Entrepreneurship, for me, has always been about solving real problems and creating opportunities where they don’t exist. I didn’t grow up thinking I would start a business, but I’ve always had a strong desire to make a difference. That passion, combined with my love for technology, led me to create EmpowHER, an app designed to help women and individuals in underserved communities find jobs, scholarships, and personal safety resources. My journey into entrepreneurship started during the COVID-19 pandemic when my dad introduced me to coding. At a time when the world felt uncertain, coding became a source of stability and creativity for me. I realized that technology wasn’t just something to consume—it was something I could use to build, to innovate, and to make life better for others. As I developed my skills, I began to think about how I could use them to address real-world challenges, particularly those affecting marginalized communities. EmpowHER was born out of a need I saw firsthand—the lack of easily accessible resources for women seeking financial independence and personal safety. Too often, opportunities exist, but the people who need them most don’t know where to find them. I wanted to bridge that gap. I built EmpowHER to be more than just an app; it’s a tool for empowerment, a way for women to take control of their futures, whether through education, employment, or increased awareness of safety measures. As I worked on EmpowHER, I realized that my passion for technology extended beyond just building applications. I became interested in cybersecurity and blockchain because I saw how these technologies could protect people and create financial opportunities for those who have historically been excluded. The more I learned, the more I saw the potential to make a real impact. My goal is to expand EmpowHER and continue improving it with AI-driven recommendations, mentorship connections, and financial literacy resources. But my vision for entrepreneurship doesn’t stop there. I also want to explore blockchain and cybersecurity to create secure financial tools that can help unbanked communities gain access to banking and investment opportunities. Beyond business success, my ultimate goal is to uplift others. I want to mentor young Black girls in STEM, showing them that they belong in tech and entrepreneurship. Representation matters, and I want to be an example of what’s possible when you combine innovation with purpose. Entrepreneurship, to me, is not just about building a business—it’s about building solutions. It’s about using my skills to create something that has a lasting impact. And as I continue to grow, learn, and innovate, I know that my work is only just beginning.

Faith has always been the anchor that has kept me steady through life’s challenges. It has guided me through uncertainty, strengthened me in moments of doubt, and reminded me that my purpose is bigger than my circumstances. This opportunity is meaningful to me because it represents more than just personal success—it is a reflection of God’s faithfulness in my life and the doors He continues to open. My journey has not been without obstacles. As a young Black woman in STEM, I have faced moments where I felt like I had to prove myself twice as much to be taken seriously. There were times when imposter syndrome crept in, making me question whether I truly belonged in the spaces I worked so hard to enter. But through every doubt and every challenge, my faith has been my foundation. I have leaned on the scripture, "I can do all things through Christ who strengthens me," and it has carried me through. One of the most defining moments in my journey was during the COVID-19 pandemic when my dad introduced me to coding. What started as a way to pass the time soon became my passion. I saw firsthand how technology could be used to create, innovate, and solve real-world problems. With faith and determination, I dove into learning, creating projects like EmpowHER, an app designed to connect women in underserved communities to job opportunities, scholarships, and safety resources. I also developed Jade, my own Raspberry Pi-powered virtual assistant, which deepened my understanding of artificial intelligence. But success is never just about talent—it’s about perseverance, and for me, that perseverance has always been fueled by faith. Whether it was balancing my leadership roles, academics, athletics, or personal challenges, I have always trusted that God placed me in every space for a reason. As I continue on my journey, I plan to use my faith as my guiding force to reach even greater heights. I want to use technology to empower communities, increase financial access, and create cybersecurity solutions that protect those who need it most. I also want to mentor young Black girls in STEM, showing them that they, too, belong in this field. Faith has brought me this far, and I know it will continue to lead me. My story is not just about what I have accomplished but about the purpose I have been called to fulfill. And with God by my side, I know that purpose is limitless.

Family has always been the foundation of who I am. The lessons, values, and encouragement I’ve received from them have shaped not only my character but also my passion for technology. My introduction to computer science wasn’t through a school class or a textbook—it was through my dad, who taught me how to code during the COVID-19 pandemic. Stuck inside like everyone else, I found myself drawn to the logic, creativity, and problem-solving that coding required. It felt like a puzzle, something I could break apart and rebuild, and I fell in love with it immediately. At first, I started small—basic Python exercises, simple programs—but the more I learned, the more I wanted to explore. My dad, seeing my excitement, continued to challenge me. He didn’t just teach me syntax; he taught me how to think like a programmer, how to break problems down, and how to approach challenges with patience and curiosity. That foundation gave me the confidence to dive deeper into computer science, and eventually, it led me to develop my own projects, like *EmpowHER*, an app that connects women and individuals in underserved communities with jobs, scholarships, and safety resources. Beyond my father’s influence, another family member has played a significant role in shaping my identity—my grandfather, a veteran. His service to our country taught me the importance of discipline, resilience, and giving back. While I never served in the military myself, I’ve always carried those values with me. His stories of leadership and sacrifice have reminded me that true strength isn’t just about what you do for yourself, but how you uplift others. That’s why I see my future in computer science as more than just a career—it’s a way to make an impact. Whether it’s through cybersecurity, where I can help protect individuals and communities from digital threats, or blockchain technology, which has the potential to create financial opportunities for people who have been historically excluded, I want my work to matter. I want to use what I’ve learned—not just in the classroom, but from my family—to create technology that empowers people. For me, computer science isn’t just about coding. It’s about problem-solving, innovation, and ensuring that technology serves everyone, not just those who already have access to it. My journey started at home, learning from my dad, inspired by my grandfather, and supported by the love of my family. And that foundation is what will continue to guide me as I move forward.

Technology has always been more than just a tool for me—it’s a way to solve real problems, uplift communities, and create opportunities where they don’t exist. That’s why I’m pursuing a degree in computer science, with a focus on blockchain and cybersecurity. I see these fields as powerful forces for change, especially when it comes to financial inclusion, privacy, and digital security for underserved communities. My journey in tech started with a simple curiosity about how things worked. I wasn’t content just using apps—I wanted to understand what went on behind the screen. That curiosity turned into action when I built *EmpowHER*, an app designed to help women and individuals in underserved communities find jobs, scholarships, and safety resources. While developing it, I realized that access to information alone isn’t enough—people also need to trust that their data is safe. That’s what led me to cybersecurity. I also worked on *Jade*, a virtual assistant using a Raspberry Pi, which gave me hands-on experience with artificial intelligence and automation. Through this project, I learned not only about coding but also about ethical AI, data protection, and the ways technology can be used responsibly. These experiences have shaped how I approach my studies—I don’t just want to build technology, I want to ensure it’s secure, ethical, and accessible to those who need it most. After college, I want to use my skills to help bridge the gap between technology and marginalized communities. Blockchain, for example, has the potential to revolutionize financial systems, giving unbanked individuals access to secure transactions without traditional banks acting as gatekeepers. Cybersecurity, on the other hand, is critical in protecting personal and financial data, especially for those who are most vulnerable to cyber threats. By working in these fields, I hope to create tools and systems that provide people with financial autonomy and digital security. Beyond my career, I plan to stay actively involved in mentorship and outreach, particularly for young Black women interested in STEM. Representation matters, and I want to show girls who look like me that they belong in tech, that they can innovate, and that their ideas can change the world. For me, studying computer science isn’t just about personal success—it’s about creating a future where technology serves everyone, not just those who have historically had access to it. I want my work to break barriers, protect people, and open doors for the next generation of Black women in STEM.

From the moment I first started exploring technology, I was fascinated by how much power a few lines of code could hold. But it wasn’t just about creating—I wanted to understand how systems worked, how they could be broken, and more importantly, how they could be protected. My passion for cybersecurity grew naturally from my love of problem-solving and my desire to use technology for good. One of my earliest experiences with security and coding was building EmpowHER, an app designed to help women and individuals in underserved communities find jobs, scholarships, and safety resources. While working on it, I started thinking beyond just building software—I wanted to understand how to secure it. How do you protect sensitive user data? How do you defend against vulnerabilities that could put people at risk? That curiosity led me deeper into the world of cybersecurity. I also developed Jade, a virtual assistant using a Raspberry Pi, which allowed me to experiment with AI and automation. But with AI comes responsibility—learning how to safeguard data, prevent exploitation, and ensure ethical use of technology. These projects showed me that cybersecurity isn’t just about defense; it’s about trust. If people can’t trust the systems they use, they won’t feel safe engaging with them. Of course, my journey hasn’t been without challenges. As a young Black woman in tech, I’ve often walked into rooms where I was the only one who looked like me. There’s an unspoken pressure to prove yourself, to constantly show that you belong. But instead of letting that discourage me, I’ve used it as fuel. I’ve sought out mentors, leaned into my skills, and reminded myself that my perspective is needed in this field. Cybersecurity isn’t just about coding—it’s about understanding diverse threats, protecting different communities, and bringing fresh approaches to old problems. One of the biggest obstacles I’ve faced is imposter syndrome—the feeling that no matter how much I learn, there’s always more to know. Cybersecurity is a field that evolves rapidly, and it can be intimidating. But I’ve learned to embrace the challenge. I break problems down piece by piece, continuously build on my knowledge, and remind myself that no one starts as an expert. Moving forward, I want to use cybersecurity to drive change. Whether it’s securing blockchain networks for financial inclusion, protecting marginalized communities from digital threats, or helping young Black women see themselves in this field, my goal is to create security that empowers. Because at the end of the day, cybersecurity isn’t just about stopping attacks—it’s about building a safer, more equitable future for everyone.

### **Code to My Heart: A Love Island Challenge** Love Island thrives on passion, chemistry, and, of course, a little bit of drama. But what if we added a challenge that tested not just attraction, but communication, problem-solving, and how well the Islanders truly know each other? That’s where my challenge, **"Code to My Heart,"** comes in—a flirty, playful, and slightly mischievous game that forces couples to crack the code to their own romance. At the start of the challenge, each couple receives a **Love Lockbox**, a small safe containing a romantic prize—perhaps a one-on-one candlelit dinner, a surprise hideaway experience, or a cheeky challenge for later in the evening. The catch? The only way to open the box is by figuring out a personalized code, and their partner holds all the clues. This is where the game gets interesting. The first stage, **"Decode Me,"** tests how well Islanders actually pay attention to their partner. They are given five personal questions about their significant other, with each correct answer unlocking a number or letter for the code. These questions range from sweet to spicy—things like *"What’s my biggest ick?"* or *"If I could break one Love Island rule, what would it be?"* A correct answer brings them one step closer to their prize, while an incorrect one forces them to complete a playful consequence—maybe a sensual blindfolded taste test or a slow dance under the stars. Once they’ve navigated their personal trivia, the second round, **"Love Algorithm,"** kicks things up a notch. Here, couples must work together to solve a simple but flirty logic puzzle—perhaps unscrambling a secret phrase their partner has to whisper in their ear or arranging love-themed emojis in the right sequence. Completing this task earns them another crucial piece of their code. However, just when the finish line seems in sight, the final twist arrives with **"Temptation Hack."** Another couple is given the opportunity to steal one of their code clues—if they can correctly answer a spicy question about the pair. If they get it wrong, they face a playful consequence, like delivering their best striptease or getting dunked in the villa’s pool. The challenge reaches its climax when all the pieces are in place, and each couple rushes to enter their code into the Love Lockbox. The first couple to succeed wins an exclusive date, while the losing teams must face a **truth-or-dare bombshell round**—forcing them to reveal secrets, share intimate moments, or even trigger a surprise recoupling. "Code to My Heart" is more than just a game—it’s a test of chemistry, trust, and just how well these couples really vibe. In Love Island, attraction is easy, but understanding your partner on a deeper level? That’s the real challenge.

Anxiety has been a part of my journey for as long as I can remember, but for a long time, I didn’t have the words to describe what I was feeling. I just knew that sometimes, no matter how prepared I was, no matter how much I had accomplished, there was this overwhelming sense of doubt, fear, and pressure that I couldn’t shake. It wasn’t until I started opening up about it—learning to name it and understand it—that I realized I wasn’t alone. Living with anxiety means that even my biggest achievements can come with a flood of second-guessing. It means rehearsing conversations in my head before speaking up in class, overanalyzing every email before I send it, and sometimes feeling like I have to be perfect just to be seen as good enough. It’s exhausting. But at the same time, I’ve learned that my anxiety doesn’t define me. If anything, it has made me more aware, more determined, and more intentional about how I move through the world. Pursuing a college degree isn’t just about earning a diploma—it’s about proving to myself that I am capable of thriving in spaces where people like me are often underrepresented. It’s about breaking generational cycles and showing young Black girls that they belong in STEM, in leadership, in academia, and anywhere else they choose to be. Education has always been a tool for empowerment in my family, and for me, earning a degree is about so much more than just personal success. It’s about using my knowledge to uplift others. I want to use my background in computer science to create technology that benefits communities that have been historically left out of the conversation. Whether it’s through AI, blockchain, or app development, I want to make an impact that lasts beyond my time in college. My anxiety may make me overthink at times, but it also makes me detail-oriented, thoughtful, and deeply passionate about the work I do. I’ve learned to manage my anxiety by reminding myself that I deserve every opportunity I’ve worked for. I am learning that perfection is not a requirement for success, and that my voice, my perspective, and my contributions matter. Pursuing this degree isn’t just about what I can achieve—it’s about who I can inspire along the way. If my journey can help even one other young Black woman see her own potential, then every challenge, every anxious moment, and every step forward will have been worth it.

I’ve always believed that knowledge is power, but more importantly, it’s what you do with that knowledge that truly matters. Growing up, I was the kid who asked a million questions—not just because I wanted to know the answer, but because I wanted to understand *why* things worked the way they did. That natural curiosity led me to technology, where I quickly fell in love with coding and problem-solving. As a young Black woman in STEM, I’ve often found myself in spaces where I was one of the few who looked like me. Instead of letting that intimidate me, I’ve used it as motivation to break barriers and create opportunities—not just for myself, but for others like me. I started using technology to make an impact, building projects that combined my passion for coding with my desire to help my community. One of my first major projects was *Elephant Runner*, a mobile game I developed to raise awareness about elephant conservation. I wanted to create something that was more than just fun; I wanted it to be educational and meaningful. It was my first real introduction to using technology for advocacy, and it showed me how powerful tech could be when designed with purpose. Later, I built *Jade*, a Raspberry Pi-powered virtual assistant that could automate tasks and learn from user interactions. Through this project, I explored AI, natural language processing, and how technology can be used to make life easier. But what stood out the most to me was the realization that AI, like all technology, has biases—ones that can negatively impact marginalized communities if not addressed. That’s when I knew that my role in tech wasn’t just about creating—it was about making sure innovation was ethical, inclusive, and beneficial for everyone. Beyond my technical work, leadership has played a huge role in shaping who I am. As the first Black Student Government Association President at my high school, I led initiatives that directly impacted my community, from food and clothing drives to bringing back our homecoming dance after 20 years. That experience taught me that leadership isn’t just about having a title—it’s about taking action, uplifting others, and making real change happen. Looking ahead, I plan to use AI and blockchain to address financial inequities and expand access to economic opportunities, especially in underserved communities. Too many people are left out of traditional financial systems, and I believe technology can help bridge that gap. My goal is to develop secure, transparent, and accessible financial solutions that empower individuals to take control of their economic futures. I know that my journey in STEM won’t always be easy, but I also know that I belong here. I’ve learned to take up space, trust my abilities, and push past the doubt that tries to tell me otherwise. Most importantly, I want to inspire and uplift the next generation of Black women in STEM. Representation matters, and I intend to be part of the movement that ensures the future of tech is diverse, inclusive, and driven by people who truly want to make a difference.

One of the biggest obstacles I’ve faced in my pursuit of higher education is imposter syndrome. As a young Black woman in STEM, I’ve often found myself in spaces where I was one of the only people who looked like me. Whether it was in advanced math classes, coding competitions, or leadership roles, there were moments when I questioned whether I truly belonged. Even with strong academic achievements, there was always this lingering voice in my head asking, *Am I really good enough?* This feeling wasn’t because I lacked ability or preparation—it was because, too often, I didn’t see people who looked like me in these spaces. I would sit in a classroom or a meeting and feel like I had to prove myself, even when I knew I was just as qualified as everyone else. The pressure to be perfect, to not make mistakes, to constantly show that I deserved my spot, weighed on me. There were times I second-guessed myself, hesitated to speak up, or downplayed my accomplishments because I didn’t want to come across as too confident or out of place. What helped me push through was my support system. My family has always been my biggest source of strength. My parents constantly reminded me that I was not just capable—I was meant to be here. They never let me forget that my intelligence, work ethic, and passion were what got me into these spaces, not luck or chance. My teachers and mentors played a huge role too. I had educators who saw my potential and encouraged me to take up space, to own my intelligence, and to stop doubting myself. They reminded me that I wasn’t alone and that many brilliant women before me had walked this same path and overcome the same struggles. I also found strength in representation. Seeing Black women thriving in STEM, business, and leadership showed me that I wasn’t just capable—I was necessary. I realized that imposter syndrome wasn’t a reflection of my abilities, but rather a result of being in environments that weren’t built with me in mind. That understanding changed everything. Instead of wondering if I belonged, I started reminding myself that I’ve earned my place. I embraced my journey, my perspective, and my voice. Overcoming imposter syndrome is an ongoing process, but I’ve learned to silence that doubt and step into every opportunity with confidence. Now, I want to be that representation and encouragement for other young Black women who may be feeling the same way. I want them to know that they are more than enough, that their presence is valuable, and that they have every right to take up space in any room they enter.

My experience with AI and machine learning has been shaped by a deep curiosity about how technology can be used to solve real-world problems, especially for marginalized communities. As a young Black woman in STEM, I’ve always been intentional about making sure my work is meaningful, impactful, and accessible to those who are often left out of technological advancements. One of my most meaningful projects was Elephant Runner, a mobile game I developed to raise awareness about elephant conservation. I wanted to create something that wasn’t just entertaining but also had an educational component, so I integrated AI-driven mechanics that adapt the game’s difficulty based on player performance. The goal was to keep players engaged while teaching them about the threats elephants face, from poaching to habitat destruction. Through this process, I saw firsthand how AI and machine learning could enhance user experience while also promoting awareness for social and environmental issues. The project taught me how to fine-tune machine learning algorithms to make interactions more intuitive, and it reinforced my belief that AI can be a powerful tool for advocacy when designed with purpose. Beyond game development, I also built Jade, a Raspberry Pi-powered virtual assistant that automates tasks and provides personalized assistance. With Jade, I explored natural language processing and speech recognition, allowing the assistant to learn from user behavior and refine its responses over time. I wanted to create something that felt personal and adaptable—something that could not only execute commands but also improve with continued interaction. This project pushed me to dive deeper into the technical aspects of AI, including training models and working with open-source AI frameworks. More than that, it made me think about the ethical responsibilities that come with developing AI—how biases in datasets and design can impact the way AI interacts with different communities. Looking ahead, I plan to use AI and blockchain to address financial inequities, particularly in underserved communities. Too often, financial systems are built without considering the people who need them the most, leaving many without access to the tools necessary for economic mobility. I want to change that by developing AI-driven solutions that provide secure, transparent, and accessible financial resources. Whether it’s through machine learning algorithms that help people make smarter financial decisions or blockchain systems that protect against fraud, my goal is to create technology that empowers rather than excludes. I also want to continue advocating for ethical AI development, ensuring that the technology we create is inclusive and reflective of diverse experiences. AI is already shaping the world in ways we never imagined, but if it’s built without the input of people from different backgrounds, it runs the risk of reinforcing biases and deepening social inequalities. My goal is to be part of the movement that ensures AI serves everyone—not just those with the most privilege and access. At the end of the day, I see AI as more than just a technical field—it’s a space where innovation can drive meaningful change. Whether through Elephant Runner, Jade, or future projects, I’m committed to using AI to create solutions that uplift and empower. Technology has the potential to be one of the greatest equalizers of our time, but only if we design it with intention, empathy, and inclusivity at the forefront.

Calculus is fundamental in the STEM field because it provides the mathematical tools needed to analyze and understand systems that involve change, motion, and variation. As a student majoring in both computer science and mechanical engineering, I’ve come to realize that calculus is at the core of nearly every problem I’ll encounter in both fields. It helps us make sense of the world around us by offering a framework to model and solve real-world problems in a precise, predictable way. In computer science, calculus is essential, especially when dealing with algorithms, optimization, and any system that involves continuous data. For example, in machine learning, which is a huge area of interest in modern computer science, calculus helps with the optimization of models—allowing us to minimize error rates and improve predictive accuracy. When designing algorithms, you often need to think about rates of change and how to improve efficiency. Calculus allows you to better understand how things like time complexity, resource allocation, or the rate at which something is processed can be optimized to create faster, more efficient systems. It’s not just about theoretical numbers; it’s about making real-world technology work better. On the mechanical engineering side, calculus is just as critical. Engineering often involves predicting how structures will behave under various forces, or how parts will move and interact. Take something like designing a bridge—if you didn’t use calculus to understand the forces acting on different points, the structure could fail under pressure. Calculus is used to calculate how materials stretch or compress, how fluids flow, or how parts move in relation to one another. Without it, we wouldn’t be able to create machines or systems that function in the real world. It allows engineers to model everything from the trajectory of a rocket to the airflow over a wing, ensuring that the designs are both safe and efficient. But beyond just equations and formulas, calculus also teaches problem-solving and critical thinking. As a student balancing both fields, I’ve learned that the real value of calculus lies in how it trains you to think logically and methodically when approaching complex problems. Whether I’m optimizing a line of code or designing a mechanical system, calculus gives me the tools to break down big challenges into manageable parts and find solutions based on solid mathematical principles. In the end, calculus is much more than a required course or an abstract set of concepts; it’s a way of thinking that’s deeply embedded in both the computer science and engineering fields. It allows us to innovate, improve, and make systems and technologies that enhance our everyday lives. From the smallest devices to the most massive structures, calculus is essential to building the world around us. Without it, we wouldn’t be able to push the boundaries of what technology and engineering can achieve.

As a young Black woman, attending college is not only a personal aspiration but also a continuation of the educational legacy set by my parents, grandparents, and great-grandparents. I am deeply motivated to pursue a degree in computer science to uplift and empower the Black community. My goal is to gain the knowledge, skills, and resources necessary to create positive change and contribute to the advancement of underrepresented individuals. Growing up, I faced many challenges due to the marginalization and societal obstacles I encountered as a Black woman. The world often underestimated me, and I experienced prejudice and discrimination based on the color of my skin. This difficult reality forced me to become quiet and reserved, and it contributed to anxiety. However, these experiences shaped my resolve to give back to underrepresented individuals and ensure that no one feels as disregarded as I did. No matter my career path, I knew I wanted to uplift others and create opportunities for people who have faced similar barriers. I chose computer science as my field of study because I am passionate about using technology to enact positive societal change. I am particularly interested in blockchain and cryptocurrency, which I believe are powerful tools for financial inclusion and empowerment. With a degree in computer science, my goal is to develop blockchain-based solutions that provide financial services to underserved communities, promote entrepreneurship through microfinance, and make property ownership more accessible through real estate tokenization. As a Black woman in STEM, I am aware of the underrepresentation of individuals like myself in this field. However, rather than being discouraged, I see this as an opportunity to break barriers and diversify the tech industry. I am committed to supporting and uplifting other underrepresented individuals in STEM, particularly women of color, and I aspire to inspire others to pursue careers in technology. My long-term goal is to create a more inclusive, diverse STEM community that fosters collaboration and innovation across all backgrounds. Receiving this scholarship would significantly ease the financial burden on my family. My parents, especially my mother, face significant debt, and I am acutely aware of the strain additional financial obligations would place on them. Despite these challenges, I have maintained a strong academic record and actively contributed to my community. I have balanced academics, extracurricular activities, part-time jobs, and volunteering, demonstrating resilience and dedication. This scholarship would not only help alleviate financial stress but also serve as validation for the hard work and perseverance I have shown. I am incredibly grateful for the opportunity to apply for this scholarship, and I believe it will enable me to continue my education, make a meaningful impact in the tech industry, and give back to my community. Thank you for considering my application.

One of the most significant challenges I faced was during my sophomore year of high school when I was tasked with leading a group project for my computer science class. The project involved creating a functioning app that required each team member to contribute code, design, and research. However, as the project progressed, one of my group members stopped participating altogether. With the project deadline rapidly approaching, I found myself having to pick up the slack. I was already balancing a full academic schedule, extracurricular activities, and a part-time job, so this sudden responsibility felt overwhelming. At first, I was frustrated and stressed. I questioned whether I could complete the project on my own, and I honestly felt like giving up. But I realized that I couldn’t let this setback define me, especially not with a career in STEM in mind. I needed to “turn it up to 11.” So, I re-organized the project into smaller tasks and prioritized what was most essential to ensure we would meet the requirements. I spent late nights troubleshooting code, reaching out to online forums, and even using YouTube tutorials to fill in the gaps in my knowledge. I also recognized that I couldn’t do everything alone, so I asked for help from my teacher. She was incredibly supportive and provided feedback on my progress, helping me identify areas that needed more attention. I also found ways to manage my stress better, breaking the work down into manageable chunks, which kept me from feeling overwhelmed. In the end, I completed the project by the deadline, and I earned an A on it. The experience taught me the importance of resilience and problem-solving under pressure. I learned that while setbacks can feel discouraging, they don’t have to stop you from achieving your goals. I also realized that asking for help, whether from a mentor, teacher, or even online resources, is a crucial part of overcoming challenges. The 11-week mentor program would be a perfect next step for me as I continue to face similar challenges in my academic and professional journey. Having someone to guide me through tough moments, like when I’m working on complex coding problems or facing difficulty in my coursework, would be incredibly valuable. I know that, in computer science, setbacks are inevitable—whether it's debugging a stubborn line of code or grappling with a tough concept. A mentor’s insight could help me navigate these moments more effectively, saving me time and preventing frustration. Additionally, the opportunity to connect with a mentor would help me develop a deeper understanding of the tech industry and prepare me to face challenges head-on as I move forward in my career. I believe that the guidance from a mentor would not only help me technically but also inspire me to continue to push through tough times, just as I did with that project. It would help me build confidence, refine my skills, and ultimately contribute to my growth as a future leader in STEM.

I am driven by the desire to use education as a tool for empowerment and social change, particularly within the Black community. By pursuing higher education, I aim to gain the skills and resources necessary to address the pressing issues faced by underrepresented groups and create a more inclusive and equitable future for all. One of the global issues I am particularly passionate about is the lack of financial inclusion and access to economic opportunities for underserved communities. In many parts of the world, individuals are excluded from basic financial services, such as banking, loans, and credit, due to systemic barriers such as poverty, lack of infrastructure, and societal marginalization. These barriers perpetuate cycles of inequality and prevent people from accessing the resources they need to improve their lives. As a result, many communities are left without the tools to break free from economic hardship or achieve financial independence. Growing up, I experienced firsthand the challenges that come with being marginalized, particularly as a Black woman in America. I quickly realized that the world often underestimated me or had negative preconceptions about me based on the color of my skin. These societal obstacles fueled my determination to give back and uplift others, especially those in communities where opportunities are limited. I want to ensure that no one feels the kind of disregard and exclusion that I felt growing up. The career path I have chosen to help address these issues is computer science, with a particular focus on blockchain and cryptocurrency. I believe these technologies hold the potential to revolutionize financial systems and provide more equitable access to financial services for individuals in underserved communities. Blockchain’s decentralized nature offers a unique opportunity to bypass traditional financial institutions, enabling people to access financial resources without needing a bank account or a credit history. Cryptocurrency can also provide an alternative form of wealth creation and allow individuals to take control of their financial futures in ways that were previously not possible. With a degree in computer science, I aim to develop blockchain-based solutions that promote financial inclusion, such as creating platforms that provide microfinance options for entrepreneurs in low-income areas, facilitating easier access to loans and investments. Additionally, I hope to explore the use of blockchain for property ownership by tokenizing real estate assets, allowing individuals in underserved communities to invest in and own property without the barriers of traditional financial systems. These innovations can help empower people and create a more level playing field for those historically excluded from the economy. Despite the challenges I have faced, my educational goals remain centered on using technology to address these critical issues. As a Black woman in STEM, I am committed to breaking barriers and contributing to the diversification of the tech industry. I want to inspire others, particularly women of color, to pursue careers in technology and STEM fields, thereby fostering a more inclusive and diverse tech community. My long-term vision is to leverage my education and skills to drive lasting social impact and create a more equitable future. I am truly grateful for the opportunity to apply for this scholarship. It would provide the financial support necessary to pursue my academic goals and further my ability to create meaningful change in the world. My family faces significant financial challenges, and receiving this scholarship would ease their burden and allow me to focus on my studies. With the knowledge, resources, and support gained from this scholarship, I am confident that I can help create a better future for individuals in underserved communities.

As a young Black woman, attending college is not only a personal aspiration but it also means continuing the legacy of educational achievement set forth by my parents, grandparents, and great grandparents. I am driven by a deep desire to obtain a degree and leverage it as a tool for uplifting and empowering the Black community. By pursuing higher education, I aim to gain the knowledge, skills, and resources necessary to enforce positive change and contribute to the advancement of underrepresented individuals. Throughout my life, I have faced many challenges and experiences that have shaped me into the person I am today. At a young age, I soon realized that I would face marginalization and societal obstacles because I am a young Black woman in America. I found myself navigating a world that sometimes underestimated or had negative preconceptions about me based on the color of my skin. The weight of this reality forced me to have a quiet, reserved behavior and attributed to my debilitating anxiety. I sought to protect myself from the prejudice and discrimination I have experienced and would continue to endure. Due to this harsh and unruly treatment, I knew that no matter my career path, I would uplift and give back to underrepresented individuals, ensuring that no one feels as disregarded and unwanted as I felt growing up in this society. The career path I have chosen to help me achieve this goal is computer science. I am passionate about leveraging technology to enact positive societal change. My plan is to focus on blockchain and cryptocurrency, as I believe these are powerful tools for financial inclusion and empowerment. With a STEM degree in computer science, I aim to develop blockchain-based solutions that provide easy access to financial services for individuals in underserved communities, promote entrepreneurship and personal development through microfinance initiatives, and make property ownership more accessible through tokenization of real estate assets. Despite the challenges I have faced, my educational goals remain centered on pursuing a career that embodies my passion for leveraging technology for social impact. As a Black woman in STEM, I am deeply committed to breaking barriers and contributing to the diversification of the tech industry. I intend to actively engage in initiatives supporting and uplifting underrepresented individuals in STEM, particularly women of color. My aspiration is to inspire others and create a more inclusive and diverse STEM community. I would like to add that I am grateful for the opportunity to apply for this scholarship, as it would enable me to further my academic pursuits and amplify my efforts in giving back to the community. With this scholarship, I am confident that I can make a meaningful impact on the world around me and create lasting change within the technology sector. I believe I deserve this scholarship because my family faces some financial challenges in supporting my college education. My parents, especially my mother, are burdened with debt, and I am aware of the strain that further financial obligations would place on them. Despite these obstacles, I have maintained a strong academic record and actively contributed to my community. Balancing academics, extracurricular activities, part-time jobs, and volunteering, I have demonstrated resilience and dedication throughout my high school years. And receiving this scholarship would not only ease the financial burden on my family but also validate my hard work and perseverance. I am deeply grateful for the chance to be considered and would be honored to receive support to continue my education. Thank you for considering my application.

Hi, I am Erin Cooper! For many years I have asked myself, “what is my purpose in life.” “How can I make this world a better place?” And for the longest time, I never had an answer to those questions. All I knew was that I loved animals. Once I turned sixteen, I finally had the opportunity to help the animals in my community. I was allowed to volunteer at the Animal Care and Control Shelter. After being around all of these beautiful animals, I saw the thing that they most desperately needed, which was love and attention. You could see the sadness and desperation in their eyes, longing for some kind of admiration. It truly broke my heart to see these animals that bring so much joy and love into others' lives quickly start to loathe their own. I knew then and there that I had to step up and find a way to bring purpose back into these animals' lives. I spent countless days, weeks, and months trying to find a solution. I continued to research and learn more about how different animals can be used to help out in the community. I then found out and grew my knowledge of service dogs, therapy pets, etc. And I recognized that I could get dogs trained to be therapy dogs and bring them into public settings. But simply wasn’t enough for me, I needed to take it a step further. I then realized that hospital patients, mainly children, suffer from the same issues of feeling hopeless. I genuinely understand how some of these children feel. I can relate to them because I spent some time in and out of the hospital when I was younger. Luckily, I have found the perfect way for these animals to have a purpose, feel loved, and bring happiness to children's lives that are already dealing with so much. I am starting a process where we take the shelter animals to get thoroughly trained to bring them to the hospital to interact with people who love animals and need some quality time outside their hospital room. When I was in the hospital, I would have loved it if we had a program like this. This is also an amazing opportunity for these animals to get adopted. Over the summer my project “Paws for a Cause” will be up and running. I can’t wait to see how much of an impact this project will make on people’s lives.