where everything was possible, a place where everybody had a fair chance of succeeding in their dreams, regardless of their background. However, after immigrating to the United States and starting to try to build a life to reach my goals, I discovered that the American Dream goes beyond the location; it is a process in which one reinvents oneself. This realization wasn’t immediate, but rather came through my experiences and hardship over the last three years. At the start, every day felt like a brand new challenge: learning and understanding a new language, navigating through the complexities of the United States education system, and the simple act of connecting and interacting with others. All of this seemed impossible, and I didn’t think it was possible to achieve after leaving the country I was from. I felt lost, but during my lowest moments, I discovered something about the American Dream that was unknown to me: the sense of community, people who can see past my hardships and struggles, and see a person willing to lend me a hand in a time of difficulties. Slowly, all these experiences started to shape me. I learned to adapt to this new environment with the help of my community and eventually started to thrive. The path was never easy; it was a constant cycle of trial and error, marked by failed attempts and successes and a great learning curve. However, each time I failed, I learned to motivate myself to push myself further, and all this impulsed me to reinvent myself into who I am today: an engineer, a dreamer with the power to invent and learn everything that I had never had any idea to dream of, and finally being able to dream and reach for a bigger goal. Today, my dream is to attend college to find my community again, uplift each other, and reinvent myself as a student able to accomplish my biggest dreams. But yet again, I find myself in another impending obstacle: money, something I firmly believe should not be the determining factor for someone's ability to pursue an education and reach their full potential. For me, the American Dream has now evolved into an opportunity to reinvent myself, to start fresh with a mindset to reach my dreams and goals. That seemed impossible, but they are now so close that they seem like a future reality rather than the imagining of a dreamer. Now, I think I could finally reach my dreams in this land of opportunity.

When I was ten, I was sure I was going to make the biggest new scientific discovery in history. As I explored the theories of science, notebook in hand and mind bursting with imagination and ideas, I felt like the renowned scientists I watched in science documentaries. No matter how often I watched those documentaries, I never tired of their endless possibilities. Astronomy! Physics! Engineering! I asked my dad, an airplane mechanic, endless questions: How does that work? Why? Why not another way? And why again? Fortunately, he was always happy to tell me, since I would just keep asking until I was satisfied. He never tried to simplify it for me, even if I didn’t understand at first. “Trial and error,” he would say. “Try again until you find the answer; do not give up so easily.” During middle school, I had no reason to give up; studying was the opposite of difficult. What I was learning in math and science classes showed up in the documentaries I watched, and whenever I saw something I had just studied on screen, I was thrilled at the sensation of understanding and familiarity. I filled my notebook with theories, but of course, as a middle schooler, sometimes I just couldn’t understand. The formulas were too complex, the language too difficult. But, “trial and error:” start with what you know, learn from your mistakes, and keep going forward. In high school, keeping up that forward momentum was not so easy. In many ways, it was the opposite of my middle school experience. Moving from my country, Ecuador, I didn’t know how anything worked. Instead of that sense of familiarity, I felt like a little kid trying to understand gravity. But little by little, I learned, and one perfectly ordinary day, I decided to ask the advisor of the Technology Student Association if I could join the club. I was scared: what if she said no? What if I needed to take harder classes? What if I wasn’t good enough? “We have a meeting tomorrow; you can come in and decide what event you want to participate in,” she said. I felt like I was going to burst with excitement! When I went to the meeting, they mentioned an opportunity to enter a real competition—an engineering competition. This was an opportunity I had never had before, and I jumped at it. Of course, I failed: last place. But it felt like I was a kid again. I failed, but I knew why I failed. I knew what went wrong, so I could try again, and this time, make it go right. Next time, I did more research, and I partnered with another student. When we entered the competition, I was anxious but hopeful, and proud of the things I had done and was about to do as team captain. The responsibility felt weighty, but this time, we got second place in the state in engineering design. I was so happy, I wanted to scream, to go into the hall of the school yelling that I won, to tell the world I did it. I imagined that little girl, notebook in hand, , knowing that I had finally accomplished her dream. My father was right: trial and error. Try again until you find the answer, and don’t give up so easily. I’d add to that: knowledge is better shared. Working with someone else, sharing ideas and frustrations and failures and victories, makes the process all the better. These days, I still write in the same notebook and I wander the galaxies in my mind.