I grew up learning to navigate school with a sense of independence earlier than most. As a student at Sweetwater High School, a Title I school, I quickly realized that resources and support were not always evenly distributed, and that if I wanted to grow academically, I would need to actively seek out opportunities rather than wait for them. That mindset shaped how I approached my education, but it also shaped how I view responsibility. If I am able to understand something, I feel a responsibility to help others understand it as well. Academically, I have been most drawn to math, physics, and engineering concepts that explain how systems behave and interact. Over time, this interest developed into a clear direction in Electrical Engineering, with a focus on machine learning, controls, and robotics. What excites me about this field is not just the equations or theory, but the way it connects abstract ideas to physical systems that operate in the real world. I am especially interested in autonomous robotics because it sits at the intersection of perception, decision-making, and control. These systems must function in environments that are unpredictable and constantly changing, which makes the problem both technically challenging and deeply meaningful. Outside of the classroom, one of the most defining parts of my journey has been tutoring. I began helping classmates as early as middle school, often informally, and continued throughout high school in subjects ranging from foundational math to AP-level courses. Eventually, I expanded this into formal tutoring at Grade Potential Tutoring, where I work with K through 12 students in math and science. Through tutoring, I learned that understanding a subject is not the same as being able to explain it. It requires patience, adaptability, and the ability to meet students where they are. More importantly, it has shown me how powerful education can be when someone feels supported. Many students I have worked with did not lack ability, but instead lacked confidence or access to clear guidance. One of my strengths is persistence. When I encounter difficult material, I do not avoid it. I break it down step by step until I can understand it fully. This approach has helped me succeed in rigorous coursework and has also made me a more effective tutor. Another strength is communication. I have learned how to explain complex ideas in simpler terms without losing their meaning. One of my weaknesses is that I sometimes take on too much responsibility at once, especially when I want to help others. I have had to learn that being effective sometimes means pacing myself and focusing on doing fewer things well rather than trying to do everything at once. Looking forward, my goal is to pursue Electrical Engineering at UC San Diego and eventually continue into graduate study, potentially a PhD focused on autonomous robotics. I want to contribute to the development of systems that can operate safely and intelligently in real-world environments, including transportation, healthcare, and disaster response. At the same time, I want to remain connected to teaching and mentorship because I know firsthand how much difference guidance and encouragement can make in a student’s life. This scholarship would directly support my ability to pursue this path by reducing the financial pressure of college and allowing me to focus more fully on academics, research opportunities, and community involvement. Beyond financial support, it would also serve as recognition of the journey I have taken so far, from learning independently in a resource-limited environment to preparing for advanced study in engineering. Most importantly, it would help me continue building toward a future where I can contribute both technically and personally, using my education not only to advance my own goals, but to support and uplift others along the way.

A college degree represents more than academic achievement for me—it represents a shift in trajectory for both my life and my family’s future. As a first-generation college student, I am stepping into a path that no one in my immediate family has taken before. Because of that, I see my education not only as personal growth, but as the beginning of a new foundation that future generations can build on with more stability, opportunity, and confidence. I plan to study Electrical Engineering at UC San Diego, focusing on machine learning, controls, and robotics. To me, engineering is powerful because it connects abstract ideas to real systems that interact with the physical world. I am especially interested in autonomous robotics because these systems must make decisions in unpredictable environments, combining perception, reasoning, and control. That complexity motivates me—I want to understand how intelligent systems are built from the ground up and how they can be improved to become safer, more reliable, and more useful in real-world applications. A college degree in this field would open doors that were not previously available in my family, not just in terms of career opportunities, but in terms of understanding how systems and institutions work. It would allow me to enter spaces where technology is being actively designed and shaped, and eventually contribute to that work at a deeper level. My long-term goal is to pursue graduate study in Electrical Engineering and work in research related to autonomous robotics, where I can help develop systems that improve safety, efficiency, and accessibility in everyday life. What I am most passionate about, however, is not only learning engineering, but also teaching it. Since middle school, I have been tutoring peers in math and science, and over time it has become one of the most consistent parts of my academic life. I have helped students across a wide range of subjects, including AP-level coursework, by breaking down complex ideas into simpler steps and helping them build confidence in their abilities. I also work as a tutor at Grade Potential Tutoring, where I support K–12 students in developing foundational skills in STEM subjects. Through this work, I have learned that understanding grows strongest when it is shared, and that patience and communication are just as important as technical knowledge. My academic journey at Sweetwater High School, a Title I school, has shaped how I view opportunity and education. I have seen how limited resources can affect students’ access to academic support, even when they are capable and motivated. That experience pushed me to take initiative in my own learning and to support others whenever possible. It also reinforced my belief that education is not just about individual success, but about lifting others as you grow. A college degree, for me, is not just a credential. It is a turning point that will allow me to move from being someone who learns and receives support, to someone who builds, contributes, and eventually creates opportunities for others. It represents the ability to break cycles of limitation in my family and to help future generations start from a stronger place than I did.

The future I am working toward is one where I can use engineering not just as a technical skill, but as a way to understand and improve systems that interact with the real world. I am planning to study Electrical Engineering at UC San Diego, with a focus on machine learning, controls, and robotics. What draws me most to this path is not just the complexity of the field, but the idea that these systems can make decisions, adapt, and operate in environments that are unpredictable. That intersection between logic, uncertainty, and physical reality feels like the kind of problem-solving I want to spend my life working on. A major long-term goal I have is to work toward research in autonomous robotics. I am especially interested in how robots can be designed to function safely and reliably in real-world environments, where conditions are messy and constantly changing. There is something meaningful to me about building systems that have to “think” and react outside of controlled simulations. I want to understand how perception, decision-making, and control can be integrated in a way that makes these systems more useful, accessible, and trustworthy. I also hope to eventually pursue graduate study so I can contribute to this field at a deeper research level. What gives me a sense of purpose is teaching and helping others understand difficult concepts. Since middle school, I have been tutoring classmates in subjects ranging from basic math to AP-level courses, and over time it has become one of the most consistent parts of my life. There is a specific kind of satisfaction in seeing someone go from confusion to understanding, especially when they start believing they are “bad” at a subject. I also work as a tutor at Grade Potential Tutoring, where I continue supporting K–12 students in math and science. These experiences have made me realize that knowledge only becomes meaningful when it is shared. Attending Sweetwater High School, a Title I school, shaped how I see education and opportunity. I saw classmates with potential who were limited not by ability, but by access to support and resources. That experience made me value education not just as personal advancement, but as something that should be passed forward. It also motivated me to stay disciplined in my own academics and to seek out opportunities like tutoring, leadership, and rigorous coursework whenever possible. As a first-generation college student, reaching this point already feels significant. It represents not just my own effort, but the sacrifices and support of my family. However, I also see it as a starting point rather than an endpoint. I am still figuring out exactly where this path will lead, but I know I want it to involve building things that matter and helping others learn along the way. This scholarship would directly support my ability to continue this path by reducing financial pressure and allowing me to focus more fully on academics, research, and involvement at UCSD. More importantly, it would help me invest in a future where I can continue growing as an engineer while staying connected to teaching and community impact.

Beyond the academic rankings and professional roles, I am defined by a refusal to be a bystander in my own life. I am a builder who views every limitation as a design challenge rather than a dead end. My identity was forged in the quiet hours between my parents’ 13-hour shifts. This was where I learned that the most profound form of love is the discipline to show up when you are exhausted. This manual labor approach to life is what makes me who I am. I do not wait for a seat at the table; instead, I build the table myself. I am also defined by a deep sense of collective loyalty. Whether it is the eight years I have spent refining a digital comic to value consistency over perfection, or the six years I have dedicated to the piano to master emotional discipline, I am driven by the process of growth. I am the person who sees a gap in a peer's understanding and spends my Friday night drafting a guide to fix it. My purpose is rooted in the belief that my potential is only as valuable as the impact it has on the people around me. I am a strategist, a mentor, and a first-generation immigrant who believes that grit is the ultimate equalizer. I am a person who turns the messy sketch of a dream into a functional reality.

My sense of purpose is a direct reflection of the manual construction I witnessed growing up. Since moving to the United States at age five, I have watched my parents maintain a grueling cycle of labor to support our family. My father works from 6 AM to 7 PM, and my mother works overnight from 3 PM to 8 AM. Their quiet, consistent sacrifice taught me that purpose is found in the relentless act of absorbing hardship so that others might have a foundation to build upon. This background forced me to become my own architect. When my school lacked advanced STEM tracks, I taught myself Python and mastered AP Calculus through online lectures. Reaching the position of Rank 1 Valedictorian with a 4.65 GPA while working as a professional tutor and a delivery driver for Havn Club reinforced my belief that resourcefulness is a requirement for progress. I realized that my technical skills are not just for personal advancement, but are tools meant to bridge the gap for others facing similar barriers. My purpose is now rooted in engineering a more equitable future. By studying Electrical Engineering and Computer Science at UC San Diego, I intend to develop AI tools that function as equalizers for underserved communities. I want to ensure that a student’s potential is defined by their persistence, not by the hours their parents work. I am driven to turn my family’s history of manual labor into a legacy of technical service.

My inspiration to study computer science is rooted in the intersection of manual labor and digital architecture. Growing up in a Title 1 community since the age of five, I have watched my parents maintain a grueling work cycle to support our family of four children. My father works from 6 AM to 7 PM, and my mother often works overnight shifts from 3 PM to 8 AM. Their lives are defined by physical endurance and the immediate needs of survival. Seeing their sacrifice firsthand instilled in me a relentless work ethic, but it also sparked a realization. While my parents use their hands to sustain our present, I want to use my mind and a keyboard to build a more efficient and equitable future. I am driven by the idea that code is the ultimate equalizer. Because my school lacked advanced STEM tracks, I had to become my own instructor. I spent nights in PyCharm teaching myself Python and mastering the logic of data structures. This experience of building my own educational infrastructure from scratch was my first real encounter with the power of computer science. I realized that with a computer and an internet connection, I could bypass the limitations of my physical environment. This sense of agency is what inspires me. I want to master the languages that run the modern world so I can rewrite the scripts that currently limit the potential of students from backgrounds like mine. The specific area I plan to work in is the development of Artificial Intelligence and Machine Learning tools designed for accessibility and education. I am drawn to this field because I have seen how the digital divide functions as a gatekeeper. Throughout my time as the Rank 1 Valedictorian and a professional tutor for Grade Potential Tutoring, I have noticed that many brilliant students are held back not by a lack of intelligence, but by a lack of tailored resources. I want to build AI systems that can act as personalized mentors for students in underserved communities, providing the "second half of wisdom" to those who have the grit but lack the traditional support systems. Furthermore, my experience as a delivery driver for Havn Club using the Spark Dispatch platform has given me a ground-level view of how algorithms impact human labor. I am interested in exploring how system architecture can be optimized to make physical work safer and more sustainable. By integrating my studies in Electrical Engineering at UC San Diego with a focus on Computer Science, I want to work at the hardware-software interface. I plan to develop intelligent systems that assist in complex problem-solving, whether in aerospace, healthcare, or urban infrastructure. Ultimately, my goal is to turn the "immigrant work ethic" I inherited from my parents into technical innovation. I am not just pursuing a degree for personal prestige. I am pursuing it to honor the 13-hour days my father works and the overnight shifts my mother endures. I want to use computer science to build a world where a student’s potential is determined by their persistence and curiosity, not by the hours their parents work or the zip code they live in. By focusing on accessible AI, I am ready to turn my family’s sacrifice into a legacy of service and progress.

My identity as a first-generation student has been defined by a commitment to manual construction and a refusal to let a lack of resources dictate my potential. Having lived in the United States since I was five years old, I have navigated a path toward Electrical Engineering without the luxury of external blueprints. I am the Rank 1 Valedictorian of a class of over 500 with a 4.65 weighted GPA. I balance this academic rigor with professional responsibilities as a tutor with Grade Potential Tutoring and as a delivery driver for Havn Club using the Spark Dispatch platform. What makes my journey unique is this intersection of high-level technical ambition and a ground-level work ethic. The most important relationships in my life are defined by a spirit of quiet, consistent sacrifice. My parents have modeled a staggering work ethic to support our family of four children. My father typically works from 6 AM to 7 PM, and my mother often works overnight shifts from 3 PM to 8 AM. Watching them sacrifice their sleep and physical health to provide a foundation for my siblings and me has shaped my own relentless approach to my education. They taught me that true compassion is the act of absorbing hardship so that someone else does not have to. I also maintain a deep sense of responsibility toward my peers. I realized early on that my academic rank meant nothing if I climbed the mountain alone. I turned my self-study notes into open-source Google Docs and hosted late-night study sessions to help my friends raise their grades in Physics and Calculus. I wanted to ensure that my community rose with me. Financial struggle is the most significant variable in my life equation. Despite my academic ranking, the cost of an Electrical Engineering degree at UC San Diego remains a massive barrier for my family. We operate on a strict budget where every dollar is allocated to necessities. This scholarship, established in honor of Thomas’ big heart, would act as the essential bridge between my current financial reality and my long-term technical ambitions. It would allow me to focus entirely on the rigorous engineering curriculum at Warren College rather than splitting my focus between full-time labor and my studies. I plan to make a difference in the broader community by engineering systems that reduce the barriers I had to climb. My long-term goal is to use my education to research and develop AI tools that are specifically designed for accessibility in underserved populations. I have seen firsthand how the digital divide can limit a student’s horizon. I want to ensure that technology becomes an equalizer rather than a gatekeeper. By honoring Thomas’ memory through this scholarship, you are investing in a builder who knows how to turn a lack of resources into a legacy of service. I am ready to turn my family’s hard work into a career that solves complex problems and uplifts those who are starting from zero.

Compassion is often viewed as a soft emotion, but in my life, it has always been a form of manual labor. I learned my compassionate ways by watching the quiet, grueling sacrifices of my parents. Having lived in the United States since I was five years old, I have watched my father work from 6 AM to 7 PM and my mother work overnight shifts from 3 PM to 8 AM. Their compassion was not expressed through grand speeches. It was expressed through the exhaustion they endured to provide a foundation for their four children. They taught me that true compassion is the act of absorbing hardship so that someone else does not have to. I exemplify this compassion in action through my role as a professional tutor with Grade Potential Tutoring and as a peer mentor at my school. Being the Rank 1 Valedictorian with a 4.65 GPA gave me access to academic resources that many of my peers struggled to find. Instead of using my position to distance myself from others, I chose to bridge the gap. I remember the frustration of being an obese child who felt overlooked, and that memory drives me to support students who feel defeated by complex subjects like AP Calculus or Physics. I have spent countless hours creating open-source study guides and hosting virtual review sessions to help my classmates raise their grades. For me, compassion is using my own technical mastery to dismantle the barriers that hold others back. My work as a delivery driver for Havn Club using the Spark Dispatch platform has also reinforced my commitment to service. In this role, I am often the link between a service and a person’s daily needs. I approach every interaction with the understanding that everyone is fighting a silent battle, much like my parents did during their twelve-hour shifts. This perspective allows me to maintain a sense of empathy and patience even during high-pressure situations. I have learned that a small act of reliability can be a significant form of support for someone who is overwhelmed. I intend to continue exemplifying compassion in action through my career in Electrical Engineering at UC San Diego. My long-term ambition is to research and develop AI tools that are specifically designed to be accessible for underserved communities. I want to ensure that the next generation of technology acts as an equalizer rather than a gatekeeper. By designing systems that are intuitive and affordable, I can provide the same kind of structural support for others that my parents provided for me. I want to build a world where a student’s potential is not limited by their financial status or their primary language. Ultimately, my education is a tool for community-wide empowerment. I am not just pursuing a degree for personal prestige. I am pursuing it to honor the 3 PM to 8 AM shifts my mother worked and the thirteen-hour days my father endured. I want to turn my family's legacy of sacrifice into a legacy of innovation and service. By combining my technical expertise with the empathy I learned at home, I am ready to engineer solutions that uplift the people who are starting with nothing but a messy sketch of a dream. My definition of success is not just reaching the top of the mountain. It is building a staircase so that others can climb up with me.

Fitness is not just a hobby for me. It is a rigorous discipline that saved my physical health and redefined my mental architecture. Growing up as an obese child in elementary school, I lived with a constant sense of physical and social limitation. Moving through the world felt heavy, both literally and figuratively. However, the transition into middle school marked a turning point. I decided that I would no longer be defined by a lack of control over my own body. That initial decision to step into a gym transformed into a life-long habit that has stayed with me through the pressures of being a Rank 1 student and a professional tutor. Overcoming childhood obesity was my first major engineering project. I had to learn how to break down the massive, intimidating goal of health into small, iterative steps. Just as I approach a complex problem in AP Physics or a coding error in PyCharm, I began to view my body as a system that required precise inputs to achieve specific outputs. I committed to a regimen of six days per week, focusing on both strength and cardiovascular health. This consistency allowed me to shed the weight, but the true benefit was the mental resilience I gained in the process. I learned that discomfort is not a signal to stop. It is a signal that growth is occurring. This passion for fitness has bettered my life by providing a necessary escape from the high-pressure environment of my academic and professional responsibilities. When I am working as a delivery driver for Spark Dispatch or balancing a heavy course load, the gym serves as a sanctuary for stress relief. It is the one place where I can turn off the constant internal dialogue about grades and college applications and focus entirely on the physical task at hand. This practice has trained my discipline and my tolerance for struggle. I have found that the same grit required to finish a grueling leg day is the same grit required to sit at a desk until I solve a difficult multi-step calculus problem. Fitness has also shaped how I view leadership and service. In my role as a private tutor with Grade Potential Tutoring, I often work with students who feel defeated by their circumstances. I share my journey of physical transformation to show them that their current "state" is not their permanent "identity." I explain that just as muscles are built through repeated resistance, their academic skills are built through the repeated struggle of learning. My background in fitness has taught me that consistency trumps perfection every time. Ultimately, my commitment to personal fitness is a testament to my independence and resourcefulness. Without the guidance of a personal trainer or a wealthy background, I used online resources and self-study to build a healthy lifestyle from the ground up. This journey from an obese child to a disciplined athlete has proven to me that I can overcome any barrier through persistence. As I prepare to study Electrical Engineering, I carry this athlete’s mindset with me. I am ready to tackle the rigors of a university curriculum with the same intensity and unwavering focus that I bring to the gym every single day.

My identity is defined by a commitment to manual construction and a refusal to let a lack of resources dictate my potential. As a first-generation student at a Title 1 school, I have navigated a path toward Electrical Engineering without the luxury of external blueprints. I am the Rank 1 Valedictorian of a class of over 500 with a 4.65 weighted GPA. I also balance my academic life with professional responsibilities as a tutor with Grade Potential Tutoring and as a delivery driver for Havn Club using the Spark Dispatch platform. What makes my journey unique is this intersection of high-level technical ambition and a ground-level work ethic. My first language is Tagalog. Moving to the United States at the age of five meant that my early education was a constant exercise in translation. Being bilingual has presented several challenges, particularly in the academic sphere. In my early years, there was a persistent mental lag as I processed English instructions through a Tagalog lens. This language barrier often made me feel like an outsider in my own classroom. It required a double effort to not only master the subject matter but to also master the nuances of a second language. However, this challenge eventually became a technical asset. It forced me to develop a high level of linguistic precision and a deep appreciation for the structure of communication. The benefits of being bilingual far outweigh the initial struggles. Speaking Tagalog allows me to maintain a deep connection to my heritage and my family. It is the language of the dinner table and the language of the 6 AM to 7 PM work ethic that my father models every day. Furthermore, being bilingual has made me a more effective communicator in my professional life. As a tutor, I can empathize with students who are struggling to grasp complex concepts because I remember what it felt like to be lost in translation. It has given me a "multithreaded" way of thinking that is incredibly useful in computer science and engineering. I am used to switching between different systems of logic, which makes learning a new programming language like Python feel like a natural extension of my existing skills. Post-graduation, my plans are focused on leveraging my technical education to serve underserved communities. I will be attending UC San Diego to major in Electrical Engineering and minor in Computer Science. My long-term goal is to research and develop AI tools that are specifically designed for accessibility. I want to ensure that technology becomes an equalizer for students who start with nothing but a messy sketch of a dream. I plan to use my background in both Tagalog and English to bridge the gap between complex engineering concepts and the people who need them most. Ultimately, my education is a tool for community-wide empowerment. I am not just pursuing a degree for personal prestige. I am pursuing it to honor my family's sacrifice and to build a legacy of innovation and service. By combining my technical expertise with the resilience of my bilingual background, I am ready to turn my family’s hard work into a career that solves complex problems and uplifts those who are starting from zero.

Adversity is not an external obstacle to my growth. It is the very material I have used to build my identity. Having lived in the United States since I was five years old, I have spent my entire educational career navigating a world where the infrastructure for my success was not guaranteed. My family of four children relied on a grueling cycle of labor to maintain our household. My father worked from 6 AM to 7 PM, and my mother worked overnight from 3 PM to 8 AM. The most significant adversity I faced was the quiet, daily pressure of a Title 1 environment where high-level academic resources were scarce. To reach the position of Rank 1 Valedictorian with a 4.65 GPA, I had to engineer a path through a landscape of limited opportunities. I overcame this adversity by adopting a philosophy of radical resourcefulness. When my school could not provide the advanced STEM courses I needed for my future in Electrical Engineering, I refused to accept that as a final answer. I became my own instructor. I utilized platforms like PyCharm to teach myself Python and spent countless hours transcribing university lectures to master AP Calculus. I treated my education like a manual labor project. I balanced my studies with responsibilities as a professional tutor for Grade Potential Tutoring and a delivery driver for Havn Club using the Spark Dispatch platform. By treating my time with the same precision my parents brought to their twelve-hour shifts, I turned a lack of resources into a surplus of discipline. This adversity shaped me into a builder who values collective progress over individual prestige. I realized that my struggle was not unique to me, but was a shared experience among many first-generation students. This insight transformed how I view leadership. Instead of keeping my self-study techniques to myself, I created open-source Google Docs and hosted study sessions to help my peers raise their grades in Physics and Calculus. I learned that the most effective way to overcome a difficult environment is to build a community that supports one another. My struggle gave me the grit to succeed and the empathy to lead. For someone facing similar circumstances, my primary advice is to view your limitations as a prompt for innovation. Do not wait for a blueprint to be handed to you. If the resources you need are not present, you must build them yourself. Use the internet as your laboratory and treat every setback as a debugging process. Most importantly, remember that your current state is not your permanent identity. I began my journey as an obese child and I am leaving high school as a valedictorian headed to UC San Diego. You must remain consistent even when you do not see immediate results. Success in a high-pressure environment is rarely about a single moment of brilliance. It is about the hundreds of hours spent in the chair when no one is watching. If you apply the same intensity to your goals that your parents apply to their survival, you will eventually create a reality that matches your highest ambitions. Adversity is a difficult teacher, but the resilience it builds is a permanent asset that will serve you for the rest of your life.

This background forced me to become my own architect. When my school lacked advanced STEM tracks, I taught myself Python in PyCharm and mastered AP Calculus through online lectures. I balanced this rigor with the responsibilities of a professional tutor for Grade Potential Tutoring and a delivery driver for Havn Club using the Spark Dispatch platform. These challenges taught me that resourcefulness is a requirement, not an option. I am currently the Rank 1 Valedictorian of my class with a 4.65 weighted GPA. I achieved this by treating my study schedule with the same discipline my parents bring to their twelve-hour shifts. Financial struggle is the most significant variable in my life equation. Despite my academic ranking, the cost of an Electrical Engineering degree and an eventual Master’s degree remains a massive barrier for my family. We operate on a strict budget where every dollar is allocated to necessities. Without significant scholarship support, the transition to UC San Diego this fall will place an immense strain on our household. I am committed to working to support my goals, but the sheer cost of tuition and engineering materials is a wall that hard work alone cannot scale. This scholarship will act as the essential bridge between my current financial reality and my long-term technical ambitions. It will allow me to focus entirely on the rigorous engineering curriculum at Warren College rather than splitting my focus between full-time labor and full-time study. My goal is to use my education to develop AI tools that are accessible to underserved people. I want to ensure that technology becomes an equalizer for students who start with nothing but a messy sketch of a dream. By supporting my journey, you are investing in a builder who knows how to turn a lack of resources into a blueprint for innovation.

The transition from the Philippines to America in 2013 was a period of profound disorientation. As a young immigrant, I was navigating a new language, a new school system, and the heavy expectations of a family striving for a foothold in a Title 1 community. During this time of total upheaval, my two dogs were the only constants. They were the silent witnesses to my growth from an obese elementary student into the Rank 1 Valedictorian I am today. Losing one a year ago and the second this year felt like the closing of the primary chapter of my life. These losses have shaped my understanding of loyalty, responsibility, and the finite nature of the time we are given to make an impact. My dogs were not just pets. They were the anchors of my emotional infrastructure. When I was teaching myself Python in PyCharm late at night or struggling through the derivation of a complex calculus limit, they were the only ones in the room who did not care about my 4.65 GPA. Their presence provided a grounding force that allowed me to endure the pressure of high-level academic competition. When the first dog passed, I felt a sudden instability in my routine. When the second followed this year, the loss forced me to confront the reality that the support systems we lean on are often temporary. This experience has fundamentally influenced my outlook on productivity and service. I have learned that because time is non-renewable, the work I do must have a purpose beyond personal prestige. My commitment to being a professional tutor with Grade Potential Tutoring and a delivery driver for Spark Dispatch is driven by a desire to use my time to provide tangible value to others. I no longer view my long-term goals in Electrical Engineering as just a career path. I view them as a race against time to build technologies that can improve lives while I still have the agency to do so. The loss of my dogs has also refined my approach to technical problem solving. In engineering, we often focus on the durability of a system. Losing my childhood companions taught me about the fragility of even the most resilient bonds. This has sparked a specific interest in how I can use AI and electrical systems to create more accessible healthcare or communication tools for underserved people. I want to build things that last, but I also want to build things that honor the transient nature of life. Today, I live my life with a heightened sense of intentionality. I no longer take my 6 AM to 7 PM work ethic for granted, nor do I ignore the small moments of quiet between my responsibilities. My dogs taught me that loyalty is a quiet, consistent action. I apply that same loyalty to my community by sharing my resources and mentoring my peers. I am a builder who understands that while we cannot prevent loss, we can use the lessons it leaves behind to construct a more empathetic and driven future. My goal is to ensure that the legacy of those who supported me is reflected in the systems I engineer for the world.

My identity is defined by a commitment to manual construction and a refusal to let a lack of resources dictate my potential. As a first-generation student at a Title 1 school, I have navigated a path toward Electrical Engineering without the luxury of external blueprints. I am the Rank 1 Valedictorian of a class of over 500, with a 4.65 weighted GPA. I also balance my academic life with professional responsibilities as a tutor with Grade Potential Tutoring and as a delivery driver for Spark Dispatch. What makes my journey unique is this intersection of high-level technical ambition and a ground-level work ethic. I do not just absorb knowledge. I build systems to share it. This resourcefulness is the core of my character. When my school lacked advanced STEM courses, I taught myself Python in PyCharm and mastered AP Calculus using online lectures. I then translated those self-study notes into open-source Google Docs for my peers. I helped my friends raise their grades from Cs to Bs because I believe that leadership is about bringing your community up with you. Whether I am practicing piano for six years to find discipline or working on a digital comic in FlipaClip for eight years to value consistency over perfection, I apply the same relentless focus to every endeavor. I plan to make a positive impact on the world by engineering systems that reduce the barriers I had to climb. My long-term career ambition is to use my education in Electrical Engineering and Computer Science to research and develop AI tools that are accessible to underserved populations. I have seen firsthand how the digital divide can limit a student’s horizon. I want to ensure that technology becomes an equalizer rather than a gatekeeper. By creating affordable and intuitive technical resources, I can provide the second half of wisdom to students who have the determination but lack the traditional support systems. Furthermore, I intend to use my career to foster a culture of collective growth. My parents worked twelve-hour shifts, often from 6 AM to 7 PM, or overnight from 3 PM to 8 AM, just to support our family. They worked so that I could have a seat at the table. I plan to use my career in engineering to ensure that the table gets bigger. I want to build a world where a student’s potential is determined by their persistence and curiosity, not by their zip code or financial status. Ultimately, my education is a tool for community-wide empowerment. I am not just pursuing a degree for personal prestige. I am pursuing it to honor my family's sacrifice and to build a legacy of innovation and service. By combining my technical expertise with the resilience of my background, I am ready to turn my family’s hard work into a career that solves complex problems and uplifts those who are starting with nothing but a messy sketch of a dream.

Achieving the rank of Valedictorian in a class of over 500 students at a Title 1 school was not a journey defined by natural brilliance. It was a four-year exercise in strategic endurance and the manual construction of resources that did not previously exist. Growing up in an immigrant household where my father worked from 6 AM to 7 PM and my mother worked 3 PM to 8 AM the next morning, I understood that my academic path would not be paved with private tutors or external enrichment. The hardship was a quiet, daily struggle against a lack of infrastructure. To overcome this, I had to develop a rigorous set of self-taught techniques that eventually turned a messy sketch of an ambition into a documented reality. The primary strategy I employed was the creation of a personal digital laboratory. Because my school had a limited assortment of STEM classes and lacked the advanced AP Physics C or Computer Science A tracks I desired, I had to act as my own instructor. I utilized a technique I call iterative deep-learning. I would watch university-level lectures on YouTube, pausing at half-speed to transcribe every step of a derivation into meticulous Google Docs. I did not just read the material. I re-engineered it into a modular format that I could later teach to others. This process of breaking complex systems down into their smallest components is a skill I now apply to everything from Python coding in PyCharm to CAD modeling in Fusion 360. Another critical skill was the management of time as a finite resource. Balancing a 4.65 weighted GPA with responsibilities as a delivery driver for Spark Dispatch and a professional tutor for Grade Potential Tutoring required a level of discipline that many of my peers did not have to develop. I treated my schedule with the precision of an electrical circuit. Every hour was allocated to a specific function: labor, study, or service. When I hit a wall, such as failing to get a piece of code to run for days, I refused to quit. Instead, I employed a technical debugging mindset. I would isolate the variables, test each line of my life logic, and iterate until the system functioned. This grit allowed me to stay in the chair until the most difficult multi-step calculus problems were solved. However, the greatest achievement of being Valedictorian was not the number one next to my name. It was the collaborative system I built to bring others with me. I turned my self-study guides into open-source resources for my classmates. I hosted late-night voice calls and used virtual whiteboards to mentor friends who were struggling to pass AP Physics or Calculus. By explaining these concepts to others, I reinforced my own mastery while simultaneously lifting the collective GPA of my peer group. I learned that leadership is the highest form of service, and that a title is only meaningful if it is used to empower those who have the same determination but fewer resources. Ultimately, becoming Valedictorian was a testament to the power of persistence over circumstance. It proved that a first-generation student can outpace the limitations of their environment through a combination of technical precision and unwavering discipline. As I head toward a major in Electrical Engineering and a minor in Computer Science, I carry these strategies with me. I am not just a student who achieved a high rank. I am a builder who knows how to turn tremendous hardship into a blueprint for innovation.

Being a college-bound student in an immigrant family means growing up in the shadow of a relentless work ethic. My parents do not just hold jobs; they maintain a grueling cycle of labor to sustain a family of four children. My father often works from 6 AM to 7 PM, and my mother frequently works a shift from 3 PM until 8 AM the next morning. Watching them navigate these exhausting schedules has been my most profound education. It taught me that every opportunity I have is a product of their physical sacrifice. As I prepare to study Electrical Engineering at UC San Diego, my goal is to transform their manual labor into my intellectual contribution to the world. This background as a first-generation scholar in a Title 1 school has instilled in me a sense of mechanical necessity. I realized early on that there was no safety net and no external blueprint for my success. My parents provided the foundation of survival, but I had to build the structure of my future myself. This meant teaching myself Python in PyCharm and mastering AP Calculus through online resources while my peers had access to private tutors. It also meant working as a delivery driver for Spark Dispatch and a professional tutor for Grade Potential Tutoring to contribute to my own path. My identity is defined by this intersection of high-level academic ambition and the ground-level grit I inherited from my parents. I plan to make a positive impact on the world by engineering systems that reduce the barriers I had to climb. My long-term ambition is to use my education in Electrical Engineering and Computer Science to research and develop AI tools that are accessible to underserved populations. I have seen how the digital divide can limit a student’s horizon, and I want to ensure that technology becomes an equalizer rather than a gatekeeper. By creating affordable, intuitive technical resources, I can provide the "second half of wisdom" to students who, like me, have the determination but lack the traditional support systems. Furthermore, I intend to use my experience to foster a culture of collective growth. Just as I created open-source Google Docs and hosted peer-led study sessions to help my friends raise their grades in AP Physics and Calculus, I will continue to build academic infrastructure for others. My parents worked twelve-hour shifts so that I could have a seat at the table. I plan to use that seat to ensure that the table gets bigger. Ultimately, my education is a tool for community-wide empowerment. I am not just pursuing a degree for personal prestige; I am pursuing it to honor the 3 PM to 8 AM shifts my mother worked and the thirteen-hour days my father endured. I want to build a world where a student’s potential is determined by their persistence and curiosity, not by the zip code they live in or the hours their parents work. By combining my technical expertise with the resilience of my immigrant background, I am ready to turn my family’s sacrifice into a legacy of innovation and service.

My identity is defined by a commitment to manual construction and a refusal to let a lack of resources dictate my potential. As a first-generation student at a Title 1 school, I have navigated a path toward Electrical Engineering without the luxury of external blueprints. I am the Rank 1 Valedictorian of a class of over 500, a professional tutor with Grade Potential Tutoring, and a delivery driver for Spark Dispatch. What makes me unique is this intersection of high-level academic ambition and a ground-level work ethic. I do not just absorb knowledge; I build systems to share it. This resourcefulness is the core of my character. When my school lacked advanced STEM courses, I taught myself Python in PyCharm and mastered AP Calculus using online lectures. I then translated those self-study notes into open-source Google Docs for my peers. I helped my friends raise their grades from Cs to Bs because I believe that leadership is about bringing your community up with you. Whether I am practicing piano for six years to find discipline or working on a digital comic in FlipaClip for eight years to value consistency over perfection, I apply the same relentless focus to every endeavor. I plan to use these scholarship funds as a strategic investment in both my immediate education and my long-term mission. My primary priority is to cover my undergraduate tuition at UC San Diego for Electrical Engineering. Removing the financial barrier of tuition will allow me to dedicate my full energy to the rigorous curriculum and research opportunities available at Warren College. Furthermore, I intend to save a significant portion of these funds to bridge the gap toward a Master’s degree. For a first-generation student, a graduate education is often a distant dream due to cost, but these funds would turn that dream into a concrete plan. The remaining portion of the funds will be dedicated to my research in Artificial Intelligence. My long-term ambition is to develop AI tools and technologies that are specifically designed for accessibility in underserved communities. I have seen firsthand how the digital divide can limit a student’s horizon. I want to use my background in engineering to ensure that AI does not become another gatekeeping mechanism, but rather a tool that empowers those who currently have minimal resources. Ultimately, this scholarship is more than financial aid. It is the fuel for a builder who is ready to design a more equitable future. By supporting my education, you are investing in an engineer who knows how to turn a messy sketch into a functional reality. I am ready to apply the same grit I use in the gym and the same precision I use in CAD to the challenges of the university and beyond. I will ensure that every dollar is used to create a lasting, positive impact on the communities that need it most.

In both my personal life and my professional role as a tutor with Grade Potential Tutoring, I have learned that the second half of wisdom is not just asking a prudent question. It is knowing how to translate the answer for someone else. My transition from a student who pauses YouTube videos to a professional tutor has been defined by the realization that mastery is not about how much you know. It is about how much you can make accessible to others. This was most evident when I began working with students who felt completely alienated by the language of mathematics. One specific instance involved a student who was struggling with the fundamental concepts of Calculus, specifically the relationship between a function and its derivative. To them, the symbols were just a messy sketch on a page with no connection to reality. Because I am a first-generation student who had to build my own mental models without external help, I knew that standard textbook definitions would only increase their frustration. I reached for a tool I use in my own engineering projects: the concept of iteration and physical motion. I explained the derivative not as a formula, but as a speedometer for a curving path. Using a virtual whiteboard, I drew a line representing a car’s journey. I showed how, by zooming in on a single point, the messy curve becomes a straight line. We discussed how this was not just math. It was the same logic I used when calculating the trajectory of a 3D-printed design or a physics project. By stripping away the jargon and focusing on the visual "why," I saw the student's anxiety transform into curiosity. They did not just solve the problem; they understood the intent behind the numbers. This professional experience has shaped my communication style into one of empathetic technicality. I have learned that as a future Electrical Engineer, my job will often involve explaining complex systems to stakeholders who may not share my technical background. My work with Grade Potential Tutoring has taught me to be patient, to listen for the specific wall a student is hitting, and to iterate on my explanation until it clicks. I do not just jump to the solution. I build a collaborative path toward it. Ultimately, being a tutor has reinforced my own academic discipline. Teaching a concept requires a higher level of precision than simply passing a test. It forces me to confront my own gaps in knowledge and ensures that my foundation in STEM is unshakable. As I head toward a UC engineering curriculum, I carry this dual identity with me. I am a student who is hungry for high-level knowledge and a professional who is committed to ensuring that knowledge is never a barrier, but a tool for community-wide empowerment.

To many, a 4.73 weighted GPA looks like a story of uninterrupted success. However, that number is actually the result of a series of private failures and a refusal to let a lack of resources define my ceiling. Growing up in a Title 1 environment, I did not have a roadmap for high-level engineering. My summers were not spent at prestigious coding camps or on vacations. They were spent working as a delivery driver for Spark Dispatch and helping my family navigate the complexities of a life where "extras" did not exist. My path to Electrical Engineering and Computer Science has been paved with moments where it would have been much easier to simply walk away. My most significant "wall" appeared during my transition into advanced technical subjects. Because my school had a limited assortment of STEM classes, I had to teach myself the fundamentals of programming and physics using whatever I could find online. I remember a specific project in PyCharm where I was attempting to build a complex data structure using Python dictionaries to manage a mock inventory system. For three days, my logic failed. Every time I ran the script, the console returned a wall of red error text. I felt the sting of inadequacy that often haunts first-generation students. I did not have a mentor to call or a parent who understood what a "KeyError" was. I was alone in my room, staring at a screen that seemed to be telling me I did not belong in this field. I failed to get that code running four times. Each failure felt like a confirmation that my background was a barrier I could not overcome. However, I refused to quit. I realized that my frustration stemmed from trying to find a "perfect" solution immediately. I went back to the basics. I broke the code down into its smallest possible components, testing one line at a time. I used the debugger to watch how the variables changed in real-time. I spent hours on forums and documentation, translating high-level concepts into a language I understood. When the script finally executed without error, it was not just a victory for the project; it was a victory for my mindset. This "never give up" attitude is what drives my interest in IT and Electrical Engineering today. In DevOps and systems engineering, failure is not an endpoint—it is data. Every crashed server or failed deployment is an opportunity to iterate and harden the system. My experience as a delivery driver and a self-taught student has given me a level of grit that cannot be taught in a classroom. I understand that being the smartest person in the room is secondary to being the most determined. Today, when I face a grueling AP Calculus series test or a complex circuit design in CAD, I don't fear the possibility of failing. I have already learned that my value comes from my ability to stay in the chair until the problem is solved. As I pursue a major in Electrical Engineering with a minor in Computer Science, I carry this persistence with me. I am not just looking for a degree; I am looking to build systems that are as resilient as the path I took to get here. Failure taught me how to learn, but determination taught me how to succeed.

As a first-generation student at a Title 1 school with limited resources, I quickly realized that the traditional classroom was only the starting point of my education. To achieve Rank 1 and prepare for a career in Electrical Engineering, I had to build a digital laboratory of my own. My process is a blend of high-level conceptual discovery, precise technical application, and collaborative systems, all facilitated by a specific set of online tools. The foundation of my conceptual understanding is built on YouTube, but used with extreme intentionality. Channels like 3Blue1Brown have been instrumental in helping me visualize the abstract "why" behind AP Calculus BC and Physics. Instead of just memorizing the Power Rule, I watched geometric visualizations of how area under a curve physically transforms. When I encountered topics my school didn't offer, such as advanced electromagnetism, I turned to MIT OpenCourseWare. These resources allowed me to sit in on lectures from the world’s leading engineers, effectively removing the walls of my high school and replacing them with a global university. To move from theory to application, I rely on professional-grade software. In my Honors Engineering course, tools like Fusion 360 and OnShape became my primary sandbox. These platforms taught me that engineering is an iterative cycle of design and failure. For instance, when I 3D-printed a backpack charm, the first digital model looked perfect on the screen but failed in reality. Using the cloud-based collaboration features of OnShape, I was able to analyze the stress points, iterate on the geometry, and refine the design until the physical print succeeded. This taught me that precision in a digital environment is a direct prerequisite for success in the physical world. Similarly, for computer science, I moved beyond basic text editors to PyCharm. Using a professional Integrated Development Environment (IDE) changed how I write Python code. Features like real-time error detection and the integrated debugger forced me to be more disciplined. Instead of guessing why a dictionary or list method failed, I used the debugger to step through the logic piece by piece. This didn't just help me write code; it helped me think like a developer who prioritizes efficiency and PEP 8 compliance. Finally, I use Google Docs and virtual whiteboards to turn my individual mastery into a collective resource. I create comprehensive study guides that break down complex topics into "modular" steps. Sharing these during voice calls with my peers has been my most effective learning tool. Teaching a concept on a digital whiteboard to a friend who is struggling requires a level of clarity that simply reading a textbook cannot provide. These online platforms have done more than just provide information. They have taught me how to curate my own curriculum, manage technical failure, and lead others through digital collaboration. By using these tools, I have transformed my limited physical resources into a limitless educational environment, ensuring that I am fully prepared for the rigors of a UC engineering program.

Pursuing an education at a premier institution is often described as a door to the future, but for a first-generation student from a Title 1 school, that door does not come with a key. You have to forge one yourself. My journey toward higher education has been defined by a stark reality: a total lack of external financial infrastructure. Between navigating a complex family dynamic and facing the limitations of federal aid eligibility, I realized early on that my academic ambitions would be entirely self-funded and self-sustained. Rather than seeing this as a deficit, I have transformed this financial independence into a rigorous system of personal accountability and professional discipline. The circumstances leading to this independence are rooted in my identity as a first-generation scholar. My family, while supportive of my dreams in spirit, lacks the financial literacy and resources to contribute to the skyrocketing costs of university tuition. Furthermore, navigating the FAFSA process revealed gaps where my specific family situation did not align with traditional federal support metrics. This left me in a middle ground where I was responsible for costs that exceeded my reach. While many peers had tutors or college funds, my college fund was the paycheck I earned as a delivery driver for Spark Dispatch. My tutors were the YouTube videos I paused at half-speed to master AP Calculus BC. This background has fundamentally rewired my sense of responsibility. Being Rank 1 in a class of over 500 students was never about the prestige of the number. It was a mechanical necessity. I knew that without the safety net of family wealth, my only currency was my performance. If I wanted to study Electrical Engineering at a top-tier UC, I had to prove I was a low-risk and high-reward investment for scholarships and programs like TRIO: Upward Bound. This pressure forced me to move beyond being a student who merely absorbs information to becoming a student who manages it. I created my own open-source education by building meticulous Google Docs and study systems that I eventually shared with my peers. My independence became the foundation for a community-wide lift. My future goals are now inseparable from this sense of self-reliance. Pursuing Electrical Engineering is not just a career choice. It is a continuation of my fascination with how systems work under pressure. Just as I learned to iterate on a 3D-printed design after it failed, I have learned to iterate on my life plan whenever a financial or academic obstacle appeared. I do not just want to be an engineer who builds circuits. I want to be a builder of systems that are accessible to those who are starting with nothing but a messy sketch of a dream. Ultimately, the absence of financial support has taught me the second half of Francis Bacon’s wisdom: that power comes not just from asking the right questions, but from having the discipline to build the answers. As I head toward university, I am not looking for someone to carry the weight for me. I have already proven I can carry it, and I have brought my friends along with me. I am ready to apply that same relentless persistence to the rigors of a UC engineering curriculum, turning my self-taught independence into a career of purpose and innovation.

I believe I should be considered for this scholarship because of my consistent academic achievements, commitment to community service, leadership experiences, and the resilience I have developed as a first-generation student. Growing up as an immigrant from the Philippines, I quickly realized that the opportunities I had were not guaranteed. For the first five years of my life, I lived with my mother while my father and siblings were in the United States. When I joined my family, I had to adjust to a new country, culture, and family dynamic, all while navigating personal challenges at home. My parents argued frequently, and at times, I felt unsure of how to respond or whom to trust. These experiences taught me resilience, patience, and the importance of empathy. They also inspired me to work hard, not only for myself but for those around me. Academically, I have strived to challenge myself and pursue excellence. I am ranked first in my class at a Title I high school with a 4.0 unweighted GPA, 4.63 weighted GPA, and 4.86 weighted uncapped GPA. My UC GPA is 4.0 unweighted and 4.83 weighted. I have consistently taken rigorous courses, including six AP classes in my junior year and three AP classes in my sophomore year. I earned AP Scholar with Distinction in both years, reflecting not only my academic performance but also my dedication, time management, and persistence. These accomplishments are a testament to my ability to set high standards for myself and achieve them through disciplined study and focus. Beyond academics, I have committed myself to giving back to my community in multiple ways. I volunteer with La Chula Crew, distributing food and essential supplies to those in need, and I participate in peer-to-peer tutoring at my school, helping students with subjects ranging from AP Biology to Pre-Calculus. I also work as a private tutor with Grade Potential Tutoring, where I assist students across sixteen AP subjects, including Macro, Micro, Calculus AB/BC, IM1–IM3/Pre-Calculus, APES, and more. These experiences have not only allowed me to help others achieve their goals but have reinforced my own understanding and growth. Tutoring taught me patience, empathy, and the importance of clear communication, skills I know will be invaluable in my future career in engineering. Leadership has also been a significant part of my high school experience. I co-founded the Red Cross Club at my school and served as Vice President, organizing meetings, mentoring new members, and planning weekly activities. These responsibilities required me to step out of my comfort zone, develop public-speaking skills, and coordinate teamwork. Through this role, I learned the value of empowering others, motivating peers, and leading by example. I also participated in TRIO Upward Bound, a program designed to support first-generation students in preparing for college. I excelled in its rigorous summer program at UCSD, earning the Final Assessment Practical MVP award for being the top student in the advanced-level math course. This experience strengthened my confidence, taught me advanced problem-solving skills, and gave me a model for academic excellence and leadership. Creativity and self-expression have been equally important in my personal development. For years, I have worked on digital comics using FlipaClip, developing storytelling, art, and animation skills. This creative outlet taught me consistency, patience, and the value of iteration—lessons that parallel the engineering mindset I cultivate in my studies. My engineering projects, including CAD modeling and 3D printing, taught me that failure is a tool for learning. Early prototypes often broke or failed to perform as intended, but analyzing those failures allowed me to refine designs and ultimately succeed. Both creativity and problem solving have shaped the way I approach challenges academically, personally, and professionally. Faith has also guided my growth. My study of the Bible and relationship with God has instilled values of patience, service, and ethical responsibility. Faith has motivated me to use my skills to help others, persist through challenges, and pursue goals that have meaning beyond personal achievement. I aim to pursue a career in electrical engineering, applying problem-solving, creativity, and technical skills to create solutions that positively impact communities. I hope to mentor other first-generation students in STEM, expanding opportunities for those who may not have the resources I lacked. This scholarship would allow me to continue striving toward excellence, both academically and in service to others. It would empower me to invest in my education and growth while giving back to the community that has shaped me. In conclusion, my academic achievements, leadership, community involvement, creative pursuits, and resilience reflect a commitment to excellence, growth, and service. I have worked diligently to overcome obstacles, develop skills, and make a positive impact on those around me. This scholarship would allow me to continue this trajectory, equipping me to contribute meaningfully to both my field and the broader community.

Faith has played a central role in shaping my perspective, guiding my decisions, and giving me a sense of purpose. Growing up, I struggled to reconcile the concept of God with the challenges I faced at home. My parents argued frequently, and tension sometimes left me feeling uncertain about life and my place in it. For a long time, I identified as an agnostic believer, respecting God but unsure how to apply faith to my daily life. Everything changed through my relationship with my girlfriend, who is a devoted Protestant Christian. Her commitment to her faith inspired me to explore God’s word and seek a deeper understanding of how faith could influence my actions and goals. I spent long hours reading the Bible, moving from the Old Testament to the New, and learning the principles that could guide my life. I discovered lessons about patience, perseverance through suffering, compassion, humility, and service to others. These principles reshaped how I approached challenges, how I treated others, and how I pursued my personal and academic goals. Faith taught me that difficulties are not obstacles meant to break me but opportunities to grow and strengthen character. It encouraged me to maintain discipline in my studies, seek knowledge actively, and commit to giving back to my community. Faith has directly influenced my academic life. As a first-generation student at a Title I school, I often lacked external guidance in navigating rigorous STEM courses. Calculus, physics, and AP sciences were intimidating at first, but my faith gave me the patience and confidence to persevere. I created my own study systems, watched online lectures at my own pace, and broke down complex concepts into manageable steps. When I began tutoring classmates in multiple AP subjects, I realized that sharing knowledge and helping others succeed was also an expression of my faith. Service became intertwined with learning, and my academic success became a way to honor the principles of responsibility and compassion that my faith taught me. My faith has also shaped my career aspirations. I hope to pursue electrical engineering, a field that blends creativity, problem solving, and analytical thinking. Engineering is often about navigating uncertainty, iterating on designs, and solving complex problems, and faith gives me the patience and resilience to persist when solutions are not immediately apparent. It also reminds me to consider the ethical and human impact of the technologies I develop. My goal is not just to innovate but to do so in ways that benefit communities, empower students from under-resourced backgrounds, and create opportunities for others to succeed. Several people have pushed me toward higher education and reinforced these values. My parents sacrificed to bring me to the United States and provide me with educational opportunities, teaching me the importance of perseverance and hard work. Teachers and mentors, especially through programs like TRIO Upward Bound, showed me the resources and strategies I could use to achieve academic success. My girlfriend encouraged me to explore faith seriously and modeled the values of dedication, integrity, and compassion. Together, these influences helped me see that higher education is not just a personal achievement but a responsibility to use my knowledge and skills for the greater good. Faith, family, and mentorship have all shaped the path I am on. They have given me the resilience to overcome challenges, the discipline to excel academically, and the empathy to support others in their growth. My experiences have taught me that education is not just a means to a career but a platform to create positive change, serve communities, and make a lasting impact. I plan to continue carrying these lessons into college and beyond. Through peer mentoring, tutoring, and community service, I want to help others navigate challenges the way I have. Through my career in engineering, I hope to design solutions that improve lives and foster opportunities for those who face barriers similar to the ones I once faced. Faith has given me both the foundation and the vision to pursue these goals with purpose, resilience, and compassion.

I was born in the Philippines, and for the first five years of my life, I lived with my mother while my father and three siblings were in the United States. When my parents had saved enough money, I moved to join them, and the transition was both exciting and challenging. Adjusting to a new country, language, and family dynamic was not easy. My parents argued frequently, and tension at home sometimes left me feeling unsure of how to act or who to trust. These early experiences taught me resilience, patience, and the importance of understanding others’ perspectives. They also showed me that challenges could be navigated with focus, determination, and empathy. Growing up as an immigrant in a Title I school, I quickly realized that I had to advocate for myself in academics and life. I often lacked the guidance and resources that many peers had, especially in rigorous STEM courses like calculus, physics, and advanced sciences. To succeed, I developed my own system of learning. I paused online lessons to take notes, rewrote complex concepts in my own words, and created study guides that helped me master topics step by step. Over time, I shared these methods with classmates, tutoring them in AP courses, hosting study sessions, and helping peers who struggled with material that was initially intimidating. These experiences taught me that success is not just personal achievement but a tool to lift others, and they reinforced the importance of giving back to my community. These experiences have directly shaped my career aspirations. I plan to pursue electrical engineering, a field where creativity, mathematics, and problem solving intersect. Through high school engineering projects, CAD modeling, and 3D printing, I learned that designing solutions requires iteration, precision, and patience. I enjoy transforming abstract concepts into tangible outcomes, whether it is a functional prototype or a clear solution to a complex problem. Beyond technical skills, I want to use my education to create opportunities for other students from under-resourced communities. I hope to mentor, tutor, and develop programs that support first-generation students navigating STEM fields, just as I learned to navigate them myself. My immigrant experience also instilled a deep sense of responsibility. I understand the challenges that come with adapting to new environments, overcoming language barriers, and striving for opportunities that were not always guaranteed. These lessons motivate me to work with purpose, to innovate thoughtfully, and to help others access tools and knowledge that can transform their futures. I believe that my career in engineering can combine technical expertise with service, creating solutions that improve lives while empowering communities. In summary, moving from the Philippines to the United States shaped my resilience, determination, and empathy. It taught me to navigate challenges independently and to support others along the way. My experiences as a first-generation immigrant have fueled my passion for STEM and inspired my goal to pursue electrical engineering while mentoring and uplifting students who face similar obstacles. I aim to turn the lessons I learned from my own journey into opportunities for others, using my career to make a meaningful and lasting impact.

Calculus is one of the most important tools in STEM because it allows us to understand and describe how things change over time or across conditions. Unlike algebra, which deals with fixed values and relationships, calculus gives us the ability to model dynamic systems and predict behavior in ways that are essential to science and engineering. From physics to engineering, from biology to economics, calculus provides the framework for understanding motion, growth, decay, and optimization. My own experience with calculus has shown me its practical power. In AP Calculus AB and BC, I learned not just formulas and techniques, but how to analyze a problem, break it into manageable steps, and understand the deeper relationships between variables. Solving derivatives and integrals was never just about reaching the answer; it was about recognizing patterns and connecting mathematical concepts to real-world systems. In physics, calculus helped me see the direct link between acceleration, velocity, and position. In engineering, it allowed me to model the behavior of structures and mechanisms I designed using CAD software. For example, when my engineering class challenged us to build a slingshot that could hit an exact target, calculus helped me calculate trajectories, optimize angles, and predict tension in the materials. Without calculus, I could have only guessed, but with it, I could design precisely, test efficiently, and iterate with confidence. Beyond practical applications, calculus has shaped the way I approach problem solving. It taught me to think logically and systematically, to break complex problems into smaller components, and to anticipate the consequences of changes in a system. These skills are invaluable in every STEM field. While working as a private tutor for Grade Potential Tutoring, I have used calculus to help students understand not only the mechanics of derivatives and integrals but also the reasoning behind them. I explain why a slope matters, why an area under a curve represents something meaningful, and why understanding rates of change can make a problem solvable. Helping others connect abstract concepts to tangible results has reinforced my own understanding and strengthened my ability to communicate complex ideas clearly—an essential skill for any STEM professional. Calculus also underpins many modern technologies that affect daily life. Electrical engineers use it to model circuits and signals. Computer scientists rely on it for algorithms involving optimization and machine learning. Biologists and chemists apply it to model growth rates, reactions, and ecological systems. Even in economics and finance, calculus predicts trends and helps optimize resources. Through my high school experiences, I have seen firsthand how this knowledge translates directly into problem solving, whether it is designing a 3D-printed prototype, analyzing a physics simulation, or tutoring a peer struggling with integrals. Calculus is the bridge between abstract mathematics and the practical challenges engineers and scientists face every day. Calculus trains me to observe patterns, reason logically, and understand the relationships between variables, forces, and outcomes. As I pursue a career in electrical engineering, calculus will be essential for designing circuits, predicting system behavior, and developing new technologies. It has also taught me patience and persistence, skills that are equally important when facing real-world engineering challenges. In short, calculus is a foundational tool that allows STEM professionals to innovate, predict, and solve problems with precision. My experiences in high school, from rigorous AP classes to hands-on engineering projects and tutoring, have shown me how calculus bridges theory and practice. It has shaped both my understanding of the world and the way I approach challenges. With calculus, I can transform abstract concepts into meaningful solutions, and that skill will guide me throughout my career and beyond.

My faith has been a guiding force in my life, shaping how I see myself, my relationships, and my purpose. Growing up, I identified as an agnostic believer. I respected the concept of God but struggled to reconcile faith with the challenges I experienced at home. My parents argued frequently, and tensions often left me unsure of how to respond or whom to trust. Life felt unpredictable, and I sometimes wondered if living a “good” life would ever be enough. It was during this time that I realized faith was not just a set of rules or beliefs; it was a lens through which I could make sense of hardship and find strength to move forward. My faith deepened through my relationship with my girlfriend, who was a devout Protestant Christian. Her dedication inspired me to explore my own spiritual path. I committed myself to studying the Bible intensively, reading through the Old and New Testaments, seeking guidance on how to live a purposeful life. In doing so, I discovered five lessons that profoundly shaped me: to honor and praise God sincerely, to accept suffering as part of life while maintaining faith, to seek wisdom through God, to embrace His mercy and forgiveness, and to guide others with humility and compassion rather than judgment. These lessons allowed me to approach life with patience, empathy, and clarity, transforming the way I interact with others and handle challenges. Faith has also shaped my approach to education and community service. It encouraged me to persevere through academic challenges and to help others along the way. Tutoring my peers and volunteering with organizations like La Chula Crew became more than just acts of service; they became expressions of love, compassion, and stewardship. My faith reminded me that the knowledge and skills I possess are not just for personal success but are tools to uplift those around me. By mentoring peers and creating opportunities for others to succeed, I am living out the principles of service and responsibility that my faith has instilled in me. Looking toward my career in electrical engineering, I believe my faith will continue to guide me. Engineering requires creativity, problem solving, and patience, especially when ideas fail or obstacles arise. Faith teaches me resilience and trust in the process, helping me stay committed even when progress is slow or uncertain. It also informs my ethical perspective. As I design and implement technological solutions, I am reminded to prioritize responsibility, integrity, and the well-being of others. My faith encourages me to consider the impact of my work not only on immediate outcomes but also on the broader community. Ultimately, faith has been both a foundation and a compass. It has helped me navigate personal challenges, cultivate empathy, and commit to serving others. As I pursue my education and career, I will carry these lessons with me, striving to use my skills and knowledge to create solutions that benefit others, foster growth, and honor the principles of love, integrity, and service that faith has taught me. Faith has shown me that purpose is not measured solely by personal achievements but by the ways we support, guide, and uplift the people and communities around us. It is this perspective that will guide me through my career and beyond.

Education has shaped my life by giving me both direction and purpose in ways nothing else could. I was born in the Philippines and spent my first five years there with my mother while my father and siblings worked in the United States. When my parents had saved enough money, I moved to join them, and that transition brought both opportunity and challenges. Growing up, my home life was often tense. My parents argued frequently, and my father’s anger, combined with my mother’s infidelity, created an environment where I learned early to navigate conflict and uncertainty. These experiences taught me patience, resilience, and empathy, but they also made school the place where I could find stability, focus, and a sense of control over my own future. Attending a Title I high school as a first generation student, I quickly realized that I could not rely on anyone else to guide me through rigorous courses. Classes like calculus, physics, and advanced sciences demanded a level of support I did not always have at home. I learned to create my own system of learning. I would pause online lectures repeatedly, rewrite explanations in my own words, and break complex problems into smaller, understandable steps. I tested myself, made mistakes, and corrected them, gradually transforming confusion into mastery. That process was not just about learning content. It taught me discipline, problem solving, and the ability to approach challenges methodically. I discovered that I could overcome obstacles through patience and persistence. As I honed these skills, I realized I could help others do the same. Classmates began asking how I understood difficult material, and I started sharing notes, tutoring friends, and organizing study sessions. What began as informal help evolved into structured peer-led groups where we would break down complex topics in calculus, physics, and AP sciences, work through problems together, and build confidence. Watching my friends improve their understanding and grades showed me that education is most powerful when it is shared. It became clear that knowledge is not just personal. It is a tool for building community and empowering others. This realization led me to expand my tutoring efforts. I now work as a private tutor for Grade Potential Tutoring, helping students in sixteen AP subjects including calculus, biology, chemistry, economics, and English. Tutoring has been a way for me to give back to students who face similar barriers I once faced. Many capable students struggle because they lack guidance, and I have seen firsthand how mentorship and support can transform academic performance and confidence. I have also volunteered with organizations such as La Chula Crew, helping distribute food and supplies to individuals experiencing scarcity and hunger. Both experiences reinforced a lesson I had learned through education. Small, consistent actions can create meaningful change. Alongside tutoring and volunteering, my academic experiences shaped my career goals. I have always been fascinated by the forces that govern the world. Physics and mathematics became lenses through which I could understand phenomena that initially felt mysterious. Through engineering classes, I learned to apply this knowledge practically, using CAD software, 3D printing, and design projects to transform abstract concepts into tangible solutions. Each failure in the lab taught me to refine my methods, think critically, and approach problems with patience and precision. I realized that engineering is not just about building devices. It is about approaching the unknown, testing ideas, and creating solutions that can have a positive impact on communities. Looking toward the future, I hope to pursue electrical engineering at a university that supports hands-on research and collaborative projects. My goal is to develop technologies that improve people’s lives while also creating systems to support students from under-resourced communities. Having navigated the challenges of first generation education myself, I understand the uncertainty and barriers students face. I want to mentor, tutor, and build opportunities for others to succeed, creating a cycle of support that extends beyond my own achievements. Education has given me the tools to transform curiosity into action, and I want to use those tools to help others do the same. Education has not only shaped my career goals but also my personal values. It has taught me that persistence, creativity, and careful planning are essential to overcoming challenges. The habits I developed while learning difficult material, tutoring peers, and volunteering are now central to my daily life. I approach problems by breaking them down, analyzing them step by step, and testing solutions until they succeed. This mindset has allowed me to achieve academic success, rank first in my class, and earn recognition such as the AP Scholar with Distinction award. More importantly, it has given me the confidence to tackle challenges in my personal life and in my community. Through education, I have also learned the importance of giving back. Helping others has shown me that success is not just an individual achievement. It is a responsibility. Tutoring and volunteering have inspired me to continue creating opportunities for others, particularly first generation students who may not have access to the same resources I had to find on my own. I want to use my education to build mentorship programs, peer study networks, and tools that allow students to gain confidence and knowledge in subjects they might otherwise struggle with. By combining technical knowledge with service, I hope to create positive change in both my community and the broader world. Ultimately, education has given me direction, purpose, and resilience. It transformed uncertainty into opportunity and curiosity into action. It has prepared me to face challenges, support others, and pursue a career in engineering that is both innovative and ethical. I hope to use everything I have learned to build solutions that improve lives while also fostering a culture of guidance, mentorship, and community support for the next generation. Education did not just teach me how to solve problems. It taught me how to create them, share them, and transform them into opportunities for growth and impact.

One problem I noticed in my community is that many students struggle in difficult classes not because they lack ability, but because they lack access to guidance. At my Title I high school, rigorous courses such as calculus, physics, and AP sciences can feel overwhelming for students who do not have tutors, academic mentors, or family members who can help them understand the material. As a first generation student myself, I experienced that challenge early on. When I first encountered advanced math and physics, I often had to rely on online lectures and self study to understand the concepts. I began pausing videos, rewriting explanations in my own words, and breaking down problems into smaller steps until they made sense. Eventually I organized these explanations into shared notes and guides that I could use when reviewing for exams. What started as a system for myself quickly became something that helped others. As classmates began asking how I studied, I shared my notes and began hosting small study sessions where we worked through difficult problems together. I created collaborative documents that organized topics step by step so students could follow the reasoning behind each solution. Instead of simply providing answers, I focused on teaching the method of thinking through a problem. These sessions helped several friends improve their understanding of the material and gain confidence in classes that once intimidated them. This experience eventually led me to expand my efforts beyond my immediate circle. I now work as a private tutor for Grade Potential Tutoring, where I help students in a wide range of subjects including calculus, biology, economics, and English. Through tutoring, I have seen the same pattern repeatedly. Many students are capable and motivated, but they struggle because they do not have access to structured academic support. If I had the funding and resources to build a solution, I would create a free digital platform designed specifically for students at under resourced schools. The goal would be to provide clear, step by step learning tools and mentorship opportunities for difficult subjects, particularly in STEM. The platform would include several components. First, it would contain interactive study guides that break down complex topics into simple, logical steps. These guides would be written by tutors and educators who understand how students actually struggle with the material. Second, it would host peer led tutoring sessions where students could connect with trained volunteers through video calls and collaborative whiteboards. Third, it would include a mentorship system where college students studying STEM fields could guide younger students through academic planning and career exploration. Volunteers would help create study resources, tutor students online, and host workshops on effective study strategies. The goal would not only be to help students pass classes, but to teach them how to learn independently. My experience tutoring has shown me that the biggest barrier for many students is not intelligence or motivation. It is access. By building a platform that combines mentorship, collaboration, and accessible learning tools, I believe we could create an academic support system that empowers students to succeed regardless of their background.

My academic goals center on pursuing electrical engineering and deepening my understanding of mathematics and physics. I have always been fascinated by how invisible forces govern the world around us. As I grew older, that curiosity evolved into a desire to understand the systems behind technology and innovation. In high school, I challenged myself with rigorous coursework such as AP Calculus and AP Physics, where I learned how mathematical principles can describe complex real world phenomena. These experiences confirmed that engineering is the field where my curiosity, creativity, and problem solving skills come together. After high school, I plan to attend a university where I can study electrical engineering and continue exploring how physics and mathematics can be applied to build technologies that improve everyday life. I am especially interested in the process of designing, testing, and refining ideas until they become practical solutions. Engineering appeals to me because it transforms abstract concepts into tangible innovations that can serve communities. In the future, I hope to contribute to technological advancements while also mentoring students who share my interest in science and engineering. Giving back to my community has already played a major role in shaping my goals. As a first generation student at a Title I high school, I often had to rely on self study to understand difficult material. When I encountered challenging subjects such as calculus and physics, I spent hours pausing online lectures, rewriting explanations in my own words, and practicing problems repeatedly until I understood them. Over time, classmates began asking how I managed to stay ahead in class. What started as answering a few questions gradually turned into regular tutoring sessions and study groups. Helping others understand complex concepts became one of the most meaningful parts of my high school experience. I realized that knowledge becomes more powerful when it is shared. Watching friends improve their grades and gain confidence in their abilities showed me how much of a difference academic support can make. That experience eventually led me to become a private tutor for Grade Potential Tutoring, where I now help students in subjects such as calculus, biology, economics, and English. Through tutoring, I have seen firsthand how many capable students struggle simply because they lack access to guidance or resources. In addition to tutoring, I have also volunteered with organizations such as La Chula Crew, where I helped distribute food and supplies to individuals facing food insecurity. Experiences like this reminded me that service does not always require large actions. Sometimes it begins with small, consistent efforts that contribute to the well being of others. These experiences have inspired me to think about the kind of impact I want to make in the world. I want my career in engineering to focus not only on innovation, but also on service and mentorship. Just as others supported my journey, I hope to continue creating opportunities for students who may not have the resources or guidance they need. By combining technical knowledge with a commitment to helping others, I hope to use my education to make a meaningful difference in my community and beyond.

The movie that has had the greatest impact on my life is Oppenheimer. Its story stayed with me long after the credits ended because it explores both the power of scientific discovery and the responsibility that comes with it. I first encountered the story of J. Robert Oppenheimer when I was very young. I remember hearing the quote, “I am become death, the destroyer of worlds.” Even as a child, I could sense the weight behind those words. I did not fully understand the science or the history at the time, but the idea that a person’s knowledge could hold such immense power fascinated me. As I grew older and eventually watched the film, that early curiosity developed into something deeper. The movie did not simply portray scientific achievement. It portrayed the complex moral consequences that follow great discoveries. What impacted me most was the way the film shows the dual nature of knowledge. Oppenheimer and his team pushed the boundaries of physics and engineering to accomplish something that had never been done before. Their work demonstrated the incredible potential of human curiosity and innovation. At the same time, the film also reveals the heavy responsibility that comes with such breakthroughs. Scientific progress can shape the course of history, for better or for worse. Watching this made me realize that intelligence and technical skill alone are not enough. The values and character of the person using that knowledge matter just as much. The film strengthened my fascination with mathematics and physics. In high school, I pursued challenging courses such as calculus and physics, where I began to see how these subjects explain the forces that shape our world. Through engineering classes and design projects, I also learned that innovation rarely happens perfectly on the first attempt. It requires patience, experimentation, and the willingness to learn from failure. In many ways, the persistence shown by scientists in the film reminded me of the same process I experienced while designing models, solving complex problems, and refining my ideas. However, the lesson I carried from the movie goes beyond academic inspiration. It shaped how I think about my future and the kind of impact I want to make. I plan to pursue electrical engineering because I am fascinated by how physics and mathematics can be applied to build technologies that transform society. At the same time, the story of Oppenheimer reminds me that innovation must be guided by responsibility and ethical judgment. For me, the film answered the question that first captured my imagination as a child. Knowledge is powerful, but it is not the knowledge itself that defines us. It is how we choose to use it. That lesson continues to guide both my academic ambitions and my desire to use science and engineering to improve people’s lives.

I was born in the Philippines and spent the first five years of my life with my mother while my father and siblings were working in the United States. When my parents had saved enough money, I moved to America to reunite with them. The transition brought opportunity, but my home life was complicated. My parents argued frequently, and the tension in our household often left me feeling uncertain and overwhelmed. Those early experiences forced me to mature quickly. Over time, they taught me resilience, patience, and the importance of understanding the struggles that people carry quietly. School became the place where I could focus on growth and stability. As a first generation student at a Title I high school, I did not always have access to outside tutors or academic guidance. When I encountered difficult material in classes such as calculus and physics, I had to find my own way through it. I spent hours pausing online lectures, rewriting explanations in my own words, and practicing problems repeatedly until I understood them. At the time, it felt like a necessity. Looking back, it became the foundation for the discipline and problem solving mindset that now defines how I approach challenges. Eventually classmates began asking how I managed to stay ahead in class. What began as answering a few questions turned into regular tutoring sessions. I started organizing study groups and helping friends prepare for exams by breaking down complex topics step by step. Seeing others improve their confidence and academic performance made me realize that knowledge becomes more powerful when it is shared. That experience eventually grew into something larger. I now work as a private tutor for Grade Potential Tutoring, where I support students in subjects such as AP Calculus, AP Biology, AP Economics, and other advanced courses. Teaching students from different backgrounds has shown me how many capable individuals struggle simply because they lack access to resources or mentorship. Helping them overcome those barriers has been one of the most meaningful parts of my academic journey. Alongside tutoring, I have pursued my passion for mathematics and physics through challenging coursework and engineering projects. In my honors engineering class, I learned to design models using CAD software and test them through 3D printing. Each failed design taught me how to refine my process and approach problems with patience and precision. These experiences confirmed my desire to pursue electrical engineering in college. In the future, I hope to use engineering to create technologies that improve people’s lives while continuing to mentor students who come from backgrounds similar to my own. Engineering appeals to me because it allows curiosity to become innovation. Through careful design and collaboration, engineers have the ability to solve real world problems and expand opportunities for communities. The adversity I experienced growing up shaped my perspective on success. It taught me that progress is rarely achieved alone. It requires patience, resilience, and a willingness to support others along the way. As I pursue my career in engineering, I hope to carry those lessons forward by combining innovation with service, using both knowledge and compassion to create a positive impact on the world.

One issue I have seen in my community is the lack of accessible academic support for students taking rigorous courses. At my Title I high school, many students are capable and motivated, yet they often struggle because they do not have access to tutors or academic guidance outside the classroom. As a first generation student, I experienced that challenge myself. When I encountered difficult material in subjects like calculus or physics, I often had to rely on online videos and self study to understand the concepts. Over time, I developed my own system for learning. I would pause lessons, rewrite explanations in my own words, and break problems into smaller steps until they made sense. Eventually classmates began asking me how I stayed ahead in class. What started as answering a few questions turned into something much larger. I began organizing informal study sessions with friends and classmates where we worked through problem sets together. Before tests, we spent hours reviewing calculus, physics, and history concepts, focusing on understanding rather than memorization. I tried to teach people the same strategies that helped me learn independently. Over time, I started seeing real progress. Friends who once struggled to turn in assignments began improving their grades and gaining confidence in class. As my experience with tutoring grew, I expanded my efforts beyond my immediate circle. I now work as a private tutor for Grade Potential Tutoring, where I help students in a wide range of subjects including AP Calculus, AP Biology, AP English Language, AP Economics, and other advanced courses. Through this role, I have been able to support students who face the same academic challenges I once did. In the future, I hope to expand these efforts even further. In college, I want to help create peer led tutoring groups that support first generation and under resourced students who may feel overwhelmed by rigorous coursework. I would also like to develop collaborative study guides and workshops that teach effective learning strategies. My experience has shown me that many students do not lack intelligence or determination. Often, they simply lack access to guidance. By sharing knowledge and creating supportive academic communities, I hope to ensure that more students have the opportunity to succeed.

I am a senior at Sweetwater High School, a Title I school in San Diego County, where I am currently ranked first in my graduating class with a 4.0 unweighted GPA. As a first generation college student who was born in the Philippines and later moved to the United States to reunite with my family, education has always represented opportunity and responsibility. My journey through high school has been shaped by curiosity, discipline, and a desire to support the people around me. Academically, I have developed a strong interest in mathematics, physics, and engineering. My fascination with physics began when I first learned about the work of J. Robert Oppenheimer as a child. That curiosity eventually led me to pursue challenging courses such as AP Calculus and AP Physics. Outside the classroom, I explored engineering through CAD design and 3D printing projects in my honors engineering class. These experiences taught me that engineering is not just about theory. It is about testing ideas, learning from failure, and refining designs until something works. Alongside my academic interests, I dedicate time to creative and personal pursuits that help me grow as a person. I have spent years creating digital comics and animations using FlipaClip, where I tell stories frame by frame and refine my art through practice. I also play piano and maintain a consistent fitness routine at the gym, both of which help me stay disciplined and manage stress. Community involvement has been one of the most meaningful parts of my high school experience. Because I did not always have access to outside tutors or academic support, I developed my own study system by breaking down complex topics into simple steps. Eventually classmates began asking me for help in subjects such as calculus, physics, and biology. What started as occasional help turned into organized study sessions and peer tutoring. Seeing my friends improve their grades and confidence taught me that knowledge becomes more powerful when it is shared. I also volunteered with La Chula Crew, helping distribute food and supplies to people experiencing food insecurity in our community. Through programs such as TRIO Upward Bound and the First Gen Scholars Club, I connected with other students who were also navigating the path to college without family experience to guide them. These communities helped me realize that mentorship and shared support can change the trajectory of a student’s life. In college, I plan to major in EECS. I hope to use my education to develop technologies that improve people’s lives and contribute to scientific innovation. If I could start my own charity, it would focus on supporting first generation students who lack academic resources. The mission would be to provide accessible tutoring, mentorship, and guidance for students who are navigating education without the support systems that many others have. The organization would serve students from under-resourced schools who need help understanding difficult subjects or preparing for college. Volunteers would lead tutoring sessions, create study guides, host workshops on college preparation, and mentor younger students academically and personally. The goal would be simple but powerful. Every student deserves someone who believes in their potential and helps them move forward. I know how meaningful that support can be, and I would want my charity to provide that opportunity to as many students as possible.

I was born in the Philippines and spent the first five years of my life with my mother while my father and siblings worked in the United States. When my parents saved enough money, I moved to America to reunite with them. Growing up, my home life was complicated. My parents argued often, and the tension in our household forced me to mature early. Those experiences shaped my resilience, but they also taught me something deeper. They taught me the importance of patience, empathy, and understanding the struggles that people carry quietly. Over time, I began searching for direction and meaning in my life. That search led me to faith. Through reading the Bible and studying the teachings of Jesus Christ, I learned lessons that reshaped my outlook. I learned the importance of loving others sincerely, practicing forgiveness, and approaching life with humility. Faith helped me understand that strength is not measured by how much power you hold over others, but by how much compassion and patience you show toward them. Those principles continue to guide the way I treat people and the way I approach my goals. These values influenced how I chose to serve my community. As a first generation student at a Title I high school, I did not always have access to tutors or outside academic resources. To overcome this, I developed my own study system by breaking down complex concepts, teaching them back to myself, and practicing until I understood them. Eventually, classmates began asking for help with subjects like calculus, physics, and biology. What started as a few tutoring sessions became regular study groups where we worked through problems together and prepared for exams. Watching my friends improve their confidence and academic performance became one of the most meaningful experiences of my high school years. I realized that knowledge becomes more powerful when it is shared. Helping others succeed reminded me that community is built through support and encouragement. That same mindset guided my volunteer work with organizations like La Chula Crew, where I helped distribute food and supplies to people facing hunger in my local area. Even simple tasks such as organizing supplies or setting up tables felt meaningful because they contributed to something larger than myself. My passion for helping others also connects to my academic goals. I plan to study electrical engineering in college because of my fascination with mathematics and physics. These subjects allow us to understand the forces that shape the world and use that knowledge to build new technologies. Through engineering, I hope to contribute innovations that improve people’s lives and expand opportunities for future generations. However, the impact I hope to make goes beyond technical achievement. I want to continue mentoring other first generation students who may feel uncertain about their path to college. I know how intimidating that journey can be without guidance. By sharing the systems and habits that helped me succeed, I hope to help others realize their potential the same way my community helped me discover mine. The principles of love, faith, and service have shaped both who I am and who I hope to become. Love reminds me to treat others with compassion. Faith gives me purpose and direction. Community service reminds me that progress is strongest when people support one another. As I pursue higher education and a career in engineering, I will carry these values with me, using them to guide both my work and my commitment to serving others.

Growing up as a first generation student, I learned early that community support often fills the gaps where resources are limited. Because I did not always have access to tutors, transportation, or academic guidance, I built my own systems for learning. Over time, those systems became something I could share with others. Giving back to my community began in small ways, but those experiences changed how I see responsibility, leadership, and education. One of the most meaningful ways I contributed to my community was through tutoring. What started as helping a few classmates gradually became regular study sessions where we worked through calculus, physics, and biology problems together. I broke down concepts the same way I had taught myself, step by step, until they made sense. I remember seeing friends who once struggled with assignments begin turning in their work on time and raising their test scores. Watching their confidence grow changed how I viewed my own efforts. My academic routines were no longer just tools for personal success. They were ways to support the people around me. That mindset extended beyond academics. Through volunteering with organizations like La Chula Crew, I helped distribute food and supplies to people in need. Even though my role involved simple tasks like setting up tables, organizing food boxes, and cleaning up afterward, the experience reminded me that community service is built on consistency and teamwork. Everyone contributed in their own way so that families in the area could receive the support they needed. My involvement in programs such as TRIO Upward Bound and the First Gen Scholars Club also reinforced the importance of lifting others while pursuing your own goals. These programs showed me that many students like me face similar challenges when navigating the path to college. Hearing others share their experiences strengthened my motivation to succeed, not only for myself, but also so I could help others find their way through similar obstacles. These experiences have shaped my educational goals. In college, I plan to study electrical engineering, a field that draws on my interests in mathematics and physics. I was first inspired by the power of physics to explain how the world works, and that curiosity led me to pursue challenging courses such as AP Calculus and AP Physics. Outside the classroom, I explored engineering through CAD modeling and 3D printing, where I learned how persistence and iteration turn ideas into real designs. My long term goal is to apply engineering principles to solve meaningful problems and contribute innovations that benefit society. Engineering excites me because it transforms abstract ideas into practical solutions that improve people’s lives. At the same time, I hope to continue the type of community support that shaped my own journey by mentoring other first generation students and participating in academic support programs. Giving back to my community taught me that knowledge is most valuable when it is shared. The study guides I created, the tutoring sessions I organized, and the volunteer work I participated in all reinforced the same lesson. Progress rarely happens alone. It grows when people support each other and use their abilities to lift others forward. As I pursue higher education, I hope to carry this mindset with me. My goal is not only to succeed academically, but to continue building communities where collaboration, service, and opportunity allow others to succeed as well.

My goal is to make a positive impact by using engineering to solve practical problems and by helping others gain confidence in their ability to learn. I believe meaningful change often comes from small systems that improve everyday life and from communities that support each other in growing stronger. My interest in engineering began with curiosity about how things work and grew through hands on experiences in school. While learning computer aided design and 3D printing, I discovered that engineering is not only about technical skill but also about persistence and creativity. My first designs often failed. Prints broke, measurements were incorrect, and ideas that seemed perfect on a screen did not work in reality. Instead of discarding those failures, I kept them and wrote notes on what went wrong. Each mistake revealed something about how to improve the next design. That process taught me that innovation is built through patience, iteration, and careful problem solving. In the future, I hope to work in engineering fields that focus on developing technologies that improve daily life. This could include designing more efficient systems, creating tools that make technology more accessible, or building solutions that help communities operate more sustainably. Even small improvements in design can affect thousands or millions of people when implemented at scale. Being part of that process is what motivates me to pursue a career in STEM. At the same time, I want my impact to extend beyond technical work. During high school, I developed study systems to help myself understand challenging subjects like calculus and physics. Over time, classmates began asking for help, and those individual conversations grew into regular study sessions. Working through difficult material together allowed us to improve academically while also building trust and confidence. Seeing friends who once struggled begin to succeed showed me that knowledge becomes more powerful when it is shared. Because of that experience, I want to remain involved in mentorship and peer learning programs throughout college and beyond. Many students, especially first generation students, face uncertainty when navigating difficult academic paths. I understand that experience personally, and I want to help others discover that they are capable of overcoming those challenges. Sometimes the most meaningful support is simply showing someone how to break a difficult problem into smaller, manageable steps. I also believe that leadership is grounded in empathy and integrity. Growing up in a household that experienced conflict taught me the importance of listening, patience, and understanding different perspectives. Those lessons shaped how I interact with others and reinforced the idea that progress is strongest when it is built on collaboration and respect. In the long term, I hope to contribute to both technological innovation and community growth. By applying engineering knowledge to real world problems and continuing to support others in their educational journeys, I aim to create an impact that extends beyond my own achievements. Positive change does not always come from large moments of recognition. It often comes from consistent effort, thoughtful design, and a commitment to helping others move forward together.

Experiencing diabetes in my family has shaped who I am and what I want to achieve in life. Both my sister and my father were diagnosed with stage 1 diabetes. For my sister, it has been a challenge she has learned to manage over time. For my father, the diagnosis was more recent, and it has forced me to see the ways lifestyle choices, like diet and alcohol consumption, can have a serious impact on health. My father struggles with alcohol, which contains carbohydrates and contributes to his diabetes, and he runs a YouTube channel focused on mukbangs. Watching him navigate his diagnosis has shown me how difficult it can be to balance personal habits with health, and it has made me determined to help my family in every way I can. Being the oldest child and rank one in my school, I have taken on responsibilities to support my family. My father recently asked me to take him to rehab for his alcohol addiction, which was both challenging and eye-opening. It made me realize that health and well-being are connected to discipline, knowledge, and support. I want to be the person who uses my skills and strengths to create positive change in my family’s life. This responsibility has taught me patience, empathy, and the importance of taking initiative when people you care about are struggling. My experience with diabetes in my family has also shaped my long-term goals. I want to use my academic abilities to build a successful career so I can support my parents, my sister, and others who face difficult circumstances. I see education and hard work as tools to create opportunities not just for myself, but for anyone who is overlooked or underestimated. Helping my family manage health challenges and improve their quality of life is my immediate motivation, but I also hope to extend that drive to helping people in my community and society who are in similar positions. This experience has taught me that challenges, even in the form of illness or addiction, are opportunities to grow, to help others, and to develop resilience. It has reinforced my belief that success is not only measured by personal achievement, but also by the impact you have on the people around you. Diabetes in my family has made me aware of how fragile health can be, how important support systems are, and how much effort it takes to overcome obstacles. In the future, I hope to combine my academic and professional success with a commitment to helping underdogs, whether it is my family, my peers, or members of the community facing health, financial, or social challenges. Diabetes has given me a perspective that extends beyond myself. It has shaped my ambition, my empathy, and my determination to make a meaningful difference. I want to use the skills and opportunities I gain to improve lives, provide guidance, and show that with effort and support, even difficult challenges can be overcome.

Law enforcement agencies can improve relationships with the African American community by building trust, showing accountability, and engaging directly with the people they serve. Trust comes from understanding and empathy, and empathy comes from seeing people as individuals with challenges, goals, and needs, not just as statistics or stereotypes. I believe this principle applies not just in law enforcement, but in every part of life. Treating people with respect and offering guidance can create real change. I have always wanted to help anyone and everyone, regardless of color or background. I know what it feels like to need support. Growing up, my household was unstable at times. My mother struggled with financial difficulties, and many students at my Title 1 school faced similar challenges. I relied on the support of teachers, mentors, and family to succeed. Those experiences taught me that when someone takes the time to guide you, it can change your path entirely. That is why I dedicate my time to helping others. I work as a private tutor through Grade Potential and also help peers in AP classes. I tutor students who are struggling, whether it is understanding a tough concept, preparing for an exam, or building confidence in their abilities. Tutoring is not just about grades. It is about giving students the tools to succeed and showing them that someone believes in them. I want to help those who are overlooked or underestimated. I want to help the underdogs. Many African Americans in the United States have faced systemic barriers that put them in positions where they are underestimated. I see a connection between my work and the broader goal of uplifting communities that have to fight for recognition and opportunity. Through education, mentorship, and engagement, I hope to advocate for those who need support. In the future, I want to use my education and opportunities to create programs that empower underserved communities. I believe that law enforcement, like education, can benefit from treating individuals as people first, offering guidance and support, and creating opportunities for growth. Building trust and understanding is not just about enforcing rules. It is about working with people, listening, and showing that their success matters. My experiences tutoring and mentoring have shown me the impact of support. When a student finally understands a problem or improves a grade because of guidance, it is more than academic success. It is a lesson in persistence, confidence, and empowerment. That is the same impact I hope to support in broader communities. With education, guidance, and opportunity, it is possible to help those in difficult positions overcome obstacles. I want to be part of that change. Helping others has always been my mission. I want to support anyone who is in the same position I once was. I want to give guidance to those who are underestimated, overlooked, or in need. With education, persistence, and opportunity, anyone can succeed. I hope to use what I have learned and what I achieve in the future to help others rise and to help the underdogs reach their potential.

I am interested in Electrical Engineering and Computer Sciences because I enjoy solving complex problems and creating solutions that can improve people’s lives. I like figuring out how systems work, breaking them into parts, and designing practical ways to make them better. Technology has the power to address real-world challenges, from improving access to education to developing tools that make communities safer and more connected. EECS combines creativity, logic, and tangible impact, which makes it the field where I feel I can make the most meaningful difference. My goal is to use what I learn in STEM to benefit communities and help others succeed. I have seen firsthand how access to guidance and resources can change someone’s path. Growing up in a Title 1 school, many of my classmates are first-generation and low-income students who struggle to access extra support. I work as a private tutor through Grade Potential and also tutor peers in my AP classes. By helping others understand challenging concepts, build confidence, and stay motivated, I hope to extend the opportunities I have received to students who might otherwise be left behind. In the future, I want to combine technology with mentorship or community programs to create tools and educational resources that make learning more accessible and equitable. The challenges I have overcome have shaped both my drive and my perspective. At home, my mother struggled with debt and a gambling addiction, which made our household unstable at times. I had to take on responsibilities beyond my age, supporting my family emotionally while keeping up with school and extracurriculars. Navigating these obstacles taught me perseverance, patience, and resilience. They also instilled in me a sense of empathy and a desire to help others overcome their own challenges. My older brother, who was accepted into UC Berkeley, also influenced me. Watching him work hard and succeed motivated me to focus on my studies, and his guidance helped me become rank one in my school while taking over sixteen AP classes. These experiences taught me that adversity can be a source of strength and motivation, and that supporting others along the way can amplify the impact of your own achievements. I hope to use my education in STEM not just to advance my own career but to make a broader difference. Whether through developing technology that solves real problems, mentoring younger students, or designing programs that improve access to education, I want my work to create opportunities for others and inspire them to reach their potential. STEM education gave me tools to succeed, and I want to pass those tools forward to empower the next generation of innovators, researchers, and problem solvers. Receiving this scholarship would allow me to continue building the skills, knowledge, and experiences I need to achieve these goals. It would help me focus on learning and giving back without being limited by financial barriers, and it would be an investment in both my future and the communities I hope to impact.

One of the teachers who influenced me the most was my AP Human Geography teacher. He was unlike any teacher I had before. There was always something going on in his life. He had random disputes with people, a few lawsuits, and little daily dramas that he would sometimes mention in class. It was funny, but it also made me realize that teachers are human too. They have struggles, make mistakes, and are learning as they go just like everyone else. Seeing him in that light changed how I approached learning. I started to humanize my teachers and treat them more like students. I realized that they are processing information, thinking about how to explain it, and sometimes experimenting with their teaching methods. Their lessons are not perfect, and that is okay. Recognizing this made it easier for me to connect with the material and with them. I began engaging differently in class, asking questions, and thinking critically about what was being taught instead of just trying to memorize it. This shift in perspective had a huge impact on my academic performance. I stopped seeing learning as a one-way process and started treating it as a conversation. That mindset helped me take ownership of my education. I became rank one in my school while taking over sixteen AP classes. I pushed myself not just to get good grades, but to really understand the material and apply it. Treating my teachers as humans made the classroom feel less intimidating and made learning feel achievable. Beyond academics, his example taught me a lesson about empathy and perspective. Everyone has challenges, even people in positions of authority or expertise. By seeing him as human, I learned to approach not only my teachers but also my peers and my community with patience and understanding. It showed me that learning and growth happen when we treat each other as people, not just as roles or titles. This experience also shaped how I help others. I now work as a tutor through Grade Potential and tutor my peers at school. I try to explain concepts clearly, encourage persistence, and treat my students as partners in learning. I want them to feel comfortable asking questions and making mistakes because I know that is how understanding grows. My AP Human Geography teacher showed me that teaching and learning are not perfect processes. By sharing knowledge and approaching others with empathy, you can create an environment where everyone has the chance to succeed. My AP Human Geography teacher did not just teach me about geography. He taught me how to see others more clearly, how to approach challenges with curiosity, and how to take control of my own learning. He showed me that humanizing people and recognizing that everyone is learning along the way can change not only how you learn but also how you live. His influence helped me achieve academically, shaped how I help others, and continues to guide how I approach challenges in life.

My older brother getting accepted into UC Berkeley was one of the most meaningful experiences in my life. Watching him reach a goal that once seemed impossible made me realize what could be possible for myself. He did not just get into Berkeley; he showed me the work, discipline, and mindset required to succeed. He guided me through my classes, helped me stay focused, and pushed me to aim higher. Because of his support and example, I was able to work consistently, take my education seriously, and ultimately become rank one in my school. That achievement was not just personal. It showed me that guidance, effort, and encouragement can change outcomes, even when the challenges feel big. This experience influenced how I view my own role in education and why I want to help others. I realized that the right support can make a huge difference in someone’s success. That is why I work as a private tutor through Grade Potential, helping a student in IM3 math, and why I tutor peers in my AP classes. Many students in my school are first-generation and come from low-income households. They face obstacles that go beyond academics. I want to provide the guidance and encouragement that my brother gave me so they can succeed and feel confident in their abilities. Tutoring is not just about helping someone get an assignment right. It is about showing them that they can reach their goals, even if it takes extra time, effort, and patience. Working as a tutor has taught me a lot about leadership, empathy, and responsibility. I have seen students improve academically, but more important than grades is the confidence they gain and their willingness to keep trying when something feels difficult. That experience connects back to what my brother taught me. Success is not just about intelligence or talent. It is about consistency, effort, and having someone believe in you. Being able to help other students experience that has made me realize that education is not only for personal growth but also for helping others grow. My brother’s success set an example, but it also created a motivation that continues to drive me. It inspired me to take my education seriously, to aim for my own goals, and to share what I have learned with others. College is the next step in that journey. I want to continue building the skills, knowledge, and perspective that will allow me to achieve my goals and make a difference for others. The experience of being guided, motivated, and supported by my brother taught me that education is most meaningful when it creates opportunity for yourself and for the people around you.

I co-founded my school’s Red Cross Club and serve as vice-president. We run drives and programs to support students and families who need help. I started the club because I saw students in my school struggling with problems that went beyond the classroom. I wanted to create a way for students to take action and help their community. Leading the club has taught me that making a difference is not about waiting for someone else to do it. It is about noticing a need and stepping up to fill it. I also work as a private tutor through Grade Potential, helping a sophomore who was struggling in IM3 math. On top of that, I tutor students in my AP classes whenever someone needs extra help. Coming from a Title 1 school, I see how many students face challenges that are easy for others to overlook. Most of my classmates are first-generation, low-income students who do not have access to tutoring or extra resources. I help whoever asks, whether it is one assignment, studying for a test, or understanding a tough concept. Over time I realized tutoring is not just about teaching the material. It is about helping students feel capable, showing them that someone believes in them, and giving them support when they need it most. These experiences taught me the value of taking initiative to meet real needs. I did not start the Red Cross Club because it looked good on a college application. I started it because I saw a problem and wanted to do something. I do not tutor for recognition. I do it because I know what it is like to face challenges and not have the resources to succeed. I have seen students improve academically, but more important than grades is seeing them gain confidence, keep trying, and feel like they can handle challenges that once felt impossible. Supporting students who face systemic disadvantages has shaped how I see my role in the world. I learned that opportunity is not just about what you get, it is about what you can give. My goal is to keep creating chances for students who might otherwise be overlooked. These projects have taught me patience, empathy, and responsibility. They have shown me that making a difference does not always require big gestures. Sometimes it is just showing up, listening, and helping someone get through the next step. That is the kind of work I want to continue doing in college and beyond.

Jack Terry’s story hits me because he survived what most people cannot even imagine and still built a life of meaning. Losing his entire family, surviving three concentration camps, arriving in a new country at fifteen with almost no education or English, and then becoming a doctor, a soldier, and a teacher shows a level of resilience that I find inspiring. What I take most from his story is that no matter how bad your circumstances, you can still choose to work, learn, and give back. I have faced challenges that shaped me in a different but significant way. Growing up, my mother struggled with debt and a gambling addiction. Even though she made a decent income, our family relied on my father to cover basic needs. I witnessed the stress and instability this caused, and I learned early how fragile stability can be. I had to take on responsibilities beyond what most kids my age experience. I helped manage household tasks, supported my younger siblings emotionally, and balanced these responsibilities with school and extracurriculars. It taught me how to persevere, stay organized, and remain focused even when life is messy. These experiences also taught me empathy. Seeing my mother struggle and my father try to hold everything together made me aware of the pressures families face behind closed doors. I learned that hardship can create strength and that it is possible to help others even while facing your own challenges. Jack Terry’s life reinforces this lesson on a much larger scale. He took tragedy and turned it into a life that educated, inspired, and guided others. That ability to transform suffering into purpose motivates me to do the same, on my own level, in my community. I want to use my studies to make a difference. Whether through medicine, research, or programs that improve access to education, I want to help people who face obstacles like the ones I have experienced. I want to turn the lessons I have learned from hardship into actions that create opportunities for others. I do not want adversity to limit me, and I do not want it to limit the people I can impact. Jack Terry’s life reminds me that where you start does not determine what you can achieve. He turned suffering into purpose, and I want to do the same in my own way. His story pushes me to work harder, learn more, and use what I gain to support others. I hope to honor his legacy not just by surviving my own challenges but by using my skills, education, and experiences to make a meaningful difference in the lives of others.

One of the most significant challenges in my life has been growing up within a household shaped by instability while also carrying the responsibility of honoring my parents’ sacrifices as Filipino immigrants. These experiences, while difficult, have profoundly shaped my academic drive and my purpose in life. I was born in the Philippines and spent the first five years of my life there with my mother while my father and three siblings were already living in the United States. Like many immigrant families, my parents separated temporarily so my father could work and save enough money to bring the rest of us to America. When I finally moved to the United States to reunite with my family, I imagined that everything would feel whole and stable again. Instead, our household was often tense. My parents argued frequently, and my mother’s infidelity created deep mistrust between them. My father struggled with anger and suspicion, and at times that frustration was directed toward me. Growing up in that environment was emotionally challenging. As a child, I often felt caught in the middle of conflicts I did not fully understand. However, rather than allowing those experiences to derail my future, I turned to education as my path forward. School became the place where I could focus on something productive and meaningful. While I could not control the instability around me, I could control my effort, discipline, and academic goals. Over time, I learned to channel the adversity I experienced into motivation. I committed myself to my studies and consistently challenged myself academically. That determination allowed me to excel in school, and today I am ranked first in my graduating class. My achievements are not simply the result of intelligence, but of perseverance and the belief that my education could create opportunities beyond the circumstances I grew up in. My Filipino-American identity has also played a central role in shaping my purpose. My parents immigrated to the United States in search of opportunities they could not find in the Philippines. Assimilating into a new country was not easy for them. English was not their first language, and they often struggled to navigate systems and opportunities that were unfamiliar. Growing up, they frequently reminded my siblings and me that when they came to America, they prayed that their children would grow up speaking English and have access to better opportunities than they did. Despite their sacrifices and years of hard work, my parents have rarely received the rewards that reflect the effort they put into building a life here. Watching them struggle while continuing to work tirelessly for our family has deeply influenced my sense of responsibility. Their perseverance motivates me every day to make the most of the opportunities they created for me. I believe that God has blessed me with intelligence and the ability to succeed academically, and I feel a responsibility to use those gifts fully. My purpose is not only to succeed for myself, but also to repay my parents for everything they sacrificed. I hope to pursue higher education, build a successful career, and eventually provide my parents with the stability and comfort they never had the chance to enjoy. My story is one shaped by adversity, faith, and sacrifice. The challenges I faced strengthened my resilience, while my Filipino-American identity reminds me daily of the sacrifices that made my opportunities possible. Those experiences continue to motivate me to work hard, succeed academically, and build a future where I can honor my parents by giving back to them in the fullest way possible.

Two subjects that deeply interest me are Electrical Engineering and Computer Science (EECS) and Christianity. At first glance, these two areas may seem unrelated. One focuses on mathematics, technology, and logical systems, while the other centers on faith, morality, and spiritual understanding. However, for me, they are not in conflict. Instead, they shape different parts of how I understand the world and the purpose behind what I pursue. My interest in EECS comes from a fascination with how complex systems work. Electrical engineering and computer science form the backbone of modern technology. Everything from power grids and communication networks to smartphones and computers relies on the principles studied in this field. I enjoy the analytical thinking required to break down complex problems and design solutions. Whether it involves understanding circuits, programming algorithms, or designing systems that process information, EECS combines creativity with logic in a way that challenges and excites me. At the same time, my Christian faith plays an important role in how I approach life and my future goals. Through studying the Bible and reflecting on its teachings, I have learned values such as humility, perseverance, compassion, and integrity. Christianity teaches that abilities and knowledge should not only be used for personal success, but also to serve others and contribute positively to the world. This perspective influences how I think about pursuing engineering as a career. Rather than seeing technology purely as a tool for advancement or profit, I view it as an opportunity to solve problems and improve people’s lives. Engineers create systems that millions of people rely on every day, from the infrastructure that powers cities to the devices that allow people to communicate and access information. Because of this impact, I believe engineers also carry a responsibility to consider the ethical consequences of the technologies they build. In many ways, EECS and Christianity both require curiosity and discipline. Engineering asks questions about how the physical world operates and how systems can be designed to function efficiently. Faith asks deeper questions about purpose, morality, and how people should treat one another. Studying engineering strengthens my ability to think critically and solve problems, while my faith encourages reflection, humility, and ethical decision-making. These two interests complement each other in how they shape my goals. EECS motivates me to explore innovation and technological solutions, while Christianity reminds me to use knowledge responsibly and with compassion. As I pursue engineering, I hope to combine these perspectives by developing technologies that not only advance society, but also reflect values of integrity and service. Ultimately, both EECS and Christianity inspire me to continue learning and growing. One challenges me intellectually, while the other grounds me in principles that guide how my knowledge should be used. Together, they shape my curiosity, my ambitions, and the kind of person I strive to become.

My personal experiences with finances and financial education have shaped how I think about responsibility, planning, and opportunity. Growing up in an immigrant household, I saw how financial decisions could affect the stability of an entire family. My parents worked hard to build a life in the United States after coming from the Philippines, and their sacrifices allowed me to pursue opportunities they did not have. At the same time, I also witnessed how financial stress and difficult decisions could create tension within a household. These experiences made me aware from a young age that financial literacy is not just about numbers, but about understanding how choices shape long-term stability. In high school, I wanted to better understand how the economy works and how individuals make financial decisions, which is why I chose to take AP Macroeconomics and AP Microeconomics. Through these courses, I learned how economic systems operate on both large and small scales. In AP Microeconomics, I studied how individuals, businesses, and markets make decisions based on incentives, scarcity, and trade-offs. Concepts like opportunity cost, supply and demand, and market equilibrium helped me understand how resources are allocated and why prices and wages change over time. These lessons made me more aware of how everyday financial decisions, from budgeting to investing, are connected to larger economic principles. AP Macroeconomics expanded that perspective by focusing on the broader economy. I learned about inflation, unemployment, economic growth, and the role of monetary and fiscal policy. Understanding how central banks manage interest rates and how governments attempt to stabilize the economy helped me see the larger forces that influence personal finances, such as loan rates, job markets, and the value of savings over time. Learning about the banking system, the money supply, and financial institutions also helped me understand how credit and loans function in the real world. These classes helped me realize that financial literacy is one of the most important life skills a person can develop. Many financial struggles occur not simply because people lack money, but because they lack access to clear financial education. Understanding how to manage income, debt, credit, and savings can determine whether someone is able to build long-term stability. In the future, I plan to apply what I have learned to make responsible financial decisions as I pursue my education and career. As I work toward a degree in engineering, I want to approach finances with the same analytical mindset I use in academics. That means budgeting carefully, minimizing unnecessary debt, understanding interest rates, and planning long-term investments. Rather than thinking only about short-term financial needs, I want to focus on building financial security that will allow me to support myself and my family. I also hope to use my knowledge to help others. Many students and families, especially those in immigrant communities, are unfamiliar with the financial systems that exist in the United States. By sharing what I have learned about budgeting, credit, and economic decision-making, I hope to help others make more informed choices about their financial futures. Ultimately, financial education gives people the tools to create opportunity. By continuing to develop my understanding of economics and personal finance, I hope to build a stable future, reduce financial uncertainty, and use that stability to support both my family and my community.

Success, to me, is not defined only by achievements or recognition, but by growth, purpose, and the ability to positively impact others. It means becoming someone who lives with integrity, continues learning, and uses their opportunities to create meaningful change. Success is the result of perseverance through challenges, personal development, and the willingness to use one’s abilities to contribute to something greater than oneself. My understanding of success has been shaped largely by my family’s journey. I was born in the Philippines and spent the first years of my life there while my father and siblings were already in the United States working to build a better future for our family. Like many immigrant families, my parents sacrificed stability and time together in order to create opportunities that did not exist in our home country. When I eventually moved to the United States to reunite with them, I witnessed firsthand the challenges that come with rebuilding a life in a new country. Our household was not always stable. My parents struggled with conflict and trust issues for many years, and growing up in that environment forced me to develop resilience at a young age. While those experiences were difficult, they also taught me patience, empathy, and the importance of perseverance. Over time, our family dynamic improved, and I was able to focus more on my education and personal growth. These experiences shaped my understanding that success is not simply about reaching a destination, but about how a person grows through adversity and learns to move forward with determination. Academically, success means pursuing a field where I can combine creativity, analytical thinking, and problem solving to make a meaningful contribution to society. I plan to study engineering, specifically electrical engineering, because I am fascinated by how technology and systems work together to power the modern world. Electrical engineers play a crucial role in designing the infrastructure that supports communication networks, electronics, and energy systems. Being able to contribute to innovations that improve everyday life is what motivates me to pursue this career path. However, pursuing higher education is also a financial challenge. Like many students from immigrant families, I understand that college is not only an academic opportunity but also a financial responsibility. My parents have worked extremely hard to provide for our family, and I want to minimize the financial burden placed on them while pursuing my education. This scholarship would play an important role in helping me achieve my goals. It would provide financial support that allows me to focus more fully on my studies, research opportunities, and professional development rather than worrying about the cost of tuition and expenses. More importantly, receiving this scholarship would represent an investment in my potential and in the future contributions I hope to make through my work. Ultimately, success for me means honoring the sacrifices my parents made by building a life defined by purpose, service, and integrity. By pursuing engineering and dedicating myself to innovation and problem solving, I hope to contribute to technologies and systems that improve people’s lives. This scholarship would help me take an important step toward that goal, allowing me to continue my education and move closer to becoming someone who uses knowledge and opportunity to serve others.

I was born in the Philippines and spent the first five years of my life there with my mother while my father and three siblings were already living in the United States. Like many immigrant families, my parents had separated temporarily so my father could work and save money to eventually bring us together. When I finally moved to the United States, I was excited to reunite with my family and begin a new chapter of my life. However, the reality of our home life was more complicated than I had imagined. My parents struggled with constant conflict, and their arguments often created a tense and unpredictable environment. My mother’s infidelity caused deep mistrust between them, and my father struggled with anger and suspicion as a result. At times, that frustration was directed toward me. Growing up in that environment was difficult, but it also shaped who I am today. I learned patience, resilience, and the importance of understanding other people’s struggles. Over time, our family dynamic improved. My father became deeply apologetic and more emotionally present, and our household slowly became more stable. Those experiences taught me that people can grow and change, and they also strengthened my ability to persevere through difficult circumstances. During high school, as my home life became more stable, I was able to focus more on my personal growth and academic goals. I discovered that I was especially drawn to problem solving and analytical thinking, which naturally led me toward STEM. I plan to study engineering because I enjoy understanding how systems work and how creative solutions can solve real-world problems. Engineering appeals to me because it combines technical skill, creativity, and the opportunity to make meaningful contributions to society. I am particularly interested in electrical engineering, a field that plays a major role in modern technology and infrastructure. From power systems to electronics and communication networks, electrical engineers help design and maintain the systems that allow communities and industries to function. The idea of contributing to innovations that improve people’s daily lives motivates me to pursue this path. My background has also influenced this decision. Growing up in an immigrant family taught me the value of hard work and sacrifice. My parents came to the United States to create opportunities that were not available to them in the Philippines, and their efforts have given me the chance to pursue higher education and a professional career. Their struggles motivate me to take advantage of those opportunities and build a future where I can support my family and contribute to my community. My story is one of growth through adversity. The challenges my family faced shaped my resilience and determination, while my academic interests guided me toward engineering. By pursuing this field, I hope to combine my passion for problem solving with my desire to create meaningful solutions that positively impact others.

One of the most significant challenges I faced was learning how to make sense of instability and conflict within my family. I was born in the Philippines and spent the first five years of my life there with my mother while my father and three siblings were already living in the United States. When my parents had finally saved enough money, I moved to America to reunite with them. I imagined that finally being together would bring stability and happiness, but the reality was more complicated. My parents argued frequently and intensely, and my mother’s infidelity created deep mistrust in our household. My father struggled with anger and suspicion, and at times that frustration was directed toward me. As a child, I often felt caught in the middle of conflicts I did not fully understand. Growing up in that environment left me confused about trust, forgiveness, and what healthy relationships were supposed to look like. I often responded by becoming emotionally distant and focusing on endurance rather than understanding my feelings. Spiritually, I described myself as an agnostic believer. I believed in the possibility of God, but my faith did not guide how I interpreted hardship or uncertainty. When difficult things happened, I questioned why suffering existed and whether living a generally “good” life was enough. I hoped that being moral and responsible would lead to a meaningful life, but I still felt uncertain about purpose and faith. A turning point came through my relationship with my girlfriend, who is a devoted Protestant Christian. Her faith strongly influenced how she approached life, and she openly shared how her relationship with God shaped her values and decisions. One of the most difficult moments in our relationship came when she reaffirmed her commitment to waiting until marriage for physical intimacy. At the time, I struggled to understand that conviction, and the tension surrounding it eventually led to a period of separation between us. That separation forced me to reflect not only on our relationship but also on the deeper questions I had about belief and faith. During that time, I decided to study the Bible seriously, initially to better understand the foundation of her beliefs. What began as curiosity soon became a personal journey. I spent long hours reading the Old Testament and reflecting on its lessons. Through those readings, I began to understand themes of honoring God sincerely, accepting suffering while maintaining faith, seeking wisdom through God, and embracing mercy and forgiveness. When I continued into the New Testament, I learned about the life and sacrifice of Jesus Christ and the central message of love, humility, and redemption. Through this experience, my perspective on hardship began to change. Instead of seeing suffering as meaningless, I began to understand how it could shape character and deepen faith. I also reflected on my family experiences with more empathy and patience. Rather than holding onto resentment, I started to recognize that people often act out of their own struggles and brokenness. Faith did not erase the difficulties I experienced growing up, but it gave me a framework to process them with understanding and forgiveness. Relying on my faith helped me overcome confusion, resentment, and uncertainty. It transformed how I approach relationships, challenges, and my future, giving me a stronger sense of purpose and guiding me to live with greater patience, compassion, and integrity.