From an early age, my journey has been uniquely shaped by a complex interplay of neurological and health disabilities. I am not simply a student pursuing a Mechanical Engineering degree; I am a testament to resilience, adapting and thriving despite the inherent challenges posed by a malformed hippocampus, dyslexia, a working memory deficit, hereditary spherocytosis, and hereditary alpha tryptasemia. These conditions have profoundly impacted my schooling and career path, but they have also instilled in me an unwavering determination to succeed. My neurological disabilities, particularly the malformed hippocampus and working memory deficit, have made traditional learning a significant hurdle. The hippocampus, crucial for memory formation, presents a constant struggle with retaining information. This isn't merely about forgetting facts; it's about the very process of integrating new knowledge, making each assignment an uphill climb. Similarly, my working memory deficit means processing information in real-time can be overwhelming, especially in fast-paced academic environments. I often require more time to synthesize concepts and connect them to prior knowledge, a stark contrast to my peers who absorb information more fluidly. Dyslexia further complicates matters, transforming textbooks and written exams into intricate puzzles. Reading is more laborious, and demands immense concentration, often leaving me exhausted before I've even grasped the content. This combination has meant countless hours spent re-reading, re-listening, and developing intricate organizational systems to compensate for what my brain doesn’t naturally retain. Beyond the cognitive, my health disabilities add another layer of complexity. Hereditary spherocytosis, a condition affecting my red blood cells, leads to chronic fatigue and occasional crises that can require hospitalization. The constant low energy levels make prolonged study sessions incredibly challenging, and there have been times when I’ve had to miss classes or deadlines due to flare-ups. Compounding this is hereditary alpha tryptasemia, which contributes to a heightened inflammatory response and can manifest in various uncomfortable symptoms, further draining my energy reserves and impacting my ability to focus. These physical realities have meant I’ve had to be diligent about managing my health, prioritizing rest, and planning my workload around potential limitations. Despite these obstacles, my pursuit of a Mechanical Engineering degree is not merely an aspiration; it is a meticulously calculated goal. My struggles have refined my problem-solving skills and fostered an innate sense of perseverance. Engineering, with its emphasis on logical thinking and practical application, appeals to my desire to understand how things work and to contribute tangible solutions. My experiences navigating complex personal challenges have equipped me with an unparalleled ability to analyze, adapt, and innovate – skills I believe are crucial for a successful engineering career. Additional funds would be transformative in alleviating some of the persistent burdens these disabilities impose. Currently, much of my limited financial resources are directed towards assistive technologies and accommodations not fully covered by standard aid, such as specialized software for dyslexia, dedicated note-takers for complex lectures, and ergonomic equipment to manage physical discomfort during long study sessions. Furthermore, financial assistance would allow me to reduce my reliance on part-time work, freeing up invaluable time that could be dedicated to focused study, tutoring, and extra academic support that directly addresses my learning differences. It would enable me to invest in adaptive learning strategies, pursue specialized tutoring in challenging subjects where my working memory is particularly taxed, and access resources that can help me bridge the gap created by my malformed hippocampus. Ultimately, these funds would not just ease a financial burden; they would empower me to fully engage with my education, level the playing field, and accelerate my journey towards becoming a successful Mechanical Engineer, ready to contribute meaningfully to society.

From the rhythmic hum of a CNC machine to the intricate layers building up a 3D print, my world has always revolved around the creation of tangible objects. This fascination with how things work and how they can be made better led me to a vocational high school with a singular dream: to become a machinist and, ultimately, a mechanical engineer. I envisioned myself at the forefront of innovation, turning concepts into reality, and that dream has only solidified with time, particularly as I’ve immersed myself in the revolutionary world of additive manufacturing, or 3D printing. My journey into the trades has been anything but theoretical. Where conventional machining removes material, additive manufacturing builds it, opening up a realm of geometric complexity and material efficiency that was previously unimaginable. My passion for this technology isn't just about the cool factor; it's about seeing its potential to transform industries, personalize products, and solve complex problems in ways we are only just beginning to grasp. This passion for additive manufacturing isn't merely academic; I’ve invested in it personally. I have bought several 3D printers myself, transforming my bedroom into a small-scale production hub. This experience with my own machines has allowed me to experiment endlessly, troubleshoot problems, and refine my skills in a way that goes beyond classroom instruction. It also led me to start my own small business, selling my designs and prints at local farmers' markets. This venture has been invaluable, teaching me about design and production but also about entrepreneurship, customer engagement, and the satisfaction of bringing a product from concept to consumer. This deep engagement with 3D printing culminated in a remarkable achievement: winning first place in the Additive Manufacturing competition at the Massachusetts SkillsUSA state conference. It was a rigorous test of design, problem-solving, and technical execution, and to emerge victorious was incredibly validating. Now, I have the immense honor of representing Massachusetts at the national conference in June, a testament to the dedication I’ve poured into mastering this trade. Looking ahead, my path to mastering mechanical engineering and additive manufacturing is clear. I will be attending Western New England University, enrolling in their four-year program to earn a Bachelor's degree in Mechanical Engineering. This academic foundation will provide me with the theoretical knowledge and analytical skills necessary to not only operate these technologies but to truly innovate within them. I aim to delve deep into advanced materials, design optimization for additive processes, and the integration of smart manufacturing principles. My goal is to become an expert who can push the boundaries of what's possible with 3D printing, whether that’s developing new biomedical implants, creating lightweight components for aerospace, or pioneering sustainable manufacturing practices. Mastery, however, isn't solely about personal achievement; it’s about impact. My commitment extends beyond my own career to the community that has supported my aspirations. I envision giving back in multiple ways. I plan to volunteer my time at local schools and community centers, introducing young people to the exciting possibilities of STEM fields, particularly through hands-on workshops with 3D printers. Sharing my enthusiasm and knowledge, especially with those who might not otherwise have access to such technology, is incredibly important to me. Furthermore, as I gain professional experience, I hope to collaborate with local businesses and startups, offering my expertise in additive manufacturing to help them innovate and become more competitive. I believe I can contribute to the economic vitality and technological advancement of my community. My journey began with a dream of making things; now, it evolves into a commitment to making a difference, one precisely printed layer at a time.

Throughout my educational journey, I have always strived to go beyond the classroom, seeking opportunities to learn, innovate, and give back. One of the most rewarding experiences has been my involvement in SkillsUSA, where I earned first place at the state level in Additive Manufacturing. This achievement not only reflects my technical proficiency and dedication but also represents countless hours of learning and collaboration. I am proud to be representing my state at the national competition this summer in Georgia, an experience that motivates me to reach even greater heights. My passion for 3D printing has extended far beyond competitions. I turned that passion into a small business, designing and producing custom 3D-printed items that I sell at local farmers markets and vendor fairs. From personalized keychains to functional household tools, my products are crafted with care and creativity. The income from these sales has helped me become more financially independent by covering expenses such as my car. This entrepreneurial venture has taught me critical life skills such as budgeting, marketing, and customer service—all while allowing me to do something I love. However, the most meaningful aspect of my work has been the ability to use my skills to serve others. Through volunteer projects at Cardinal Cushing Centers, I’ve been able to use 3D printing to make a real difference in the lives of students with special needs. I’ve designed and printed adaptive equipment such as custom cases for communication devices, ensuring they’re both durable and easy to use. One of the most impactful projects was modifying a Power Wheels ride-on car for a paraplegic child. By redesigning the seating and controls, we gave this child the opportunity to experience mobility and independence in a way that was previously inaccessible. Seeing the joy on his face was a powerful reminder of how technology, when used creatively and compassionately, can change lives. These experiences have not only enriched my education—they’ve shaped my character and goals. I’ve come to realize that true success isn’t just about awards or income. It’s about the legacy you leave behind through your actions. For my family, I hope to be an example of perseverance, innovation, and service. I want my younger siblings and peers to see that you don’t need to wait for the future to make a difference—you can start now, with the tools and talents you already have. In my community, I hope to inspire others to look at technology as a force for good. Whether it's through teaching others about 3D printing, sharing my entrepreneurial journey, or continuing to develop adaptive devices for those in need, I want to leave a lasting impact—one that empowers others to dream big and give back. Excelling in education, to me, means more than academic success; it means using what I’ve learned to improve the world around me. And in that pursuit, I believe I’m just getting started.

For many students, going to school each day is routine—a simple expectation. But for me, just showing up has been one of the hardest challenges I’ve faced. Living with two rare genetic conditions, Hereditary Spherocytosis and Hereditary Alpha Tryptasemia, has meant my educational journey has never been typical. The path has been filled with surgeries, hospitalizations, transfusions, and an overwhelming number of medical appointments, all of which have significantly disrupted my ability to attend school consistently. Hereditary Spherocytosis is a blood disorder that causes red blood cells to be fragile and prone to breaking down, often resulting in severe anemia. On top of that, Hereditary Alpha Tryptasemia brings symptoms like fatigue, allergic reactions, and brain fog, which can make even simple daily tasks feel exhausting. These two conditions combined have often left me physically drained, mentally scattered, and frequently absent from the classroom—not by choice, but by necessity. There have been times when I’ve spent more days in a hospital bed than at a school desk. I’ve had two surgeries and received multiple blood transfusions to manage the complications of my illnesses. Each procedure, each flare-up, meant missed lessons, unfinished homework, and the anxiety of falling behind. The pressure of keeping pace with peers while managing a body that was constantly in flux could have easily discouraged me. It would have been easier to give up, to accept a slower pace, to let the gaps in my education grow wider. But I didn’t. Instead, I learned to adapt—not because I wanted to, but because I had to. I couldn’t control my health, but I could control my response to it. I began to focus on the small windows of time when I did feel well. On those days, I worked harder and more efficiently than most of my peers. I developed a strong sense of time management and self-discipline. I stayed in constant communication with my teachers, asking for assignments in advance or requesting extensions when my health took a turn. I learned how to teach myself content when I couldn’t be in class and how to advocate for myself when I needed support. More than anything, I had to maintain a sense of determination. It was easy to feel frustrated when my body wouldn’t cooperate, but I reminded myself that each effort—each assignment completed, each test taken, each class attended—was a victory. Showing up wasn’t just about physical presence; it was about showing up mentally, emotionally, and academically, even when it was hard. These experiences have taught me resilience, responsibility, and an appreciation for the value of education. I’ve come to see my conditions not just as obstacles, but as powerful teachers. They’ve taught me how to push forward when things don’t go according to plan and how to find strength in persistence. I’ve learned that success isn’t always about perfect attendance or straight A’s—it’s about rising to meet challenges, even when they come daily. Today, I continue to live with these conditions, and while they haven’t disappeared, neither has my resolve. I’ve shown up—not always in the traditional sense, but in every way that truly matters. And I’ll keep showing up, because that’s how I’ve learned to overcome.