One of the most profound influences in my life has been growing up as the child of immigrants who came to the United States with almost nothing; no financial safety net, no support system, and a tenuous grasp of the English language. Their decision to leave everything they knew behind was driven by hope, hope that my life would be different, that I would have choices they never had, and that I could thrive in ways they could only imagine. While their sacrifices often went unnoticed by the world, I witnessed them every day: in the long hours they worked, in their quiet determination, and in the way they always put my well-being ahead of their own. It wasn't a singular event that shaped me, but rather the steady, consistent presence of their resilience. This experience fundamentally shaped how I see the world and what I want to do with my life. Growing up in that environment taught me not to take opportunities for granted. It also made me acutely aware of how many systems are not built for people like my parents, people who are intelligent, hardworking, and capable, but who lack access, resources, and representation. That awareness became the foundation for my academic and professional goals. I chose to study bioengineering because I want to be part of designing solutions that make healthcare more equitable and more effective. At the same time, I’m pursuing a minor in human communication because I recognize that even the most brilliant technologies are useless if they’re not accessible, understandable, or relevant to the people who need them most. It’s not just about what we build, it’s about who we build it for, and whether those communities are truly being seen, heard, and supported in the process. My parents’ influence is woven into every part of my journey. I carry their values with me: hard work, humility, generosity; and they inform the kind of student, researcher, and community member I strive to be. In the future, I hope to honor their legacy not just through professional achievements, but through meaningful contributions that reflect the heart of their sacrifices. Whether that means designing affordable medical devices, advocating for inclusive science education, or mentoring other first-generation students, I want my work to reflect a commitment to equity and compassion. Ultimately, my aspiration is not only to succeed, but to make my success matter. I want to create spaces where people like my parents are not overlooked, where their stories are part of the conversation, and where the barriers they faced are made smaller for the next generation. Their journey gave mine a sense of direction and purpose, and I hope that everything I do in the future is a way of carrying that forward with intention, gratitude, and a deep responsibility to give back.

Among my accomplishments, one stands out as particularly meaningful: the decision to pursue bioengineering. This choice reflects my deep-seated belief in using science to improve lives and solve complex societal issues. Choosing to pursue a degree in STEM as a first-generation Colombian American is rooted in a blend of personal passion, cultural heritage, and a deep-seated desire to drive meaningful change. My journey began with a fascination for math, sparked by my father teaching me to memorize the multiplication table in elementary school. This early exposure to mathematical concepts, coupled with a curiosity for learning and problem-solving, manifested in my obsession with fixing household appliances. Whether repairing a broken television or devising more efficient methods for setting up the Christmas tree, I found immense satisfaction in applying logical thinking to everyday challenges. My interest in biology took root in the fourth grade during an experiment involving growing plants under artificial light. This curiosity deepened as I observed onion cells through a microscope in middle school and studied enzyme reactions and cellular respiration rates in AP Biology. These experiences solidified my love for understanding the internal workings of organisms and fueled my desire to explore the natural sciences further. Biomedical engineering represents the perfect fusion of creativity, theoretical knowledge, and problem-solving. It stands at the intersection of natural sciences, mathematics, and medicine, holding the potential to revolutionize medical technology and impact millions of lives. The issue of accessible healthcare resonates deeply with me, as I have witnessed my mother endure severe abdominal pain following an expensive yet ineffective gallbladder surgery. Quality healthcare should be a fundamental right, yet it remains inadequate in America today. By advancing biomedical engineering, I aspire to develop innovative, cost-effective medical technologies that make healthcare more accurate, accessible, and affordable. The journey to this point has not been without its challenges. As a woman entering a male-dominated field, I have faced criticism and doubt. However, the unwavering support and encouragement from my aunts back in Colombia, Fernanda and Lorena, both accomplished engineers, have been invaluable. Their successes and guidance have shown me the importance of perseverance and passion in overcoming obstacles, especially as the only first-gen Latina in the family. Looking ahead, I am eager to delve into bioengineering at Northeastern University this fall, where I aim to contribute to advancements in healthcare technology. My goal is to leverage my education to address disparities in healthcare access, particularly in underserved communities. Inspired by my Colombian heritage and the obstacles I have encountered, I aspire to promote diversity and inclusion in STEM fields, advocating for equitable opportunities for all. In conclusion, my journey as a first-generation Colombian-American has taught me the importance of determination and empathy in achieving my goals. I am committed to making a positive impact through bioengineering, driven by a passion for innovation and a desire to serve others. I am confident that my future endeavors will reflect my dedication to excellence and my aspiration to contribute meaningfully to society.

Choosing to pursue a degree in STEM as a first-generation Colombian American is rooted in a blend of personal passion, cultural heritage, and a deep-seated desire to drive meaningful change. My journey began with a fascination for math, sparked by my father teaching me to memorize the multiplication table in elementary school. This early exposure to mathematical concepts, coupled with a curiosity for learning and problem-solving, manifested in my obsession with fixing household appliances. Whether repairing a broken television or devising more efficient methods for setting up the Christmas tree, I found immense satisfaction in applying logical thinking to everyday challenges. My interest in biology took root in the fourth grade during an experiment involving growing plants under artificial light. This curiosity deepened as I observed onion cells through a microscope in middle school and studied enzyme reactions and cellular respiration rates in AP Biology. These experiences solidified my love for understanding the internal workings of organisms and fueled my desire to explore the natural sciences further. Biomedical engineering represents the perfect fusion of creativity, theoretical knowledge, and problem-solving. It stands at the intersection of natural sciences, mathematics, and medicine, holding the potential to revolutionize medical technology and impact millions of lives. The issue of accessible healthcare resonates deeply with me, as I have witnessed my mother endure severe abdominal pain following an expensive yet ineffective gallbladder surgery. Quality healthcare should be a fundamental right, yet it remains inadequate in America today. By advancing biomedical engineering, I aspire to develop innovative, cost-effective medical technologies that make healthcare more accurate, accessible, and affordable. The journey to this point has not been without its challenges. As a woman entering a male-dominated field, I have faced criticism and doubt. However, the unwavering support and encouragement from my aunts back in Colombia, Fernanda and Lorena, both accomplished engineers, have been invaluable. Their successes and guidance have shown me the importance of perseverance and passion in overcoming obstacles, especially as the only first-gen Latina in the family. As a person of color in the STEM field, I hope to bring diverse perspectives and unique problem-solving approaches. My cultural background provides me with a distinctive lens through which I view challenges and opportunities. By embracing my heritage and experiences, I aim to contribute to the development of medical technologies that address the specific needs of underserved communities, ensuring that quality healthcare is accessible to all. In conclusion, my pursuit of a career in biomedical engineering is fueled by a deep-rooted passion for problem-solving and a desire to improve healthcare. Inspired by personal experiences and trailblazing women in the field, I am determined to contribute to the development of innovative medical technologies. My goal is to help create a future where quality healthcare is accessible and affordable for all, driven by the belief that everyone deserves the best possible care. I am committed to making a lasting impact in the STEM field, honoring my heritage, and paving the way for future generations of diverse scientists and engineers.

At its core, calculus is the study of change. It provides the language and tools to describe how things evolve, whether it’s the trajectory of a rocket, the spread of a disease, or the fluctuation of stock markets. This ability to model dynamic systems is crucial for scientists and engineers who strive to understand and predict natural phenomena, and even everyday machines and situations we don’t think twice about. Calculus is the bedrock upon which the laws of motion and electromagnetism are built. It allows us to calculate the forces acting on a bridge, the behavior of electrons in a circuit, and the optimal path of a spacecraft. In biology and medicine, calculus enables us to understand complex biological processes and improve healthcare outcomes. It plays a crucial role in modeling the spread of infectious diseases, understanding the dynamics of population growth, and analyzing the rate of drug absorption in the human body. During the COVID-19 pandemic, the importance of calculus became even more evident. Epidemiologists used mathematical models to predict the spread of the virus, guiding public health policies and saving lives. The beauty of calculus lies not just in its applications but in its ability to inspire a deeper appreciation for the world around us. It teaches us to think critically, to solve problems creatively, and to approach challenges with a systematic and analytical mindset. These skills are invaluable in any STEM career and beyond. Personally, my journey with calculus began with a sense of awe and curiosity. I remember struggling with the abstract concepts initially, but as I delved deeper, I realized that calculus was not just a subject but a way of thinking. It was like putting on a pair of glasses that sharpened my view of the world, revealing patterns and connections that were previously invisible. This newfound perspective was further nurtured through the support of my favorite teacher, Ms. Williams. I first had her as a teacher for 8th-grade geometry and was delighted to be in her class once again for AP Calculus in 11th grade. As a BIPOC woman who had studied chemical engineering, she inspired me with the possibility of applying my knowledge of calculus to a career in engineering. In the field of engineering, calculus is indispensable. It helps engineers design systems and structures that are efficient, safe, and reliable. From calculating the stress and strain on materials to optimizing the flow of fluids through pipelines, calculus is the engineer’s compass. In conclusion, calculus is more than just a mathematical discipline; it is a powerful tool that fuels innovation and discovery. It bridges the gap between theory and practice, allowing us to understand, model, and influence the world we live in. For anyone passionate about STEM, mastering calculus opens up a universe of possibilities, offering the key to unlock the secrets of the cosmos and the potential to make a lasting impact on society.

From a young age, my interest in math was sparked by my father teaching me to memorize the multiplication table in elementary school. He instilled in me a curiosity for learning and problem-solving, which I express by obsessively fixing household appliances. Whether it is repairing our broken television or devising more efficient methods for setting up the Christmas tree, I find satisfaction in applying logical thinking to everyday problems. I am captivated by the notion of bringing an idea in my head to life and being able to use my creativity to solve a problem. My interest in biology started in the fourth grade when we conducted an experiment growing plants under artificial light. From observing onion cells through a microscope in middle school to studying enzyme reactions and cellular respiration rates in AP Biology, I enjoy exploring and understanding the internal workings of organisms. Biomedical engineering is the perfect combination of creativity, theoretical knowledge, and problem-solving. At the intersection of natural sciences, mathematics, and medicine, it has the potential to transform medical technology and help millions. Access to affordable healthcare specifically strikes a chord with me because I have witnessed my mother suffer from severe abdominal pain caused by her past gallbladder surgery. The surgery was expensive and yet didn't alleviate her symptoms. Obtaining quality healthcare should be a fundamental right, yet it remains inadequate in America today. By advancing biomedical engineering, we will possess the potential to craft innovative, cost-effective medical technologies that can make healthcare more accurate, accessible, and affordable. The journey hasn't been without its challenges. As a woman entering a male-dominated field, I have faced criticism and doubt. However, the support and encouragement from my aunts Fernanda and Lorena, both accomplished engineers, have been invaluable. Their successes and guidance have shown me the importance of perseverance and passion in overcoming obstacles, especially as a first-generation Colombian American. Furthermore, figures like Jennifer Doudna have profoundly influenced my aspirations. Her groundbreaking work in gene therapy and her role as a trailblazer for women in STEM have inspired me to push boundaries and strive for excellence. Doudna's achievements demonstrate that gender should never be a barrier to pursuing one's dreams in science and engineering. In conclusion, my pursuit of a career in biomedical engineering is fueled by a deep-rooted passion for problem-solving and a desire to improve healthcare. Inspired by personal experiences and trailblazing women in the field, I am determined to contribute to the development of innovative medical technologies. My goal is to help create a future where quality healthcare is accessible and affordable for all, driven by the belief that everyone deserves the best possible care.

The lyric "But I fear that they already got all the best parts of me and I'm sorry that I couldn't always be your teenage dream" from the song “Teenage Dream” resonates deeply with the rollercoaster of emotions and challenges faced by teenagers, particularly in the modern world of academic pressure, personal growth, and cultural identity. Starting high school with dreams as big as the universe is almost a rite of passage. The excitement, the anticipation of what's to come, fuels every step. But for those like me whose freshman year was overshadowed by the pandemic, the journey took an unexpected turn. The once bright halls felt empty, friendships strained by distance, and learning became a solitary pursuit. The dreams started to feel distant. As the years progressed grades, once a measure of achievement, turned into a relentless pressure. Balancing academics with a social life, relationships, and part-time jobs felt like juggling chainsaws. Yet slowly, I became good at it, and the constant stress became the norm. Junior year is the pivotal point where dreams collide with reality. College applications loomed like a storm cloud, casting doubt on every accomplishment. The GPA, the extracurriculars, the volunteer work—all felt inadequate under the scrutinizing eyes of admissions officers. The fear of rejection gnawed at me, making me question if I had done enough to be worthy of a spot at my dream college. Yet, amidst the chaos, there's a longing to hold onto the innocence of youth. The wide-eyed wonder, the boundless optimism—things that seem to slip away with each passing year. The desire to freeze time, to remain suspended in a bubble of naive bliss, clashes with the inevitability of growth. And then, there's the fear of what lies beyond the familiar shores of adolescence. For a first-generation Latina pursuing bioengineering, the journey is both exhilarating and terrifying. With no roadmap to follow, every step feels like navigating uncharted waters. The weight of expectations, the pressure to succeed, bears down like a heavy burden. Navigating the complexities of teenage-hood in the 21st century demands a delicate balance between societal expectations and personal aspirations. The digital age has ushered in a new era of connectivity, yet paradoxically, it has also amplified feelings of isolation and inadequacy. Social media platforms showcase curated lives, fostering unrealistic standards of beauty, success, and happiness. It's a constant battle between authenticity and conformity, between staying true to oneself and succumbing to societal pressures. Finding one's voice amidst the cacophony of opinions and expectations is no easy feat. It requires introspection, resilience, and a willingness to embrace vulnerability. As teenagers, we are often told that these years are the best of our lives, but the reality is far more nuanced. It's a time of self-discovery, of navigating the tumultuous waters of identity formation, of learning to chart our own course amidst a sea of conflicting voices. And though the journey may be fraught with challenges and uncertainties, it is also a time of immense growth and potential. So, while the road may be rocky and the destination uncertain, I am comforted by the knowledge that each obstacle I overcome brings me one step closer to becoming the person I am meant to be.

From a young age, my interest in math was sparked by my father teaching me to memorize the multiplication table in elementary school. He instilled in me a curiosity for learning and problem-solving, which I express by obsessively fixing household appliances. Whether it is repairing our broken television or devising more efficient methods for setting up the Christmas tree, I find satisfaction in applying logical thinking to everyday problems. I am captivated by the notion of bringing an idea in my head to life and being able to use my creativity to solve a problem. My interest in biology started in the fourth grade when we conducted an experiment growing plants under artificial light. From observing onion cells through a microscope in middle school to studying enzyme reactions and cellular respiration rates in AP Biology, I enjoy exploring and understanding the internal workings of organisms. Biomedical engineering is the perfect combination of creativity, theoretical knowledge, and problem-solving. At the intersection of natural sciences, mathematics, and medicine, it has the potential to transform medical technology and help millions. Access to affordable healthcare specifically strikes a chord with me because I have witnessed my mother suffer from severe abdominal pain caused by her past gallbladder surgery. The surgery was expensive and yet didn't alleviate her symptoms. Obtaining quality healthcare should be a fundamental right, yet it remains inadequate in America today. By advancing biomedical engineering, we will possess the potential to craft innovative, cost-effective medical technologies that can make healthcare more accurate, accessible, and affordable. My goal is to collaborate with interdisciplinary teams to design and implement cutting-edge technologies that address pressing healthcare needs. Whether it's developing more efficient diagnostic tools or improving treatment methods, I believe that biomedical engineering holds immense potential to revolutionize healthcare delivery. Furthermore, I am committed to advocating for policies and initiatives that promote equitable access to healthcare. By raising awareness and engaging with policymakers, I hope to contribute to systemic changes that ensure healthcare is a fundamental right for all individuals, regardless of their socioeconomic status.

From a young age, my interest in math was sparked by my father teaching me to memorize the multiplication table in elementary school. He instilled in me a curiosity for learning and problem-solving, which I express by obsessively fixing household appliances. Whether it is repairing our broken television or devising more efficient methods for setting up the Christmas tree, I find satisfaction in applying logical thinking to everyday problems. I am captivated by the notion of bringing an idea in my head to life and being able to use my creativity to solve a problem. My interest in biology started in the fourth grade when we conducted an experiment growing plants under artificial light. From observing onion cells through a microscope in middle school to studying enzyme reactions and cellular respiration rates in AP Biology, I enjoy exploring and understanding the internal workings of organisms. A degree in biomedical engineering is the perfect combination of creativity, theoretical knowledge, and problem-solving. At the intersection of natural sciences, mathematics, and medicine, it has the potential to transform medical technology and help millions. Access to affordable healthcare specifically strikes a chord with me because I have witnessed my mother suffer from severe abdominal pain caused by her past gallbladder surgery. The surgery was expensive and yet didn't alleviate her symptoms. Obtaining quality healthcare should be a fundamental right, yet it remains inadequate in America today. By advancing biomedical engineering, we will possess the potential to craft innovative, cost-effective medical technologies that can make healthcare more accurate, accessible, and affordable. I hope to have a fulfilling career at a biotechnology company and travel the world implementing these tools where they are most needed. In addition to fulfilling my personal and academic aspirations, I hope to pave the way for Latinas around me by serving as a role model and advocate for diversity in STEM. By actively participating in mentorship programs, outreach activities, and professional organizations, I aim to empower and inspire future generations of minority students to pursue careers in science and engineering. Through my journey, I aspire to create pathways for underrepresented individuals to thrive in the biomedical engineering field. As the first person in my family to attend college, navigating the complexities of tuition fees, textbooks, and living expenses has been daunting. While my parents have always emphasized the importance of education, their modest income limits their ability to provide substantial financial support. Despite working part-time jobs and applying for financial aid, there remains a considerable gap between the funds available to me and the actual cost of pursuing a degree in biomedical engineering. This is where the Hispanic Climb to Success Scholarship becomes instrumental in realizing my aspirations. By alleviating the financial burden associated with higher education, this scholarship will allow me to focus wholeheartedly on my studies and extracurricular pursuits. With the support of this scholarship, I can invest more time in conducting research, participating in internships, and engaging in community outreach initiatives related to my degree and future career.

Tennis isn't just about hitting a ball back and forth; it's an imitation of life's challenges and lessons. When I stepped onto the court, I quickly realized that every move mattered. Each step, each swing of the racket, demanded split-second decisions. It taught me the value of quick thinking, precision, and strategy. Starting freshman year, I lacked skill in timing, technique, and decision-making. The pressure was real, especially when surrounded by players who seemed lightyears ahead. I felt the need to constantly prove myself, not just to others, but to my inner critic. With doubts about my athletic abilities, this sentiment was heightened when I was only selected for a handful of starts on the junior varsity tennis team. Not ready to accept defeat, I turned to weightlifting for conditioning and learning to build stamina and strength steadily, designing my personalized routine as I progressed. This pressure didn't just stay on the court; it seeped into my academic life too. I chased top grades to enter top colleges, hoping to receive generous merit aid when the day came. My whole life I was told education was the key to success, especially as a first-generation Latina. Now it’s truer than ever considering my parents won’t be able to cover the cost of my post-secondary education without scholarships like this. However, as I progressed to the varsity level, with more experience and feeling like a true team, I learned to let go of the need to constantly measure up. I embraced the challenges and used them as a source of reason to further improve the skills I needed. With this newfound discipline, focus, and support, tennis became a source of joy and a way to make my hard work off the court feel worth it on the court. This shift in mindset extended beyond tennis. I realized that true success isn't about chasing objectives but about following my passions. Despite initially considering a career in business for its perceived financial rewards, I ultimately chose biomedical engineering because of my love for math, biology, and problem-solving. At the intersection of natural sciences, mathematics, and medicine, biomedical engineering has the potential to transform medical technology and help millions. Access to affordable healthcare specifically strikes a chord with me because I have witnessed my mother suffer from severe abdominal pain caused by her past gallbladder surgery. The surgery was expensive and yet didn't alleviate her symptoms. Obtaining quality healthcare should be a fundamental right, yet it remains inadequate in America today. By advancing biomedical engineering, we will possess the potential to craft innovative, cost-effective medical technologies that can make healthcare more accurate, accessible, and affordable. Tennis taught me resilience and the importance of pursuing what truly matters to me. It's not about the trophies or accolades but about the lessons learned and the passion cultivated along the way. As I continue to college, I carry with me the simple, yet profound wisdom gained from the tennis court: success is personal, and it's found in the pursuit of what sets your soul on fire.