Title: Unraveling the Mysteries of the Universe: A Journey of Discovery and Innovation The quest to understand the nature of our universe is not just an academic endeavor; it's a journey that strikes at the core of human curiosity and our innate desire to comprehend our place in the cosmos. This pursuit is fundamental for numerous reasons – it propels scientific advancement, enriches our understanding of existence, and fosters technological innovations that often have far-reaching impacts on our daily lives. In my journey as an aspiring chemical engineer with a focus on 3D bioprinting, I intend to employ specific concepts and methodologies that, while seemingly focused on the micro-scale, resonate with the larger quest of understanding our universe. Understanding the universe is crucial for several reasons. First, it provides context to our existence. By unraveling the mysteries of the cosmos, we gain insights into where we come from, our place in the universe, and the potential futures that await humanity. Secondly, this pursuit drives technological and scientific advancement. The challenges of exploring space have historically led to significant breakthroughs, many of which have had profound impacts on everyday technology, healthcare, and materials science. Moreover, understanding the universe encourages a perspective shift, fostering a global consciousness and a sense of unity. When we look at Earth from space, national borders fade, highlighting our shared responsibility as stewards of this planet. Finally, exploring the cosmos addresses the fundamental human need to explore and discover, to push the boundaries of what we know, and to ask, "What if?" In my field of engineering, particularly in the realm of 3D bioprinting and soft matter physics, the focus is often on the micro-scale. However, the concepts and methodologies I employ can have broader applications in understanding the universe. For instance, the precision and innovation required in bioprinting are akin to the meticulousness needed in engineering spacecraft and instruments for space exploration. My approach is rooted in interdisciplinary collaboration, a concept crucial for space exploration. The challenges of understanding the universe require a melding of various scientific disciplines – from astrophysics to engineering to biology. In my work, I collaborate with professionals from diverse fields, an approach that could be mirrored in larger-scale cosmic exploration projects. Looking ahead, I believe that several key ideas and innovations will be pivotal in advancing our understanding of the universe. First, the development of advanced materials and technologies for space travel, such as improved propulsion systems or radiation shielding, is essential. My background in materials science could contribute to this aspect. Additionally, leveraging artificial intelligence and machine learning can significantly aid in processing the vast amounts of data we receive from space missions. These technologies can help in identifying patterns and making discoveries that might elude human researchers. Lastly, the concept of sustainability should be integral to our exploration of space. As we venture further into the cosmos, ensuring that we do so in a manner that is sustainable and responsible is paramount. This aligns with my advocacy for ethical and responsible practices in engineering. In conclusion, the quest to understand our universe is a multidimensional endeavor that extends beyond pure scientific inquiry. It encompasses a profound search for meaning, drives innovation, and unites us in a shared journey of discovery. My role as an engineer in this journey, though focused on the micro-scale, is interwoven with the larger tapestry of cosmic exploration. By applying interdisciplinary collaboration, advancing material science, and integrating sustainable practices, I hope to contribute to this grand quest – a quest that not only unravels the mysteries of the cosmos but also sheds light on the marvels of our own blue planet.

In a world where scientific and social progress are deeply intertwined, my journey as a chemical engineer specializing in 3D bioprinting has been colored by a unique blend of personal challenges and a commitment to making a difference. My endeavors, both current and future, are rooted in a desire to give back to the community and make a lasting positive impact on the world. At present, my contribution to the world manifests in two main areas: academic mentorship and healthcare advocacy. As a master's student in engineering, I am acutely aware of the gender disparity in STEM fields. I strive to bridge this gap through active mentorship, guiding and inspiring especially female undergraduates. By sharing my journey, I aim to empower these young minds, fostering a generation that values diversity and innovation. My foray into healthcare advocacy is deeply personal. Diagnosed with Ehlers-Danlos syndrome, I found a purpose in advocating for better understanding and treatment of this condition. My participation in support groups and forums transcends offering advice; it's about building a community of support, raising awareness, and advocating for comprehensive healthcare. Furthermore, my engagement in the Miss Rhode Island USA pageant was a strategic move to amplify this advocacy. The platform allowed me to shine a light on the importance of medical self-advocacy, highlighting the need for improved patient-physician communication and personalized healthcare. This experience was not just about personal achievement but about leveraging visibility to champion a cause close to my heart. Looking ahead, my aspirations to positively impact the world are closely linked to my professional and personal goals. In the realm of 3D bioprinting, I aim to contribute to groundbreaking advancements in tissue and organ replacement. This technology has the potential to revolutionize medical treatments, reducing the dependency on organ donors, and personalizing healthcare to unprecedented levels. My ambition is to be at the forefront of this revolution, contributing to solutions that alleviate suffering and enhance the quality of life for millions. Moreover, I envision myself as a leader advocating for diversity and ethical practices in STEM. By participating in outreach and educational programs, I plan to encourage participation from underrepresented groups in engineering, fostering a culture of inclusivity and innovation. My journey is more than a personal quest for academic and professional achievement; it's a commitment to leveraging my skills, experiences, and platforms for the greater good. From mentoring future engineers to advocating for patient rights and pushing the boundaries of medical technology, my efforts are aimed at creating a more inclusive and healthier world. As I progress, I hold onto the belief that true impact lies in using one's abilities and opportunities not just for self-advancement but for the betterment of society as a whole.

Confronting a chronic condition like Ehlers-Danlos syndrome, which affects connective tissues and is compounded by an unidentified bleeding disorder, has not only been a personal challenge but also a catalyst for my academic and professional pursuits. This journey has steered my focus toward a specialized area in pharmacy: drug delivery and tissue engineering. Here, I see a convergence of my personal experiences with a profound professional purpose – to innovate in pharmaceutical sciences to improve the lives of individuals facing similar health challenges. The diagnosis of Ehlers-Danlos syndrome was a pivotal moment in my life. It brought with it an array of physical and emotional challenges, but more importantly, it illuminated a path for me in the pharmaceutical field. Faced with the daily realities of managing a complex health condition, I developed a keen interest in how medications are formulated, delivered, and how they interact with the body. This curiosity evolved into a deep-seated passion for pharmaceutical research, specifically in the realms of drug delivery systems and tissue engineering. My academic journey in pharmacy has been uniquely shaped by my condition. It has driven me to delve into research that explores innovative drug delivery methods that could potentially offer more effective treatments for conditions like mine. My focus is not just on the composition of drugs but on how they are delivered to improve efficacy and patient outcomes. Tissue engineering, in particular, holds a special significance for me. The prospect of developing tissues or organs in the lab for transplantation or disease modeling could revolutionize treatment for countless individuals, offering hope where traditional medicine reaches its limits. Resilience has been a cornerstone in navigating my health challenges and academic endeavors. Each obstacle faced and overcome in managing my condition has fortified my resolve to succeed in a field that is rapidly evolving and holds immense potential for patient care. My determination is fueled by the belief that my research and future contributions in pharmacy could lead to breakthroughs that significantly improve the quality of life for patients. This personal journey has not only imbued me with technical knowledge but also with a profound empathy for patients. Understanding the patient experience firsthand has given me a unique perspective that I believe is invaluable in the pharmaceutical profession. It drives my commitment to patient-centered research and care, ensuring that the human element remains at the forefront of scientific advancement. Looking ahead, my goal is to be at the forefront of pharmaceutical innovation, particularly in drug delivery and tissue engineering. I am motivated by the potential to develop treatments that are not only effective but also tailored to individual patient needs. This ambition is deeply rooted in my personal experiences, shaping my approach to pharmaceutical research and patient care. In conclusion, living with Ehlers-Danlos syndrome has been both a challenge and an inspiration. It has directed my academic focus towards a career in pharmacy where I can make a tangible difference in the lives of others. The resilience, determination, and empathy fostered through my experiences are the driving forces behind my aspiration to innovate in drug delivery and tissue engineering, marking my journey in pharmacy as one of personal fulfillment and professional contribution.

My daily life is a mosaic of activities that reflect the values I hold dear: leadership, resilience, altruism, focus, and a strong work ethic. As a female engineer specializing in 3D bioprinting while battling Ehlers-Danlos syndrome, I personify these traits not just in moments of triumph but through the trials that test and affirm my character. Leadership and Communication Skills: Each day, I exercise leadership through active engagement with my research team. My approach is democratic; I listen earnestly and communicate complex ideas with clarity, striving to build an environment where everyone’s insights are valued and integrated. My leadership is not confined to directives; it is an exercise in building consensus, articulating a shared vision, and mobilizing collective effort toward our objectives. Resilience: The resilience I have cultivated is most evident in my response to my health conditions. Despite frequent pain and fatigue, my determination remains undiminished. I view my diagnoses not as limitations, but as catalysts that have taught me to adapt and persevere. This resilience transcends my personal life and permeates my studies; it motivates me to tackle challenges head-on, be it in the rigors of academic research or the complexities of real-world applications. Unselfishness: Altruism is woven into my daily actions. The very essence of my research—seeking to create viable cartilage replacements—is driven by a desire to serve others. Outside the lab, I extend a hand to those in similar situations, I fundraise and advocate for various charities and volunteer. I was community service chair of my fraternity and to this day I still volenteer with habitat for humanity whenever I can. This unselfishness is foundational to my ethos, guiding me to work not for personal accolades but for the well-being of others. Focus and Determination: My focus and determination are most vividly displayed in my unwavering commitment to my research, despite my health issues. I refuse to let my condition slow me down. On the contrary, it fuels me, turning obstacles into stepping stones. With a steadfast resolve, I manage my time and energy, ensuring that every task, from meticulous lab work to detailed academic study, receives my full dedication. Strong Work Ethic: My strong work ethic is perhaps most apparent in how I approach challenges. Long hours and arduous tasks do not deter me; they forge in me a sense of accomplishment and purpose. I engage with every facet of my work with integrity and passion, knowing that the pursuit of knowledge is never in vain and that my efforts today have the potential to yield transformative results tomorrow. Future Goals and Leadership Philosophy: As I look to the future, my goal is to become a leader in biomedical engineering, specifically in the development of medical technologies that can improve patient outcomes. My degree is the key to unlocking this potential, offering me the technical skills and the credibility to drive innovation and advocate for ethical practices in engineering. To me, leadership is about exemplifying resilience and fostering it in others. It's about guiding by example, showing that setbacks can be transformed into motivations, and that a steadfast spirit, combined with a clear vision, can overcome the most daunting of challenges. As I continue my academic and professional journey, I carry with me the lessons of each day—lessons of grit, generosity, and unyielding pursuit of excellence—ready to lead and inspire in the world of engineering and beyond.

3D bioprinting, an emerging frontier in medical technology, has captivated my imagination and inspired me profoundly. This innovation, which allows for the precise layering of cells to construct tissues and organs, promises to revolutionize healthcare and the way we address organ failure and tissue damage. My personal journey has deeply intertwined with the potential of this technology. Diagnosed with Ehlers-Danlos syndrome, a condition affecting connective tissues, I've felt the direct impact of medical limitations. The physical constraints the syndrome imposes on me are a daily reminder of the myriad individuals who could benefit from advancements in tissue and organ replacements. This is the feild i decided to focus my graduate research on due to the potential. Traditional methods of organ transplantation come with a host of challenges: long waiting lists, potential rejection, and the ethical concerns surrounding organ donation. 3D bioprinting offers a glimmer of hope, potentially bypassing these challenges by creating patient-specific tissues and organs. The thought of a world where organ shortages are obsolete, where tailored treatments using a patient's cells can aid recovery without the fear of rejection, is exhilarating. Beyond personal ailments, this technology can be a beacon of hope for millions worldwide. Imagine the global impact when injuries from accidents, congenital disabilities, or degenerative diseases can be addressed not with temporary fixes but with regenerated tissues. The ripple effect—reduced medical costs, increased lifespan, improved quality of life—is immense. In conclusion, 3D bioprinting exemplifies the epitome of technological promise: a tool that doesn't just advance our capabilities but profoundly improves human lives. To me, it stands as a testament to the power of technology to create a better, healthier world for all.

From a young age, the transformative power of engineering captivated me. Diagnosed with Ehlers-Danlos syndrome, I face physical limitations, rendering traditional engineering roles, like plant operations, challenging. Instead, I've channeled my passion towards 3D bioprinting to develop tissue replacements, influenced by my condition. This personal journey emphasizes my career values: continuous learning, ethical innovation, and real-world impact. While many engineers chase lucrative offers in the oil sector, I'm committed to merging profitability with purpose. As a woman in a male-dominated field, I aim to inspire diverse thinkers. My future job search will prioritize roles that resonate with this mission, emphasizing societal betterment and aligned values over mere compensation.

Ever since I was young, I've been captivated by the potential of engineering to transform lives. My dream job, deeply anchored in personal experiences, converges at the intersection of chemical engineering and medical science. I envision myself as a leader in the realm of 3D bioprinting, particularly in developing replacements for damaged cartilage and other bodily tissues. A recent diagnosis of Ehlers-Danlos syndrome, a condition leading to hyper-elastic connective tissues, it causes me to dislocated almost all major joints in my body which greatly limits my ability to do tasks others can do without thinking. However, this has not only intensified my passion for this field but also altered my career trajectory in unexpected ways. Alongside an unidentified bleeding disorder and other health challenges, Ehlers-Danlos has imposed certain physical constraints on me. Activities and tasks that many take for granted can present difficulties, making traditional roles, like those of plant engineers that demand rigorous physical involvement, challenging if not unfeasible for me. Yet, these personal health encounters aren't barriers; they are driving forces, reminding me of the countless individuals waiting for life-enhancing medical innovations. This personal insight has clarified the qualities I value in a career. Continuous learning, ethical considerations, and the ability to make real-world positive impacts top the list. The conventional image of chemical engineers chasing high salaries in the oil sector is one I am set on dispelling. My goal is to merge profitability with purpose, ensuring that my work always carries a profound resonance with humanity's greater good. Representation too holds significant weight. As a woman in a male-dominated field, my achievements, I hope, will inspire a fresh wave of diverse thinkers and problem solvers. My journey in the Miss Rhode Island USA pageant was an extension of this belief – emphasizing the importance of self-advocacy in all spheres of life. When charting my future career path, these core values will be my compass. I'm not just seeking a job, but a role that aligns with my mission. Positions and organizations that prioritize societal betterment, promote continuous learning, and value diverse perspectives will be my focus. While compensation is essential, the synergy of personal and organizational values will hold precedence in my decisions. In conclusion, my dream job extends beyond a mere designation. It embodies my commitment to harness engineering's transformative power for humanity's benefit. As I shape my career, each step will resonate with this overarching vision, ensuring my professional pursuits are a reflection of my life's mission.

I am among the minority of women in the chemical engineering field, a domain traditionally dominated by men. Currently, I am enthusiastically pursuing a master's degree in engineering, building upon my foundational experiences. My research plunges into the innovative areas of 3D bioprinting and soft matter physics, with a specific thesis emphasis on the 3D printing of cartilage replacements. The drive to pursue this line of study is rooted in deeply personal experiences. Earlier this year, I received the diagnosis of Ehlers-Danlos syndrome, a genetic condition that gives rise to extraordinarily stretchy connective tissues. Along with this, I grapple with an unidentified bleeding disorder and an array of other health challenges. While these could have been reasons to slow down, they instead became the catalysts for my aspiration to bring positive change. Every obstacle I've faced has only sharpened my resolve to engineer solutions to improve the quality of life for those with similar conditions. My journey has taught me the profound impact of representation. In an industry where chemical engineers often gravitate towards oil sectors, sometimes prioritizing monetary gains over ethical considerations, I am fervent in my commitment to steer the narrative towards impactful, beneficial innovations. I visualize a future where engineers, like me, harness their expertise to craft solutions that transcend profit motives and genuinely serve society. My commitment to advocating for change isn't confined to labs and classrooms. This year, I stepped onto the Miss Rhode Island USA pageant stage. Far from a mere beauty contest, for me, it represented an opportunity to voice the need for women to take charge, both in medical advocacy and in professional arenas. I believe that such platforms can shatter pre-existing ceilings, allowing voices like mine to echo louder and farther. Over the years, the journey hasn't been easy. Financial constraints often overlaid the academic and personal challenges I faced. To ensure continuity in my education, I've often juggled between 2 to 3 jobs, sacrificing personal time and well-being. This scholarship represents more than just financial relief. It signifies an opportunity to wholly dedicate myself to my research and vision without the constant worry of finances looming overhead. In conclusion, this scholarship is an investment in a future brimming with potential. A future where the boundaries of engineering extend into improving lives, and where personal stories, like mine, serve not just as tales of challenges, but as testimonies of perseverance, ambition, and hope.

Growing up amid the enchanting tales of Harry Potter, I was convinced of my alignment with Hufflepuff – the house of loyalty, patience, and fairness. Yet, as I've journeyed through life, confronting its myriad challenges, I've realized that my spirit aligns more with the fiery courage of a Gryffindor. J.K. Rowling crafted the Gryffindor house to value bravery, determination, and heart. And these are the very traits that life's trials have forged within me. This year, I was diagnosed with Ehler-Danlos Syndrome, an unstudied platelet disorder, POTS, and a potential diagnosis of MCAS. For many, such news might be shattering. But for me, it became yet another challenge to overcome. Each day brings its battles – from dislocated wrists and shoulders to unpredictable allergic reactions. However, rather than succumbing to despair, these challenges have been stepping stones, each one underscoring my inherent Gryffindor qualities. My pursuit of a master's degree in chemical engineering is testament to this resilience. Balancing rigorous academic demands with my health conditions has not been easy. But this journey has taught me perseverance, another hallmark of Gryffindor. Every lab experiment, every lecture attended, and every exam taken has been a quiet act of rebellion against my body's constraints. But Gryffindor's bravery isn't just about battling personal demons. It's about venturing into the unknown and challenging the status quo. This was starkly evident when I chose to participate in Miss. Rhode Island USA. Trading the security of my turtleneck and safety goggles for the vulnerability of a bikini and a full-length gown on a live-streamed platform was not just about beauty. It was an act of bravery, a statement that despite my medical challenges, I could stand tall and proud. Yet, my Gryffindor spirit shines brightest in my ambition to help others. My current involvement in a pre-accelerator program isn't just about business. It's about changing lives. By navigating the intricate world of healthcare, I aim to help individuals like me – those trapped in the labyrinth of medical networks, unsure and overwhelmed. Through this venture, I hope to make their journey a tad bit easier, shining a light on a path often shrouded in confusion. In summary, my life's tapestry, woven with threads of challenges, ambitions, and dreams, resonates deeply with the essence of Gryffindor. While the bravery of facing personal adversities is noteworthy, it's my determination to create positive change for others that truly captures the spirit of Gryffindor. Much like the majestic lion that symbolizes the house, I've chosen to face life head-on, roaring in the face of challenges, undeterred and unbroken.

In the dream version of my future self, I aspire to be the driving force of revolutionary advancements in healthcare, devising innovative solutions to perplexing medical challenges, while also inspiring and empowering young women to find their voices and advocate fearlessly for themselves, particularly within medical contexts.

Some of my most cherished childhood memories revolve around the magic of Disney. The heartwarming tales, iconic characters, and whimsical music have not just entertained me, but have also shaped my worldview and instilled life lessons that I carry with me to this day. Growing up, we didn't have an abundance of luxuries. My mother was pursuing her education at community college, even while she was expecting me, and my father worked tirelessly to support our family. Despite our financial constraints, one lucky day, the universe conspired to sprinkle a bit of Disney magic into our lives – we won a collection of Disney movies on VHS. Those films were my windows to a world filled with imagination, bravery, love, and the idea that goodness always prevails. They weren't just stories; they became my companions, teaching me values, hope, and the power of dreams. One of my fondest memories is when our family made the journey to Disney World in Orlando. That evening, dressed in our princess gowns, my sister and I experienced something truly magical. We were chosen to light the parade of lights with enchanting wands. That moment was surreal, making me believe in the infinite possibilities that life could offer if we dare to dream. Disney continued to be a cornerstone in my life as I entered high school. I had the privilege of performing a Disney medley with my school choir. It was at Disney's seaside stage that I had my first solo, a beautiful number from "Mary Poppins". This experience deepened my connection with Disney, giving me a platform to not just be a spectator, but an active participant in the magic. Moreover, we were offered a sneak peek into the backstage workings of Disney World, where I tried my hand at voice acting. This behind-the-scenes tour emphasized that the magic of Disney is a product of hard work, passion, and relentless dedication – values I hold dear and strive to emulate in my own life. Now, as I've grown older, I may have left behind the princess gowns and the stages, but the lessons from Disney remain. Today, I channel that magic differently. Inspired by the many Disney plotlines, I work diligently to make the world a better place by spreading kindness and embracing my unique skills. Disney taught me to "believe in the magic within" and the transformative power of love, kindness, and perseverance. In conclusion, Disney, to me, is more than just a company or a brand. It's a repository of dreams, a beacon of hope, and a testament to the power of imagination. My favorite thing about Disney is its unparalleled ability to inspire, uplift, and ignite the spark of magic in all of us. Through its stories, characters, and real-world experiences, Disney has been a constant reminder to dream big, love fiercely, and always believe in the magic that lies within and all around us.

At the tender age of six, my journey with ADHD began. My symptoms, although non-malicious, were severe enough to merit a diagnosis, which is unusual for a girl my age. I talked incessantly and often found myself lost in thought, but my access to medication from an early age helped me cope and focus on my academic pursuits. This was my reality until I reached college. When I commenced my undergraduate studies, I started experiencing cardiac episodes which led my doctors to discontinue my ADHD medication. Thus, for the first time in my academic life, I faced the challenge of navigating my coursework, specifically in engineering, without the aid of medication. This transition has been arduous. The struggle to maintain focus, organization, and balance is incessant. I find myself getting sidetracked by minutiae such as a forgotten coffee mug in the classroom, sparking a mental diversion that makes me miss vital lessons. Additional time on exams does little to alleviate this issue, and my penchant for time paralysis or hyper-focus is not sustainable. Nevertheless, despite these challenges, I stand here today as a Chemical Engineering graduate who has earned a place in graduate school. This achievement is a testament to the resilience, determination, and hard work I invested, even in the face of countless sleepless nights. Currently, I am pursuing a master's degree in Chemical Engineering, with a particular interest in 3D bioprinting research. As I chart my path towards securing a diagnosis for my heart condition, I'm hopeful for the prospect of returning to ADHD medication to assist my day-to-day functionality. In terms of long-term goals, I aspire to earn a Ph.D. and dedicate my career to groundbreaking research in the medical technology field. The idea of using 3D printing technology to develop organ or tissue transplants, or exploring gene therapies, holds great appeal. I envision myself pushing the boundaries of what's possible in medicine, harnessing the strength I've gained through my struggle with ADHD. I am certain that the obstacles I've faced due to my disability have equipped me with a unique perspective and grit. My pursuit of higher education is not just a quest for knowledge but a commitment to transform my personal challenges into catalysts for innovative solutions. With the continued support of my academic mentors and medical team, I am eager to meet the challenges ahead, continuing to break barriers in my field and within myself. This journey, while fraught with hurdles, has made me realize that my disability does not define me; rather, it strengthens my resolve. I am an engineer, a researcher, a problem-solver, and ultimately, a survivor. My journey may be steeper, but it only makes the summit more worthwhile.

As a graduate student specializing in chemical engineering and delving into the fascinating realm of 3D bioprinting, I stand at the confluence of two innovative disciplines that have the potential to revolutionize the future of medicine and healthcare. In this thrilling expedition, mathematics emerges as a formidable ally, an indispensable language that has nurtured my passion for learning and creating solutions to complex problems. Mathematics is the backbone of science and engineering, and in my field, it serves as the key to unlocking groundbreaking discoveries. Whether it's modeling chemical reactions, optimizing bioprinting processes, or analyzing data from experimental trials, math is the compass that guides me through the intricacies of my research. Moreover, as technology evolves at an unprecedented rate, the application of mathematical principles is more crucial than ever in bringing creative concepts to life. At the heart of my love for learning math lies its inherent elegance and universal nature. Mathematics is a language that transcends borders, cultures, and time. It is the unifying force that allows scientists and engineers from diverse backgrounds to collaborate and address global challenges collectively. In my journey as a chemical engineering student, I have witnessed the power of mathematics in breaking down barriers, fostering collaboration, and propelling humanity forward. One of the aspects of mathematics that captivates me is its problem-solving prowess. Each mathematical problem presents a puzzle yearning to be unraveled. I cherish the exhilaration of grappling with intricate equations and finding creative ways to surmount obstacles. Through mathematics, I have cultivated resilience and the determination to persist in the face of daunting challenges, both in my academic pursuits and in life. Furthermore, math has instilled in me a deep appreciation for precision and accuracy. In chemical engineering and 3D bioprinting, where seemingly minor errors can have significant repercussions, a strong mathematical foundation is non-negotiable. The rigor and discipline cultivated through learning math have become the cornerstones of my research methodology, ensuring that my experiments and simulations yield reliable and meaningful results. Mathematics is not only a tool for scientific inquiry but also a source of inspiration and beauty. The elegance of mathematical concepts like fractals has left me awestruck as a child and even now. Exploring the inherent harmony in numbers and patterns has reinforced my conviction that the universe itself is governed by mathematical principles. This revelation has driven me to explore new frontiers in chemical engineering and 3D bioprinting, harnessing the potential of mathematics to uncover hidden truths and contribute to the betterment of society. In conclusion, the intertwining of my passion for chemical engineering and 3D bioprinting with my love for mathematics has defined my journey as a graduate student. Mathematics serves as the North Star that guides me through the complexities of my research, empowering me to transform theoretical concepts into tangible innovations. Its universal language, problem-solving prowess, precision, and intrinsic beauty have shaped me into a tenacious researcher and a lifelong learner. As I continue to delve deeper into the captivating world of chemical engineering and 3D bioprinting, I am profoundly grateful for the gift of mathematics—a gift that has nurtured my curiosity, inspired my imagination, and propelled me toward making meaningful contributions to the scientific community. With unwavering dedication and love for learning math, I am determined to make a positive impact on the world, one equation at a time.

Taylor Swift's '1989' album is a masterpiece that resonates with millions around the world, and for me, one song stands out above the rest - 'Wildest Dreams.' In a collection of incredible tracks, this song captures my heart and soul in a way that few others can, and it's not just because of its mesmerizing melody or Taylor's enchanting voice. 'Wildest Dreams' holds a special place in my heart because its themes of love, memories, and leaving a lasting impact parallel my own life journey and the challenges I face. The opening lines of the song immediately draw me in, as Taylor beautifully sets the scene with vivid imagery: "Say you'll remember me / Standing in a nice dress / Staring at the sunset, babe / Red lips and rosy cheeks." These lyrics transport me to a moment frozen in time, evoking feelings of nostalgia and longing. It reminds me of treasured moments I've had with loved ones, cherishing every second like it could be the last. Life's unpredictability, as portrayed in the song, is a stark reality that I've come to embrace. As Taylor's verses progress, she acknowledges the fleeting nature of the relationship she sings about. Similarly, my own life has been touched by the presence of chronic illnesses, including a rare unstudied platelet disorder. This reality has forced me to confront mortality at an early age and grapple with the uncertainties of life. However, instead of letting fear consume me, 'Wildest Dreams' inspires me to find strength and beauty even in the face of adversity. The chorus holds a powerful message: "Say you'll see me again / Even if it's just in your wildest dreams." These lines resonate deeply within me as I aspire to leave a lasting impact on the world, whether through my personal relationships or by making a difference in the lives of others. Just like Taylor's plea to be remembered, I, too, want to be a positive force in the lives of those around me. This song serves as a reminder to embrace every moment and to create meaningful connections. It has instilled in me a sense of purpose and a drive to make the most out of life, despite the challenges I face. 'Wildest Dreams' has become more than just a song; it has become a mantra that fuels my determination to persevere and make a lasting impression on the world. In conclusion, Taylor Swift's '1989' album contains an array of unforgettable songs, but 'Wildest Dreams' holds a special place in my heart. Through its mesmerizing lyrics and enchanting melody, it speaks to my personal journey and the struggles I face due to chronic illnesses. It encapsulates the essence of living life to the fullest, cherishing memories, and leaving behind a legacy that will be remembered fondly. With 'Wildest Dreams' as my anthem, I am motivated to embrace life's uncertainties with courage, hope, and a determination to make a difference, no matter how long or short my time may be. As I continue my educational journey with the help of this scholarship, I am excited to apply the same passion and dedication to my academic pursuits as I do to making a positive impact on the lives of others. Taylor Swift's 'Wildest Dreams' is more than just a song to me; it is a reminder to cherish every moment, to leave a lasting mark, and to dream fearlessly.

Research is the thing about the graduate experience that excites me the most. My research mostly pertains to 3D bioprinting, my main project is designing a replacement for an intervertebral disc which would allow many people all over the work with degenerative disc disease a new lease on life. Being a graduate student can often be overwhelming especially when you are trying to balance your time, energy, and finances. To keep my mind, body, and soul healthy during the challenges this chapter of my life brings I do many things. First is taking my medications, having Hashimoto's means my thyroid will never produce on its own the way my body needs to function, this allows me to have the energy I need. It can be difficult to find the time to work out so I do my best to choose the more active path every day. That could be taking the stair or going for a walk during lunch. I am very lucky to also have a yoga studio a 5-minute walk from my office if I ever want to change it up. If also important to eat well with a lot of nutrient-dense foods that are delicious. As a student, I read a lot about the subjects I am studying but in order to keep my mind alert and well rounded I try to read things about other subject matters. I read financial, historical biography, and fantasy books mostly. I love to listen to podcasts like 'ologies' and 'financial feminist' and the occasional true crime. It's nice to step away from the school mental headspace from time to time. It also keeps me sane to have a cleaning checklist so I get stuff done throughout the week and don't have it pile up and get overwhelming. As for making my soul feel good, I love to do with my dog and friends and family and just laugh and get a hug. I also love to volunteer, I work with Habitat for Humanity whenever I can. it is a really rewarding experience that teaches you new skills. I may be a chemical engineer but many of my peers have never even held a drill before. With Habitat I get to help amazing people have a house. last summer my father and I did a build for a homeowner I met a few months back she was a single mother of 3 school-age boys and this would be their first home. Not only did I get the fulfillment of being part of that I also learn how to tape a roof.

Mathematics has been my unwavering companion since childhood, providing clarity and logic when other subjects posed challenges due to my speech impediment. As a graduate student studying chemical engineering with a focus on 3D bioprinting, my love for math has only grown stronger. Throughout my academic journey, I found solace in math, excelling and completing a year's worth of lessons in a fraction of the time. In the fourth grade, I participated in a "math bee" competition, making history as the first girl to secure a top position. This experience ignited my passion for math even further. As I ventured into chemical engineering and 3D bioprinting, I realized the indispensable role of math in these cutting-edge technologies. Mathematical principles underpin the modeling of complex biological structures and the optimization of the bioprinting process, leading to accurate and replicable results. Beyond academia, math's influence permeates every aspect of our lives. From analyzing data to managing finances, it serves as a universal language connecting scientific disciplines and helping us navigate the complexities of the world. I acknowledge that math is not always straightforward; it demands perseverance, critical thinking, and creative problem-solving. Yet, this challenge intrigues and motivates me, sharpening my skills and broadening my intellectual horizons. As I dedicate myself to revolutionizing 3D bioprinting, my love for math remains unwavering. It nurtures my confidence and appreciation for logic and precision. I am eager to explore the boundless possibilities where math and chemical engineering intersect, propelling the field of bioprinting toward a brighter and more sustainable future.

My health journey has been nothing short of a rollercoaster ride, filled with both challenges and triumphs. Living with Hashimoto's and other chronic ailments has compelled me to take a profound look at my lifestyle and make significant changes to achieve a healthier and more fulfilling life. Through mindful eating, regular exercise, and unwavering determination, I have embarked on a transformative path of wellness. Living with a chronic condition like Hashimoto's has taught me the paramount importance of nourishing my body properly. In the early stages, I grappled with unexplained fatigue, mood swings, and weight fluctuations, all indications of an imbalanced thyroid gland. It became evident that I needed to revamp my former lifestyle and adopt a more holistic approach to health. With the guidance of a knowledgeable nutritionist specializing in autoimmune conditions, I crafted a meal plan that emphasized whole, nutrient-dense foods while eliminating triggers that exacerbated my symptoms. Transitioning to this new way of eating was not without challenges, but the positive changes in my energy levels and overall well-being were undeniable. Through this journey, I began to appreciate the profound impact that food has on shaping both my physical and emotional health. In addition to mindful eating, I recognized the need to incorporate regular exercise into my daily routine. Preparing for the Miss Rhode Island USA competition added another layer of complexity, as I had to find time for exercise amidst my already hectic schedule. However, I was steadfast in my determination to achieve my fitness goals while juggling academic commitments. With unwavering dedication, I set aside four days a week for structured workouts. The physical benefits of exercise became apparent as my stamina improved, and I felt more energized throughout the day. Beyond the physical aspect, exercise evolved into a crucial outlet for releasing stress and maintaining emotional balance. Whether it was a challenging workout or a soothing yoga session, exercise became my sanctuary, granting me mental clarity and a profound sense of accomplishment. Yet, my health journey was not without its fair share of obstacles. Balancing the demands of academics, pageantry, and managing a chronic condition proved to be demanding and, at times, overwhelming. In moments of doubt, fatigue threatened to engulf me, but I reminded myself that perseverance and self-compassion were paramount on this journey. As my health journey progressed, I came to the realization that it was not just about physical well-being, but also about nurturing and improving my emotional and spiritual self. Engaging in activities that brought me joy and peace, such as spending time in nature, reading, and practicing mindfulness, became vital aspects of my daily routine. Understanding the power of self-forgiveness allowed me to confront my fears and insecurities, fostering a deeper sense of self-awareness and acceptance. In conclusion, my health journey has been a continuous process of self-discovery and growth. Dealing with Hashimoto's and other chronic ailments has taught me the profound significance of nourishing my body, mind, and soul to achieve true wellness. Through mindful eating, regular exercise, and self-compassion, I have effectively managed my condition and embraced a healthier lifestyle. Though the path to health is not always smooth, the lessons I have learned along the way have been invaluable, molding me into a stronger, more resilient individual. Today, I stand proud of the strides I have made and eagerly anticipate continuing this journey of self-reflection and well-being.

Maintaining healthy eating habits is crucial for overall well-being and has an especially profound impact on individuals dealing with lifelong disorders or health conditions. As someone with Hashimoto's and other chronic ailments, I have come to realize the significance of nourishing my body properly to manage my condition effectively. Healthy eating not only plays a pivotal role in weight management but also greatly influences both my physical and mental health. Hashimoto's Hypothyroidism, characterized by weight gain and low energy levels, demands careful attention to my diet. By adhering to a balanced and nutritious diet and taking my medication regularly, I can keep my condition in check and prevent its progression. Healthy eating habits have enabled me to maintain a steady weight, an accomplishment I struggled with for a long time. When my body receives the right nutrients, it functions optimally, and I feel more in control of my health. Recently, I set a personal goal to compete in Miss Rhode Island, and this prompted me to adopt a more focused approach to my eating habits. I began listening to my body's needs and cravings, ensuring I provided it with the essential nutrients it required. My mornings now start with a variety of nourishing options such as fruit and yogurt, overnight oats, or eggs with toast, depending on how I feel. Additionally, a matcha latte has become a vital component of my daily routine, providing me with a much-needed energy boost. Lunchtime usually consists of well-prepared meals, often involving rice noodle soup, salads, or mini charcuterie boards. These choices not only support my health but also cater to my taste buds, which is essential for maintaining positive mental health. Enjoying the food I eat contributes to a sense of satisfaction and contentment, which is crucial for fostering a healthy relationship with food. Furthermore, the benefits of healthy eating have extended beyond my physical health. As I nourish my body with wholesome foods, I have noticed a significant improvement in my mental well-being. The right nutrients have equipped me with the energy and focus to excel in graduate school. I find myself more attentive, alert, and capable of handling the challenges that come my way. Moreover, healthy eating has led to positive changes in my body composition. I have shed excess weight and gained muscle mass, which has provided a genuine confidence boost. Witnessing the transformation in my body has not only increased my self-esteem but has also encouraged me to maintain these healthy practices in the long run. In conclusion, maintaining healthy eating habits is vital for individuals with chronic health conditions, such as Hashimoto's, and is essential for anyone looking to improve their physical and mental well-being. Proper nourishment not only manages existing conditions but also prevents potential health issues from arising. When we listen to our bodies, provide them with the necessary nutrients, and enjoy the food we eat, we unlock a wealth of benefits that extend far beyond the physical realm. From increased energy levels and better weight management to enhanced mental clarity and self-confidence, healthy eating habits empower us to lead fulfilling lives and reach our full potential.

Imagine a place that combines the best of both worlds - nestled just outside a vibrant city, yet only a stone's throw away from the calming embrace of a sandy beach. It is here, amid the serenity of nature and the allure of urban life, that I have built my very own Barbie Dream House. Located within a 30-minute drive from the city, my dream house stands proudly, surrounded by a blossoming garden adorned with an array of dahlias, peonies, daisies, and other delightful flowers. The fragrance of the blooms fills the air, welcoming all who visit. On one side of the garden, a massive vegetable patch thrives, offering a wide variety of fresh produce that fuels my passion for cooking and healthy living. Adjacent to it is a grand greenhouse, housing my collection of exotic plants and providing a lush retreat where I can lose myself in the beauty of nature. As you step inside, you are greeted by the elegance of a modern European kitchen. Its pristine marble countertops contrast beautifully with the rustic allure of live edge wood elements. The centerpiece of the kitchen is a gas range, inviting friends and loved ones to gather around as we create culinary masterpieces together. A spacious kitchen island takes center stage, not only serving as a hub for cooking but also a place where laughter and conversations flow freely. Just a few steps away, a luxurious bathroom awaits. This sanctuary of relaxation boasts a stunning stand-alone tub, perfect for soaking away the stress of the day. Adjacent to it, a massive rain can shower cascades a soothing waterfall of water, enveloping you in tranquility. Soft natural hues and live edge wood accents create an ambiance of warmth and serenity. A personal haven for creativity and inspiration, my dream house features a well-equipped art studio. Splashes of green and ample natural light from large windows elevate the space, making it ideal for exploring various artistic endeavors. Adjacent to the studio lies a cozy library, complete with a bay window overlooking the lush garden outside. A haven for bookworms like me, this space offers a quiet retreat where I can lose myself in the pages of countless tales. The heart of the living room is a majestic fireplace, adorned with live edge wood which serves as a focal point for relaxation and socializing. A comfortable white linen sectional sprawls invitingly in front of the fireplace, promising cozy evenings with friends and family. Soft throws and cushions in shades of green create an ambiance of comfort and peace. The Barbie Dream House I envision is a haven of sophistication and nature, thoughtfully designed to embrace modernity and tranquility in equal measure. With its close proximity to the city and the beach, it effortlessly combines the vibrancy of urban life with the serenity of a coastal retreat. It is a place where I can unwind, create, and connect with loved ones, surrounded by the beauty of nature and the luxury of elegant living.

Mental health is a critical aspect of overall well-being that can significantly impact our lives in various ways. From affecting our mental and emotional states to influencing our physical health, it plays a vital role in shaping our personal experiences. As someone who has grappled with mental health challenges throughout life, particularly due to ADHD, and faced additional stressors from an undiagnosable platelet disorder last year, I have come to understand the immense importance of prioritizing and maintaining mental well-being. Last year was an especially tumultuous period in my life as I not only embarked on my first year of graduate school but also confronted the overwhelming reality of a troubling diagnosis: an undiagnosable platelet disorder. Fears of living an abnormal life, potential injuries with uncontrollable bleeding, concerns about having children, and the uncertainty of ever holding them, created a tremendous amount of stress and anxiety. As I witnessed my platelet counts dropping, I struggled to keep myself together during this pivotal time in my life. Sleep and proper nutrition became neglected, as I delved into medical journals with heightened anxiety, desperately searching for answers that never seemed to materialize. However, I eventually resolved not to let this situation overwhelm me and decided that if my time ever gets cut short, I wanted to make it worth remembering. To rebuild my confidence and rise above the challenges, I challenged my anxiety about my body and participated in the Miss Rhode Island competition, even taking part in various photo shoots. While these experiences helped boost my self-esteem, I realized that they were not sufficient for long-term mental well-being. Therefore, I consciously incorporated various practices into my daily life to maintain mental wellness amidst the demands of graduate school and my medical issues. One fundamental strategy I employ is making a list of manageable tasks to accomplish each day. Whether it's doing a load of laundry or reminding myself to take my medicine, checking off these tasks provides a sense of achievement and motivation. Additionally, I refrain from eating lunch at my desk, preferring to spend 20 minutes in the campus gardens to unwind and recharge. Furthermore, I engage in meal prepping for lunches and breakfasts throughout the workweek, significantly reducing morning stress and freeing up mental space. Physical activity has also become a cornerstone of my mental health maintenance. Whether it's taking a leisurely swim or simply enjoying a shower, there is something serene and calming about being in the water. Additionally, I make it a point to walk outside or on a treadmill for at least 20 minutes daily. This not only promotes physical health but also provides an opportunity for reflection and mental clarity. Another valuable resource in maintaining my mental well-being is reaching out to my mom. Although she may not fully comprehend some of my concerns, her warm and comforting hugs provide solace and a sense of connection. Sometimes, a listening ear and empathetic support can do wonders for one's mental state. In conclusion, understanding the importance of mental health has been a transformative journey for me. Through facing various challenges, including ADHD and an undiagnosable platelet disorder, I have come to realize that mental well-being is vital not only for coping with adversities but also for embracing life fully. By implementing daily practices to manage stress, engaging in physical activity, and seeking support from loved ones, I have been able to maintain a healthier mental state. As I continue to navigate the complexities of life, I remain committed to nurturing my mental well-being and embracing a life worth cherishing.

In my first year of graduate school, I encountered a life-altering experience that not only challenged me physically but also took a significant toll on my mental health. Amidst the rigorous academic demands, I found myself grappling with a mysterious and debilitating health issue. The uncertainty of my condition, combined with the fear of sudden death, made this journey an emotionally tumultuous one. I received concerning blood work results, indicating a low platelet count and the presence of giant platelets. These findings pointed to possible autoimmune blood disorders, platelet or bleeding disorders, or even leukemia. Though my lab studies cancer I didn't think I would need to think about having cancer. Cancer was ruled out a few weeks in but they didn't know what's wrong with me. My hematologist, Dr. Ingham, conducted a thorough analysis of my entire blood work history, revealing that my platelet count and shape had never been normal, even from a young age when I was just three years old. He ordered various tests, such as platelet function tests, Von Willebrand factor, and ANA, to ascertain the cause of the abnormal platelet behavior. While I tested negative for most conditions, the platelet aggregation test yielded perplexing results. Basically, my platelets did not react as expected to epinephrine, yet they remained within the normal range for other factors. My diagnosis of an undiagnosable platelet disorder. I was left with the need for extreme caution, injury avoidance, and never being allowed to consume alcohol and take NSAIDs. The constant fear of my condition worsening and the potential consequences are at times overwhelming. One of the most challenging aspects was navigating through the academic expectations while struggling with my health. The pressure to excel in my studies and conduct research for my thesis weighed heavily on me. It seemed like an insurmountable task to balance my academics and health concerns simultaneously. Explaining my situation to professors and requesting accommodations for medical appointments was a daunting task. I was worried about being perceived as incapable or using my health issues as an excuse for underperformance. I went an entire month before I told my principal investigator due to this fear. My journey will never be over with the disorder but I have decided to not let it scare me anymore. This year I competed in Miss Rhode Island USA which is something I would have never done. I have never been a beauty queen or really done make-up. In high school, I would get self-conscious showing my shoulders and chest. However, I decided I am going to do the things that scare me even if that means my walking in a bikini is live-streamed worldwide. In conclusion, my encounter with my mysterious platelet disorder during my first year of graduate school has left a profound impact on my life. It has taught me the importance of resilience, self-advocacy, and empathy, while also raising awareness about mental health. I aspire to one day start an organization that will strive to aid women in learning how to advocate for themselves in medical, academic, and professional settings and supply them with a network of support to help them through these experiences.

"Braiding Sweetgrass" by Robin Wall Kimmerer is a transformative literary masterpiece that holds the power to reshape humanity's relationship with the natural world. Through the integration of indigenous wisdom, scientific knowledge, and ecological consciousness, this book becomes an essential read for people of all ages and backgrounds. The title "Braiding Sweetgrass" encapsulates the book's essence, symbolizing the interweaving of indigenous teachings with scientific inquiry. Kimmerer, drawing on her Potawatomi heritage and scientific expertise as a botanist, eloquently presents a profound perspective on our environment—one that blends spiritual reverence with a pragmatic understanding of ecological systems. At its core, "Braiding Sweetgrass" implores us to rethink our connection with the Earth. It encourages a shift away from an exploitative relationship, towards one of respect, reciprocity, and gratitude. The book poignantly portrays plants and animals as not mere resources but as valuable beings deserving of appreciation and care. This perspective challenges prevailing anthropocentric views and urges readers to consider their role as caretakers of the planet. Beyond its environmental message, the book celebrates the wisdom of indigenous cultures and their holistic understanding of nature. It invites us to embrace traditional ecological knowledge passed down through generations, recognizing its relevance and effectiveness in addressing modern challenges. In a world grappling with environmental crises, "Braiding Sweetgrass" offers hope and guidance. Kimmerer inspires readers to reconnect with nature, fostering a sense of kinship with all living beings. By combining indigenous and scientific knowledge, she advocates for a more inclusive and effective approach to environmentalism—one that respects diverse worldviews. In conclusion, "Braiding Sweetgrass" has the potential to initiate a global movement of environmental stewardship. Its profound insights encourage us to become better guardians of the Earth, understanding that we are intricately connected to the web of life. As we face pressing ecological challenges, this book serves as a beacon of wisdom, guiding humanity toward a more sustainable and harmonious future. If there is one book that can inspire a collective awakening to the significance of our relationship with the natural world, "Braiding Sweetgrass" is undoubtedly that book. Let us embrace its teachings and work together to protect our planet for generations to come.

As a chemical engineer with a background in 3D bioprinting, I have come to recognize the immense significance of calculus in the STEM. Calculus, the study of change and motion, lies at the heart of our ability to model and understand complex biological systems, fluid dynamics, thermodynamics, forces, motion, reaction rates, reaction mechanisms, equilibrium conditions, and energy in the context of 3D bioprinting. This foundational mathematical tool has proven indispensable in advancing cutting-edge technologies and fostering innovative solutions to pressing challenges in the realm of bioprinting. In the domain of 3D bioprinting, calculus plays a pivotal role in designing and optimizing tissue-engineered constructs. Understanding how cells and biomaterials interact and evolve over time is paramount in achieving successful bioprinted structures that mimic native tissues. This is where differentiation, a fundamental concept of calculus, becomes instrumental. By computing derivatives, we can grasp the rate at which cells proliferate and differentiate within a bioprinted scaffold, allowing us to tailor growth factors and optimize the printing process to create functional and viable tissues. Moreover, integration, the reverse process of differentiation, is equally crucial. As a 3D bioprinting engineer, I utilize integration to calculate the total amount of cellular growth and deposition of biomaterials over specific time frames. This knowledge empowers me to determine optimal printing parameters, ensuring precise and efficient layer-by-layer assembly of tissues with the desired properties. In fluid dynamics, another essential aspect of 3D bioprinting, calculus comes into play when we analyze the flow behavior of bioinks and optimize printer nozzle designs. By applying calculus to fluid mechanics, we gain insights into the velocity, pressure, and shear forces exerted on the biomaterials during printing. This understanding is critical in preventing clogging, ensuring uniform deposition, and maintaining cell viability throughout the bioprinting process. Furthermore, thermodynamics, a field intertwined with calculus, is crucial in 3D bioprinting for understanding heat transfer and energy exchange within the bioprinter. By applying integration, we can determine the energy required for extruding the bioink and optimize the printer's temperature control to prevent detrimental effects on cells and biomaterials. Incorporating calculus principles in the study of forces and motion is equally valuable. As a 3D bioprinting engineer, I rely on derivatives to analyze the movement and deformation of the bioprinted constructs under various mechanical forces. This knowledge helps in ensuring the structural integrity of the printed tissues and provides insights into how external mechanical stimuli can be used to guide tissue development. The significance of calculus goes beyond bioprinting; it extends to various scientific disciplines. In physics, calculus helps us model the interactions of cells and tissues, contributing to our understanding of tissue mechanics and regeneration. Additionally, calculus underpins computer graphics, allowing us to design 3D models for bioprinting simulations and enhancing our ability to visualize and optimize complex structures. In conclusion, as a chemical engineer specializing in 3D bioprinting, I am deeply aware of the pivotal role that calculus plays in the STEM field. Its application is not just limited to traditional engineering concepts; rather, it forms the bedrock of innovative technologies that have the potential to revolutionize medicine and tissue engineering. With calculus as our guide, we are empowered to explore new frontiers in 3D bioprinting, inching closer to the day when bioprinted tissues can heal and regenerate damaged organs, revolutionizing healthcare and enhancing the quality of life for millions.

In the face of various challenges, one recent experience stands out as the most trying in my life. Beginning my Master's Degree in Chemical Engineering was an exciting and enlightening journey. However, just a month before finals, I received concerning blood work results, indicating a low platelet count and the presence of giant platelets. These findings pointed to possible autoimmune blood disorders, platelet or bleeding disorders, or even leukemia – a far cry from what I had envisioned for my start in grad school. With these alarming results, I was referred to a hematologist at the Lifespan Cancer Institute in my hometown, where hematologists are scarce. Early on, leukemia was ruled out as my white blood cell count was normal. Dr. Ingham conducted a thorough analysis of my entire blood work history, revealing that my platelet count had never been normal, even from a young age when I was just three years old. He ordered various tests, such as platelet function tests, Von Willebrand factor, and ANA, to ascertain the cause of the abnormal platelet behavior. While I tested negative for most conditions, the platelet aggregation test yielded perplexing results – my platelets did not react as expected to epinephrine, yet they remained within the normal range for other factors. This led to a frustrating diagnosis of an undiagnosable platelet disorder, leaving me with the need for extreme caution, injury avoidance, and the cessation of alcohol and NSAIDs. Nevertheless, I refused to let this condition deter me from my goals. Amidst this health challenge, I persevered and maintained my focus on both my academic pursuits and my research on 3D bioprinting. Moreover, I initiated a fundraising campaign for the Lymphoma and Leukemia Society, displaying my commitment to supporting others even while facing my own struggles. An exceptional testament to my determination was my participation in Miss Rhode Island USA 2023, showcasing my resilience and belief in overcoming obstacles. Additionally, my efforts in AAPS PharmSci 2023 earned me the recognition of winning Best Abstract, which further fueled my passion for making a difference in the medical field. As I continue to navigate life with this undiagnosable platelet disorder, I am aware that the road ahead may present further uncertainties. However, my resolve to pursue my dreams remains unshaken. I am currently exploring ways to create a support group that empowers women to advocate for themselves in medical, academic, and professional settings. A goal born from my personal experiences and the desire to make a positive impact on others' lives. Moreover, I aspire to pursue a Ph.D. in the future, broadening my knowledge and expertise to effect meaningful change in the scientific community. In conclusion, the challenges I faced during the start of my Master's Degree in Chemical Engineering were certainly demanding, especially with the diagnosis of an undiagnosable platelet disorder on top of all my previous conditions. Despite the uncertainties and adjustments required, I remained tenacious in my pursuit of academic success and positive impactful contributions to the medical field. This experience has taught me the value of resilience, determination, and the importance of supporting others to overcome obstacles. I am confident that with an unwavering spirit and dedication to my goals, I will continue to overcome obstacles and create a positive impact on both myself and society.