Welcome to the Barbie Dream House of the Future - a marvel of science, technology, and ultra-modern design! Welcome to Techno-Glamourville, the city where fashion meets cutting-edge innovation. Location: Techno-Glamourville, a metropolis where holographic billboards light up the sky, and robots walk the streets in high-fashion outfits. It's a place where the latest tech gadgets blend seamlessly with haute couture. Exterior: The Barbie Dream House of the Future stands tall, shimmering with sleek metallic panels that change colors based on Barbie's mood. Solar panels cover the roof, powering the entire house with renewable energy. The entrance features a biometric scanner, granting access only to the chicest VIPs. Interior: Step inside, and prepare to be dazzled by the futuristic wonderland. The entryway is a smart glass dome, projecting mesmerizing constellations across the ceiling. Motion sensors activate lights, illuminating the pathway as Barbie enters. Living Room: The "Holo-Sofa" is made of smart material that adjusts its shape to provide the comfiest seat possible. It comes with an AI-powered virtual stylist that generates outfit suggestions based on the latest fashion trends. The coffee table is a touch-screen display, where Barbie can browse through fashion magazines and even virtually try on clothes. Kitchen: The kitchen is a tech geek's paradise. The "ChefBot" is an advanced culinary robot that can whip up any gourmet meal in a matter of minutes. The fridge has a built-in holographic projection system that displays an inventory of food items, and it can even create 3D holograms of ingredients needed for recipes. Bedroom: Welcome to the "DreamScape Bedroom," where technology meets dreams. The bed adjusts its firmness based on Barbie's sleep patterns, and it's equipped with a dream recorder that captures her dreams in high definition. The smart glass windows can change opacity, offering a view of a virtual paradise or the twinkling stars. Bathroom: The bathroom is a high-tech haven. The "Aqua-Chamber" features a hydro-massage system that adjusts water pressure based on muscle tension. The smart mirror analyzes Barbie's skin condition and recommends personalized skincare routines. The "HairBeam" uses laser technology to style Barbie's hair in seconds. Home Office: Barbie's high-tech home office is a bustling center of innovation. The "Fashionista Workstation" comes with a holographic design interface, allowing Barbie to sketch and create virtual fashion masterpieces. The "SmartScribe" is an AI-powered assistant that transcribes Barbie's ideas into digital documents. Roof Terrace: The rooftop terrace is a tech-infused party zone. The "Tech-Tunes DJ Booth" features an AI DJ that curates playlists based on the guests' preferences. The "Eco-Dome" is a state-of-the-art greenhouse, using advanced hydroponic systems to grow fresh organic produce. Garage: The garage is a workshop of technological wonders. The "Quantum Drive" is Barbie's sleek, electric-powered car capable of self-driving and instant teleportation. The "Fashion Fabricator" is a 3D printer that creates custom-designed clothing and accessories. Security: Techno-Glamourville takes security seriously. The "Guardian Drones" patrol the property, ensuring safety and privacy. The "Fashion Force Field" protects the house with a chic, energy-efficient barrier. Welcome to the future - the Barbie Dream House of tomorrow! A place where fashion is fused with the latest science and technology, creating a truly cutting-edge living experience. In Techno-Glamourville, the possibilities are limitless, and the future is as bright as the LED lights that illuminate the city's skyline. So, come and immerse yourself in the magic of technology and style, where you can be the queen of haute couture and the innovator of the future!

As a dedicated graduate student in prosthetics and orthotics, I have embarked on a challenging journey to excel in both academia and research-based practice. However, my path has been further complicated by the presence of panic disorder. While this condition may pose obstacles, it has also fueled my determination to overcome adversity and make significant contributions to the field. Panic disorder, characterized by recurrent and debilitating panic attacks, can disrupt daily life and academic pursuits. Yet, rather than allowing this condition to deter me, I have harnessed my experiences to drive me toward achieving excellence in research and evidence-based practice. The pursuit of research excellence has become a personal mission. Recognizing the transformative power of evidence-based practice, I am driven to contribute to the advancement of knowledge in prosthetics and orthotics. The presence of panic disorder has only deepened my commitment, as it has exposed me to the realities and challenges faced by individuals with physical limitations. By conducting rigorous research and developing evidence-based interventions, I hope to improve the lives of patients and contribute to the field's understanding of effective treatment strategies. Overcoming panic disorder has also instilled in me a keen appreciation for the importance of mental health in the rehabilitation process. Recognizing the profound impact that psychological well-being can have on physical recovery, I am determined to integrate mental health considerations into my research. By exploring the intersection of mental and physical health in prosthetics and orthotics, I aim to develop comprehensive and holistic approaches that address the unique needs of individuals. The presence of panic disorder has reinforced the significance of rigorous self-care and stress management, not only for myself but also for the patients I will serve. I am driven to investigate interventions that enhance coping skills, resilience, and overall well-being, providing patients with tools to navigate the challenges they face. In pursuit of research excellence, I am committed to engaging in collaborative efforts and interdisciplinary approaches. Recognizing the interconnectedness of various fields, I aim to collaborate with experts in psychology, neuroscience, engineering, and other relevant disciplines. By fostering interdisciplinary partnerships, I can tap into diverse perspectives, explore innovative ideas, and contribute to the development of groundbreaking interventions and technologies. Moreover, my personal journey with panic disorder has heightened my appreciation for the importance of patient-centered care and individualized approaches. As I conduct research, I am driven to ensure that my work reflects the unique needs, preferences, and experiences of individuals with physical limitations. By incorporating patient perspectives and actively involving them in the research process, I strive to create interventions that are meaningful, effective, and empower patients to lead fulfilling lives. My journey as a graduate student in prosthetics and orthotics has been shaped by the presence of panic disorder. However, rather than allowing this condition to hinder my progress, I have channeled it as a driving force to excel in research-based practice. Through rigorous research, interdisciplinary collaborations, and a commitment to patient-centered care, I aspire to contribute to the field's knowledge base and enhance evidence-based practice. My personal experiences with panic disorder have reinforced the importance of addressing mental health in rehabilitation and have cultivated a deep empathy for individuals facing similar challenges. By integrating research, compassion, and innovation, I am determined to make a lasting impact in the field of prosthetics and orthotics, improving the lives of patients and advancing the boundaries of evidence-based practice.

My fascination with prosthetics and orthotics was sparked by my mother's artistic influence and my innate passion for the sciences and fabrication. From a young age, my mother, a gifted sculptor, encouraged me to explore the possibilities of my hands and bring my imagination to life through various mediums. As I progressed from working with clay to designing robots with metal and utilizing computer-aided design, like Solidworks, I realized the intricate connection between art and engineering. This realization led me to pursue an undergraduate degree in engineering, where I could unite my passions and embark on a unique path toward prosthetics and orthotics. During my undergraduate years, I delved into research, seeking to deepen my understanding of the field and explore its potential. It was during this time that I had the opportunity to write my undergraduate honors thesis on the impacts of focal defects on articular cartilage repair and repair longevity. The experience allowed me to develop expertise in experimental design and prosthetic design, while also fueling my curiosity about the integration of research in the realm of orthotics and prosthetics. Inspired by my mother's fascination with human growth and the transformative power of research, I began to contemplate how I could incorporate my interests into advancing the field. This contemplation led me to explore the potential of an artificial intelligence (AI)-driven prosthesis development system. I envisioned a system that could adapt to a child's growth, making prosthetics more accessible to those who struggle to acquire them or lack access to prosthetists. With global healthcare accessibility and affordability becoming increasingly pressing issues, I am determined to address these challenges starting at the community level and extend my efforts to countries where healthcare discrepancies are even more pronounced. The driving force behind my aspirations lies in the profound impact I can have as a pediatric prosthetist and orthotist. Witnessing the joy and transformation of a child learning to walk again through the mechanisms I helped invent ignites my passion and fuels my determination. I strive to make prostheses more accessible to the youngest members of our community, both locally and globally. By obtaining a Master of Prosthetics and Orthotics from Northwestern University, I will further equip myself with the necessary skills and knowledge to drive innovation in the field. As I embark on this journey, research will remain a cornerstone of my pursuit. I am committed to integrating evidence-based practice and cutting-edge technologies, such as AI, into the development of prosthetics and orthotics. Through interdisciplinary collaborations and a patient-centered approach, I seek to contribute to the field's understanding of effective treatment strategies and enhance the lives of individuals with physical limitations. My passion for prosthetics and orthotics, driven by the melding of art, science, and research, fuels my pursuit of excellence. By uniting my creative background, research experience, and dedication to addressing global healthcare disparities, I am prepared to make a meaningful impact as a prosthetist and orthotist. The journey ahead, with its challenges and rewards, holds the promise of transforming lives and advancing the boundaries of the field. I wholeheartedly believe that I deserve this scholarship based on my unwavering dedication, passion, and the impact I aspire to make through my career. With a deep-rooted desire to enhance lives, I have pursued a degree in engineering, conducted research, and worked tirelessly to develop innovative solutions. My commitment to serving others showcases my selflessness and compassion. By awarding me this scholarship, you are investing in a driven individual who will strive to transform lives, make a meaningful difference, and contribute positively to society.

The header of a poster in a local store read: “Our four-year-old daughter was born with a congenital disease and has endured two rotationplasty surgeries, can you help her walk?” In that moment, as I read the heartfelt plea on the poster, a surge of purpose coursed through me. The image of a four-year-old girl, yearning to take her first steps in years, etched itself into my heart. It was a call to action, an invitation for my hands to become agents of change and a testament to the selflessness that will define my career in prosthetics and orthotics. My hands now transformed into conduits of compassion and hope. They held the power to create, mold, and shape lives. As I contemplate their intricate capabilities, I marvel at the journey they have taken me on—a journey that leads me to this pivotal moment, where I glimpse the profound impact I can make. With an unwavering determination, I set out to fashion an assistive crutch that will accommodate the unique needs of the little girl. Despite my limited experience with machinery, my hands fearlessly guided me through the process. They skillfully maneuvered tools, translating the design that had taken shape in my mind into a tangible reality. As the machine hums and my hands synchronize their movements, I witnessed the invention of a pediatric hands-free crutch —a symbol of liberation, independence, and the promise of a future filled with possibilities for a little child. In this transformative moment, I gaze upon my hands in awe, realizing that I discovered my life's calling. The desire to dedicate myself to the betterment of others, alleviate their hardships, and empower them to reclaim their lives resonates within me. It is a profound revelation—a conviction that will guide me through every step of my journey. The poster's plea had ignited a flame within me, illuminating my path and infusing my purpose with unwavering resolve. It is a clarion call to devote my career to those in need and to be a beacon of hope for individuals who struggle with physical limitations that threaten to dim their spirits. With every encounter, my hands become the embodiment of selflessness. They shape the lives of countless individuals, transcending the boundaries of age, race, and circumstance. My goal will be to bring mobility, comfort, and dignity to those who have been denied the simple joy of walking, running, and playing. I will dedicate my expertise, my knowledge, and my unwavering commitment to ensuring that every person, regardless of their condition, will have the opportunity to experience the wonders of mobility. I wake up every morning knowing that I have the privilege of making a difference, of witnessing the transformative impact of prosthetics and orthotics on the lives of those I serve. It is a vocation that goes beyond mere profession—it is a calling, a life's purpose that resonates deep within my being. My journey has just begun, but my commitment to helping those in need through the field of prosthetics and orthotics is resolute. With each creation, each innovation, and each act of compassion, my hands will become a symbol of hope, resilience, and unwavering support. By embodying selflessness and dedicating my career to serving others, I will strive to make a lasting impact, one step at a time.

Once upon a time, in a world where dreams take flight and magic is woven into every thread of imagination, there exists a realm known as Disney. A place where wonder dances in the air, laughter sings in harmony with the heart, and the essence of childhood is captured and cherished forever. For me, the best thing about Disney transcends mere entertainment; it represents a gateway to a world of endless possibilities. From a tender age, Disney became my enchanted escape—a realm where characters leaped off-screen. Their stories, brimming with courage, resilience, and the triumph of love, resonated deep within me. They taught me that dreams are not just fleeting fantasies but potent catalysts for transformation. Through the enchantment of Disney, I learned that even the most humble of beginnings can lead to extraordinary journeys, and that true strength lies not in physical prowess, but in the depths of one's spirit. Disney's timeless tales sparked my imagination, inviting me to embrace my own creativity. As I watched animated characters spring to life, I realized the power of storytelling—the ability to touch hearts, inspire change, and bring joy to the world. In each carefully crafted narrative, I discovered the art of conveying meaningful messages, wrapped in a cloak of enchantment. This revelation shaped my aspirations and kindled a passion within me to become a storyteller—a purveyor of inspiration and a catalyst for positive change. Beyond the mesmerizing tales, Disney holds a treasure trove of life lessons. The heroes and heroines face adversity, conquer their fears, and discover their true identities. They teach us about the importance of believing in ourselves, embracing diversity, and standing up for what is right. Disney's impact extends far beyond the screen, leaving an indelible mark on my values and shaping the person I aspire to be—a person driven by compassion, resilience, and unwavering optimism. Disney also fosters a sense of community and connection. It transcends age, culture, and background, uniting people from all walks of life in a shared love for the magic it offers. Through Disney, I have forged friendships, celebrated joyous moments, and created lasting memories. It has become a bridge that connects hearts. The mere mention of Disney sparks conversations, kindles smiles, and opens doors to a world of shared nostalgia and boundless enchantment. As I reflect upon the best thing about Disney, it becomes clear that it has become an integral part of my own journey. It has shaped my dreams, fueled my passions, and inspired me to make a difference. It has taught me that even in the face of adversity, there is always room for a little magic and that the power to create positive change lies within each of us. In this dance between reality and fantasy, I have come to realize that Disney is not merely an escape but a compass—a guiding light that illuminates my path. It reminds me to believe in the impossible and approach challenges with a spirit of resilience and optimism. Disney has taught me that the magic lies not only in the stories it tells but in the way it empowers individuals to make their own dreams come true. As I embark on my own quest, armed with the lessons learned from Disney, I am inspired to become a storyteller in my own right—and use my passion to create stories that spark change and inspire others to believe in the power of their own dreams. Just as Disney has shaped my journey, I hope to play a part in shaping the journeys of others, empowering them to embrace their own unique stories.

Throughout my captivating journey in prosthetics and orthotics, I have showcased leadership by pushing boundaries, challenging conventions, and actively participating in research. Inspired by my mother's artistic talent, which revealed the potential of my hands, I delved into various mediums such as clay, metalwork, and computer-aided design to bring my imaginative creations to life. This journey, combined with my passion for the human body, scientific inquiry, and fabrication, led me to pursue an engineering degree, providing a solid foundation for my path in prosthetics and orthotics. As my passion grew, so did my interest in research. I seized the opportunity to write my undergraduate thesis on articular cartilage repair, delving into experimental designs and exploring the transformative potential of prosthetics. This sparked my curiosity in artificial intelligence (AI)-driven prosthesis development, envisioning a future where prosthetics adapt to a child's growth, enhancing accessibility in communities lacking prosthetic resources. With an unwavering commitment to making a difference, I aspire to become a pediatric prosthetist and orthotist, focusing on increasing accessibility for young individuals worldwide. Obtaining a degree in prosthetics and orthotics will allow me to revolutionize prosthetic limb distribution and collaborate closely with clients to ensure fair and equitable access. Pursuing a Master's program in Prosthetics and Orthotics at Northwestern University will deepen my expertise and enable me to actively contribute to AI prosthesis production research, driving groundbreaking advancements and challenging the status quo. Leadership, to me, entails leading by example, inspiring others, and driving positive change. Through my research endeavors and dedication to the field, I have already begun demonstrating these leadership qualities. Actively engaging in research broadens my understanding, fuels innovation, and contributes to the knowledge base of prosthetics and orthotics. I strive to stay at the forefront of technological advancements, explore emerging possibilities, and foster interdisciplinary collaboration, exemplifying leadership in the field. Looking ahead, my aspirations extend beyond individual contributions. I aim to foster a culture of collaboration and mentorship within the prosthetics and orthotics community. By inspiring and empowering the next generation, I seek to guide them toward innovative solutions and instill the importance of compassionate care. Creating platforms for knowledge sharing, organizing workshops, and actively participating in professional organizations will cultivate a supportive environment where ideas flourish and collective progress thrives. As a catalyst for change, I will shape the future of prosthetics and orthotics by nurturing a new wave of leaders who will continue to drive the field forward. In conclusion, my journey in prosthetics and orthotics has been marked by pushing boundaries, embracing research, and a burning desire to make a difference. From the seed planted by my mother's artistic influence to my research pursuits and commitment to leadership, I am poised to leave an indelible impact. Through my education, research, and unwavering dedication, I will shape the field, empower others, and challenge the norms to ensure a future where prosthetic solutions are accessible to all, transforming lives and pushing the boundaries of possibility.

In the realm of Hogwarts, where the Sorting Hat reveals one's true self, my destiny shines brightly in the house of Ravenclaw. Like Luna Lovegood, the whimsical Ravenclaw student renowned for her open-mindedness and love for all things peculiar, I embody an insatiable thirst for knowledge and a touch of eccentricity that sets me apart. From the very beginning of my journey of self-discovery, my mother, a gifted sculptor, unveiled the magical potential of my hands, akin to a wand unlocking hidden powers. Clay became my medium of creation, where I breathed life into my imagination and witnessed the wonders I could shape. Inspired by the ever-changing forms my sister and I took on our journey from infancy to adulthood, my mother's designs ignited a sense of wonder within me, propelling me toward future explorations. As I delved deeper into the realms of knowledge and artistic expression, my aspirations transcended clay, leading me to embrace the realms of metalwork and computer-aided design. Like a budding wizard experimenting with new spells, I honed my skills, discovering the joy of transforming abstract thoughts and ideas into tangible reality. Solidworks became my enchanted spellbook, empowering me to weave my creativity into the fabric of the world. These experiences nurtured my inquisitive nature and guided me toward the path of engineering, where I could merge my passion for the human body with the wonders of science and fabrication. During my undergraduate journey, a profound calling emerged—an unyielding desire to unravel the mysteries concealed within the realm of prosthetics and orthotics. Much like Hermione Granger's unwavering dedication to knowledge and her relentless pursuit of understanding, I immersed myself in research, eager to contribute to the field close to my heart. As I penned my undergraduate honors thesis on articular cartilage repair, I harnessed the power of experimental design, akin to a skilled wizard brewing a complex potion. It was during this time that my curiosity soared, and I yearned to merge my passion for research with my devotion to orthotics and prosthetics. As if guided by the fabled Room of Requirement, where hidden desires come to fruition, my mind is brimmed with ideas and possibilities. A spark ignited within me as I contemplated the potential of artificial intelligence (AI) in prosthetic development. Like the enchantment of a Pensieve, I envisioned an AI-driven system capable of adapting to a child's growth, making prosthetics more readily accessible to those in need. The realization of pressing global healthcare challenges further fuelled my determination to address these issues, starting at the community level and extending my reach to countries where the healthcare gap is even more pronounced. Within my heart, echoes the profound joy of witnessing a child's journey back to mobility, guided by the mechanisms I had meticulously crafted. Similar to Harry Potter's unwavering desire to protect and aid those in need, I felt a calling to work with children and amplify the accessibility of prosthetic limbs for the youngest members of our global community. Pursuing a degree in prosthetics and orthotics, with aspirations of researching AI prosthesis production, became my enchanted path, leading me closer to my dreams of becoming a pediatric prosthetist and orthotist. In the magical halls of Hogwarts, the house of Ravenclaw celebrates the power of knowledge, creativity, and an open mind. With my unwavering dedication to learning, whimsical spirit, and passion for pushing the boundaries of understanding, I believe I am a natural fit for this extraordinary house. As a Ravenclaw, I would join a community that cherishes the pursuit of wisdom, embraces the unconventional, and encourages intellectual exploration.

In the intricate tapestry of the universe, our understanding expands not only through the exploration of celestial wonders but also through the profound exploration of ourselves. Research in the field of prosthetics and orthotics serves as a gateway to unlocking the mysteries of human potential and enhancing the quality of life for countless individuals. While it may not pertain directly to the cosmos, the quest to understand the intricacies of the human body and improve healthcare represents a fundamental thread in the fabric of our universe. Like the delicate hands of a sculptor shaping clay, my journey into the world of prosthetics and orthotics began with the guidance of my gifted mother. Through her artistry, she revealed to me the immense potential that resides within our hands – the ability to mold and create, to shape dreams into reality. Her designs, inspired by the complexities of the human body and the growth we undergo, nurtured my fascination with the wondrous intricacies of human form. As I continued my artistic growth, exploring diverse mediums such as metal and computer-aided design, I recognized the power of merging my passion for the human body with my natural inclination towards science and fabrication. This fusion propelled me towards my undergraduate degree in engineering, where the physics of the discipline united my passions, paving the way for my unique path into the world of prosthetics and orthotics. Within the realm of research, my passion for orthotics and prosthetics blossoms. Through my undergraduate research experience, I delved into the impacts of focal defects on articular cartilage repair, immersing myself in the formulation of experimental designs and prosthetic innovations. It was during this journey that I questioned how I could further integrate research into my deep-seated passion for improving orthotics and prosthetics. Guided by my lingering curiosity and influenced by my mother's fascination with human growth, I embarked on an exploration of the potential for an artificial intelligence-driven prosthesis development system. Such a system, capable of accompanying a child throughout their development, could bridge the gap in access to prosthetics for those facing barriers, whether due to cost or geographical limitations. By addressing these issues at the community level and extending my reach to countries with greater healthcare disparities, I aspire to contribute to a more equitable and accessible future. In the luminescent path of my future as a pediatric prosthetist and orthotist, a single memory shines brightly – that of a child relearning to walk with the aid of the mechanisms I devised. Witnessing the transformative power of prostheses and the resilience of young spirits ignited a spark within me, igniting a commitment to increasing accessibility for the youngest members of our global community. Through the acquisition of my degree in prosthetics and orthotics, I aim to revolutionize the distribution of prosthetic limbs, working alongside clients to ensure fairness and equity in access for all individuals in need. The pursuit of a Masters of Prosthetics and Orthotics from Northwestern University will not only deepen my understanding but also propel me further along the path of research, particularly in the realm of AI-driven prosthesis production. This journey will culminate in my role as a board-certified Prosthetist and Orthotist, where I will continue to combine my passion for research with my dedication to compassionate care. Within the vast cosmic tapestry, our understanding of the universe is intricately woven with our pursuit of understanding the complexities of the human body. Research in prosthetics and orthotics holds the power to transform lives, to restore mobility and independence, and to unravel the mysteries that lie within our own physical form. By peering into the depths of human anatomy and the mechanics of movement, we uncover profound insights into the nature of our existence. Each scientific inquiry, each breakthrough, and each innovation in prosthetics and orthotics adds another layer of understanding to the grand tapestry of our universe. Moreover, research in prosthetics and orthotics is interwoven with the fabric of healthcare and well-being. It transcends boundaries and embraces the universal nature of human experiences. By advancing our knowledge and refining our practices, we can make monumental strides in improving the lives of individuals with physical disabilities, fostering inclusivity within society, and enhancing overall well-being. As researchers in this field, we hold the key to unlocking the potential of countless individuals, empowering them to live life to the fullest, and contributing to a more compassionate and equitable world. Alongside the pursuit of knowledge, lies the noble endeavor of sharing that knowledge with others. As a student researcher, I recognize the importance of disseminating our findings and inspiring future generations to join the quest for understanding. By teaching and mentoring aspiring scientists, collaborating with fellow researchers, and engaging in interdisciplinary dialogue, we expand the collective understanding of prosthetics and orthotics, cultivating a network of minds dedicated to pushing the boundaries of what is possible. It is through this collaboration and knowledge-sharing that we strengthen the interconnectedness of research, allowing the tapestry of discovery to weave ever more intricately. In the grand tapestry of existence, our quest to comprehend the nature of the universe transcends the boundaries of space and time. It embraces the depths of our own bodies, the resilience of the human spirit, and the interconnectedness of all things. Research in prosthetics and orthotics, though it may not delve into the cosmic expanse, is a testament to our innate curiosity, our capacity for compassion, and our unyielding commitment to improving the lives of others. It is a beacon of hope, illuminating the path toward a brighter and more enlightened future for all. As we continue to unravel the mysteries of the human body and expand the frontiers of healthcare, we contribute to the intricate tapestry of our universe, painting strokes of innovation, compassion, and understanding onto its vast canvas.

Calculus, the crown jewel of mathematics, stands as a cornerstone in the foundation of the STEM field. Like a guiding compass, it provides the essential tools and concepts that unlock the mysteries of the natural world. Its significance extends far beyond its applications, for calculus represents the very essence of analytical thinking and problem-solving in science, technology, engineering, and mathematics. At its core, calculus offers a language to describe change and motion, enabling us to comprehend the dynamic nature of the physical universe. It equips us with the means to study rates of change, quantify growth and decay, and investigate the behavior of complex systems. From modeling the trajectory of a rocket hurtling through space to predicting the spread of diseases, calculus empowers us to unravel the intricate tapestry of the natural world. In the realm of physics, calculus becomes an indispensable tool for understanding the laws that govern the behavior of matter and energy. It provides the framework for exploring concepts such as velocity, acceleration, force, and energy. By harnessing the power of calculus, scientists can derive fundamental equations that describe the motion of celestial bodies, the behavior of fluids, and the interactions of particles at the microscopic level. In engineering, calculus becomes the bedrock upon which the marvels of modern technology are built. It enables engineers to design bridges, buildings, and infrastructure by analyzing the forces and stresses acting upon them. By applying calculus, engineers can optimize designs, ensuring structural integrity and efficiency. Calculus also finds applications in electrical engineering, allowing us to understand and manipulate the behavior of circuits, signals, and systems. In the field of computer science, calculus serves as a guiding force in algorithms and optimization. It underpins the development of machine learning algorithms, which rely on calculus to optimize models and make predictions based on vast amounts of data. By leveraging calculus, computer scientists can tackle complex problems, devise efficient algorithms, and push the boundaries of artificial intelligence. Moreover, calculus lays the groundwork for rigorous scientific inquiry and evidence-based reasoning. It teaches us to think critically, to analyze problems from multiple angles, and to draw logical conclusions. Through calculus, we learn the art of abstraction and generalization, enabling us to extract essential principles from complex phenomena and apply them in diverse contexts. Beyond its practical applications, calculus nurtures a mindset of intellectual curiosity and resilience. It challenges us to grapple with abstract concepts, persevere through intricate calculations, and embrace the beauty of mathematical reasoning. It cultivates our ability to think analytically, approach problems systematically, and tackle challenges with confidence. In the ever-evolving landscape of the STEM field, calculus remains a timeless and indispensable pillar. It empowers scientists, engineers, and mathematicians to explore the depths of knowledge, push boundaries, and forge new paths of discovery. By embracing the power of calculus, we unlock the potential to shape the world, drive innovation, and unravel the mysteries that lie beyond the limits of our current understanding.

As we navigate the enchanting voyage of learning math, we discover that our journey is not only one of personal growth but also an opportunity to share our knowledge with others. Just as seasoned explorers leave behind maps and guidebooks for future travelers, we, too, have the privilege of becoming guides in this mathematical realm. Teaching others becomes a vital part of our expedition, for in sharing our understanding, we solidify our own grasp of the subject matter. As we explain concepts, demystify complexities, and illuminate the beauty of mathematics, we witness the spark of comprehension ignite in the eyes of our students. We become catalysts for their own mathematical journeys, igniting a flame of curiosity within them. In the act of teaching, we find that we deepen our own understanding. As we craft explanations, we must distill complex ideas into accessible forms, bridging the gap between theory and application. We learn to communicate with clarity and precision, honing our own mastery of the subject and refining our ability to convey its intricacies to others. Teaching also nurtures empathy and patience within us. We recognize that each learner has their own unique path, their own hurdles to overcome. With compassion, we offer support and encouragement, tailoring our approach to meet the needs of each individual. Through our guidance, we empower others to embrace the challenges of learning math and embark on their own transformative journeys. In the act of sharing knowledge, we witness the growth and empowerment of those we teach. We witness the thrill of comprehension, the joy of newfound confidence, and the blossoming of potential. We become architects of inspiration, shaping the futures of aspiring mathematicians, engineers, scientists, and thinkers. But the beauty of teaching is not limited to the impact we have on others. It also lies in the reciprocal nature of the learning process. As we engage with our students, we encounter fresh perspectives and unique insights. Their questions and reflections challenge us to delve deeper into the subject matter, to explore new angles and approaches. In this symbiotic exchange, we become lifelong learners ourselves, continuously expanding our own intellectual horizons. So, as we traverse the marvelous journey of learning math, let us remember the profound impact we can have as teachers. Let us embrace the opportunity to share our knowledge, to empower others with the transformative potential of mathematics. Through teaching, we become stewards of wisdom, ensuring that the flame of mathematical curiosity burns bright in the hearts of future generations, illuminating the world with its brilliance.

Mathematics, the ethereal realm of numbers and equations, holds an enchanting allure for those who dare to explore its depths. Like a delicate dance between logic and creativity, it weaves a tapestry of patterns and possibilities, captivating the hearts of those who embrace its charms. For me, math is like a vibrant garden, where every equation blooms as a unique flower, each with its own elegance and significance. In this whimsical realm, numbers transform into fluttering butterflies, their delicate wings carrying the secrets of the universe. Equations become trails of stardust, guiding me through the labyrinthine corridors of knowledge. As I traverse this mathematical garden, I am filled with a sense of wonder and awe, as if I have stumbled upon a hidden treasure trove of infinite beauty and complexity. Every problem presents itself as a riddle, teasing my mind to unravel its secrets. I relish the thrill of discovery, as if I am an intrepid explorer unearthing the mysteries of an ancient civilization. The satisfaction that accompanies a solution is akin to a gentle breeze, refreshing my spirit and invigorating my intellect. Mathematics whispers to me, beckoning me to delve deeper into its enchanting depths. It is a language that transcends cultural barriers and unites minds across the world. Like a symphony of logic, it harmonizes disparate concepts and constructs bridges between seemingly unrelated disciplines. It empowers me to perceive the world through a different lens, unveiling hidden connections and unveiling the beauty inherent in the intricate web of existence. In this whimsical garden of numbers and equations, I find solace and inspiration. It challenges me to think critically, embrace complexity, and never settle for the mundane. With every mathematical revelation, I am reminded that the universe is a vast and wondrous place, and through the language of mathematics, I can unravel its secrets one equation at a time. So, let us embark on this whimsical adventure, where numbers and symbols dance merrily amidst cosmic melodies. Let us unlock the gates of mathematical wonder, where imagination and logic intertwine, and where the most extraordinary insights can be found in the simplest of equations. For in the realm of mathematics, there lies a world of infinite fascination, waiting to be explored by those who dare to dream and calculate.

My fascination with prosthetics and orthotics was sparked by my mother's artistic influence and my innate passion for the sciences and fabrication. From a young age, my mother, a gifted sculptor, encouraged me to explore the possibilities of my hands and bring my imagination to life through various mediums. As I progressed from working with clay to designing robots with metal and utilizing computer-aided design, like Solidworks, I realized the intricate connection between art and engineering. This realization led me to pursue an undergraduate degree in engineering, where I could unite my passions and embark on a unique path toward prosthetics and orthotics. During my undergraduate years, I delved into research, seeking to deepen my understanding of the field and explore its potential. It was during this time that I had the opportunity to write my undergraduate honors thesis on the impacts of focal defects on articular cartilage repair and repair longevity. The experience allowed me to develop expertise in experimental design and prosthetic design, while also fueling my curiosity about the integration of research in the realm of orthotics and prosthetics. Inspired by my mother's fascination with human growth and the transformative power of research, I began to contemplate how I could incorporate my interests into advancing the field. This contemplation led me to explore the potential of an artificial intelligence (AI)-driven prosthesis development system. I envisioned a system that could adapt to a child's growth, making prosthetics more accessible to those who struggle to acquire them or lack access to prosthetists. With global healthcare accessibility and affordability becoming increasingly pressing issues, I am determined to address these challenges starting at the community level and extend my efforts to countries where healthcare discrepancies are even more pronounced. The driving force behind my aspirations lies in the profound impact I can have as a pediatric prosthetist and orthotist. Witnessing the joy and transformation of a child learning to walk again through the mechanisms I helped invent ignites my passion and fuels my determination. I strive to make prostheses more accessible to the youngest members of our community, both locally and globally. By obtaining a Master of Prosthetics and Orthotics from Northwestern University, I will further equip myself with the necessary skills and knowledge to drive innovation in the field. As I embark on this journey, research will remain a cornerstone of my pursuit. I am committed to integrating evidence-based practice and cutting-edge technologies, such as AI, into the development of prosthetics and orthotics. Through interdisciplinary collaborations and a patient-centered approach, I seek to contribute to the field's understanding of effective treatment strategies and enhance the lives of individuals with physical limitations. In conclusion, my passion for prosthetics and orthotics, driven by the melding of art, science, and research, fuels my pursuit of excellence. By uniting my creative background, research experience, and dedication to addressing global healthcare disparities, I am prepared to make a meaningful impact as a prosthetist and orthotist. The journey ahead, with its challenges and rewards, holds the promise of transforming lives and advancing the boundaries of the field.

As a dedicated graduate student in prosthetics and orthotics, I have embarked on a challenging journey to excel in both academia and research-based practice. However, my path has been further complicated by the presence of panic disorder. While this condition may pose obstacles, it has also fueled my determination to overcome adversity and make significant contributions to the field. Panic disorder, characterized by recurrent and debilitating panic attacks, can disrupt daily life and academic pursuits. Yet, rather than allowing this condition to deter me, I have harnessed my experiences to drive me toward achieving excellence in research and evidence-based practice. The pursuit of research excellence has become a personal mission. Recognizing the transformative power of evidence-based practice, I am driven to contribute to the advancement of knowledge in prosthetics and orthotics. The presence of panic disorder has only deepened my commitment, as it has exposed me to the realities and challenges faced by individuals with physical limitations. By conducting rigorous research and developing evidence-based interventions, I hope to improve the lives of patients and contribute to the field's understanding of effective treatment strategies. Overcoming panic disorder has also instilled in me a keen appreciation for the importance of mental health in the rehabilitation process. Recognizing the profound impact that psychological well-being can have on physical recovery, I am determined to integrate mental health considerations into my research. By exploring the intersection of mental and physical health in prosthetics and orthotics, I aim to develop comprehensive and holistic approaches that address the unique needs of individuals. The presence of panic disorder has reinforced the significance of rigorous self-care and stress management, not only for myself but also for the patients I will serve. I am driven to investigate interventions that enhance coping skills, resilience, and overall well-being, providing patients with tools to navigate the challenges they face. In pursuit of research excellence, I am committed to engaging in collaborative efforts and interdisciplinary approaches. Recognizing the interconnectedness of various fields, I aim to collaborate with experts in psychology, neuroscience, engineering, and other relevant disciplines. By fostering interdisciplinary partnerships, I can tap into diverse perspectives, explore innovative ideas, and contribute to the development of groundbreaking interventions and technologies. Moreover, my personal journey with panic disorder has heightened my appreciation for the importance of patient-centered care and individualized approaches. As I conduct research, I am driven to ensure that my work reflects the unique needs, preferences, and experiences of individuals with physical limitations. By incorporating patient perspectives and actively involving them in the research process, I strive to create interventions that are meaningful, effective, and empower patients to lead fulfilling lives. In conclusion, my journey as a graduate student in prosthetics and orthotics has been shaped by the presence of panic disorder. However, rather than allowing this condition to hinder my progress, I have channeled it as a driving force to excel in research-based practice. Through rigorous research, interdisciplinary collaborations, and a commitment to patient-centered care, I aspire to contribute to the field's knowledge base and enhance evidence-based practice. My personal experiences with panic disorder have reinforced the importance of addressing mental health in rehabilitation and have cultivated a deep empathy for individuals facing similar challenges. By integrating research, compassion, and innovation, I am determined to make a lasting impact in the field of prosthetics and orthotics, improving the lives of patients and advancing the boundaries of evidence-based practice.

"Sometimes you just have to shake it off, Amanda!" "Shake It Off" by Taylor Swift, from her album "1989," is a powerful anthem that resonates deeply with me as a woman in the field of Prosthetics and Orthotics; and is, therefore, my favorite song from the album. This uplifting song serves as a constant reminder of resilience, self-belief, and the ability to overcome obstacles that I encounter on my journey. As a woman in a predominantly male-dominated field, I often face unique challenges and biases. There are times when I may question my abilities or feel overwhelmed by the pressures and expectations placed upon me. In these moments, "Shake It Off" becomes a beacon of strength and encouragement, reminding me to embrace my worth and capabilities. The song's infectious energy and empowering lyrics inspire me to shake off any doubts or negative perceptions that may undermine my confidence. It encourages me to rise above societal expectations and persist in pursuing my passion for helping others through prosthetics and orthotics. The metaphorical essence of the song serves as a constant reminder that I am smart, capable, and deserving of success, regardless of any gender-based barriers I may encounter. "Shake It Off" serves as a powerful affirmation of self-worth and the importance of believing in my own abilities. It reminds me that my intelligence, dedication, and hard work make me an excellent student and professional. The song's metaphorical message encourages me to trust in my knowledge and expertise, celebrate my achievements, and recognize the valuable contributions I bring to the field. Moreover, the song emphasizes the significance of building a supportive community. It encourages me to surround myself with allies who appreciate and champion my talents, providing an environment where I can thrive and grow. The camaraderie and collaboration among women in prosthetics and orthotics become essential pillars of strength, as we uplift one another and navigate the challenges together. "Shake It Off" inspires me to persevere despite any setbacks or prejudices I may encounter. It ignites a sense of resilience, reminding me that every hurdle I overcome strengthens my character and fuels my determination. The song's powerful message encourages me to rise above adversities, maintaining a positive mindset and unwavering focus on my goals. Taylor Swift's "Shake It Off" serves as an empowering anthem for women in Prosthetics and Orthotics. The lyrics and metaphorical essence offer unwavering support and encouragement, reminding us that we are not alone in our journey. The song celebrates our individuality, resilience, and ability to conquer challenges. It instills a sense of pride in being a woman in the field, embracing our unique perspectives and contributions. In moments of self-doubt or when faced with gender disparities, "Shake It Off" becomes a source of empowerment and inspiration. It reminds me that I have the strength to overcome any obstacles and make a meaningful impact in the lives of individuals with physical limitations. The song's powerful reminder to shake off negativity and embrace my worth fuels my determination to excel and make a difference. "Shake It Off" is more than just a song; it is a testament to the unwavering spirit of women in the field of Prosthetics and Orthotics. It embodies our resilience, determination, and ability to rewrite narratives. With this empowering anthem as my guide, I will continue to shake off doubts, rise above challenges, and prove that as a woman in this field, I am capable of making a lasting and meaningful impact on the lives of others.

“What’s your purpose, then?” my therapist asked me. I was suffering a severe panic-depressive episode, and I truly did not have a purpose, or at least one I thought about. At this time, I was getting a Mechanical Engineering degree, completing research on a fellowship, and working thirty hours a week. “One thing about you, Amanda, is you have the drive to excel and innovate, why do you work so hard if there is no purpose?”. This encounter elicited an immediate change in my life that made me realize my purpose was to innovate. That year I transitioned the focus of my research toward osteoarthritis and community-centered healthcare projects. Shortly after, I encountered a family whose daughter was born with a congenital defect requiring her to undergo rotationplasty surgery. Their four-year-old’s feet had infrequented ground, yet her desire to traverse terrain inspired me. I lead a team of engineers to design a hands-free crutch for the girl in the interim of her time in a bent leg cast and being able to walk. This experience afforded me great opportunities to learn from healthcare professionals. My purpose was illuminated by the prior year of instability. The field of Prosthetics and Orthotics (O&P) found me. As I continued my mission for a purpose, I was reminded of my mother’s impact on my childhood. Coming from a single-parent home, she influenced the trajectory of my life. My mother, who is a gifted sculptor and artist, taught me to use my hands to bring my imagination to fruition, starting with the medium of clay. My mother’s designs were oriented around the complexity of the growing human body. I continued my growth in design throughout high school and college with other mediums to bring my abstract thoughts to reality. My background in the arts aided in the transition to using machinery. My mother’s passion for designing abstract art forms revolving around the contortions of the human body transferred to me. My interest in research grows my passion and devotion to the field of O&P. I became intrigued with artificial intelligence (AI), ultimately leading to my passion for AI prosthesis development. After my experience working with children as a math instructor, mentor, and healthcare member, I pondered how I could develop a prosthesis that grows with a child throughout their life. I plan to work towards this dream of invention during my time at Northwestern University by uncovering the phenomenon of muscle pain due to compensation in individuals with upper limb amputations. From this research, I intend to create a biomechanical model that allows anyone to visualize muscle actions and reactions in individuals with amputations. My future as a pediatric prosthetist and orthotist is inspired by the child I assisted and making the world a little bit more accessible. I aspire to work with children and increase the availability of prostheses for the youngest members of our community worldwide. A prosthesis that grows with a child will revolutionize the accessibility of prosthetic devices- I intend to be at the forefront of this. The core of my intentions in this field lies in being welcoming to all. I know from experience, and a whole lot of soul-searching, that people in their most vulnerable moments need someone open to listening. If my therapist was not as open and welcoming as she was, I may not have ever found my way here. I intend to make my career in O&P dedicated to openness, honesty, and service to those who need it most. Maybe, I will also help someone find their purpose in the process, too.

The dream version of my future self is to become an unstoppable woman driving the future of AI prostheses; lowering the cost and increasing the accessibility to necessary medical devices worldwide.

“What’s your purpose, then?” my therapist asked me during a session in 2019. I was suffering from a severe panic-depressive episode, and I truly did not have a purpose, or at least one I thought about; I shook my head and said “I’ve never had to think of my purpose”. At this time, I was getting a Mechanical Engineering degree, completing research on a fellowship, and working twenty to thirty hours a week. “One thing about you, Amanda, is you have the drive to excel and innovate, why do you work so hard if there is no purpose?”. This encounter elicited an immediate change in my life that made me realize my purpose was to innovate. That year I transitioned the focus of my degree towards osteoarthritis research and community-centered healthcare projects, it was also that year I found my passion for Prosthetics and Orthotics. A few months later, I encountered a family that had a daughter born with a congenital defect requiring her to undergo rotationplasty surgery. Their little four-year-old’s feet had infrequented ground, yet her desire to traverse terrain inspired me. I worked with and lead a team of three engineers to design a hands-free crutch for the girl in the interim of her time being spent in a bent leg cast and finally being able to walk. This experience afforded me great opportunities to learn from healthcare professionals, and I found myself frequently working with her healthcare team; orthotics and prosthetists, physicians, and surgeons. Upon completion of the device, my purpose was illuminated from the prior year of instability with my education and mental health. Seeing this little girl learn to walk, start to finish, saved me. The field of Prosthetics and Orthotics found me. My interest in research grows my passion and devotion to the field of Prosthetics and Orthotics. I became intrigued with artificial intelligence (AI) over the course of the COVID-19 Pandemic, ultimately leading to my interest in AI prosthesis development. After my experience working with children both in healthcare and independently as a math instructor and mentor, I pondered how I could develop a prosthesis that grows with a child throughout their life. This is not an easy accomplishment, but I plan to work towards this dream of invention during my time at Northwestern University by working alongside some of the best researchers in the field. I have already started research endeavors to uncover the phenomenon of muscle pain due to compensation in individuals with upper limb amputations. My future as a pediatric prosthetist and orthotist is inspired by the child I assisted in learning to walk and making the world a little bit more accessible. I aspire to work with children and increase the availability of prostheses for the youngest members of our community worldwide. A prosthetic device line that grows with a child could revolutionize the accessibility of prosthetic devices- and I hope to be at the forefront of this project. I also plan to make the trip to Ecuador to work alongside the Range of Motion Project (ROMP). At the core of my intentions in this field lies being welcoming to all. I know from experience, and a whole lot of soul-searching, that people in their most vulnerable moments need someone open to listening. If my therapist was not as open and welcoming as she was, I may not have ever found my way here. I intend to make my career in O&P dedicated to openness, honesty, and service to those who need it most. Maybe, I will also help someone find their purpose in the process, too.

The year is 6022: you awake from a cryogenic chamber in the futuristic United States- or what you believe to be at least (you just woke up, give yourself a break). You chose to cryonically preserve yourself in hopes to defy mortality after the impending nuclear threat in the late 2100s. Upon waking up you return to mortal reality with what appears to be nuclear scientists pleading with you to answer a question and showing you symbols that you can't understand. In this word, your language ceases to exist- well it exists just not the way it used to. How can you help the scientists? In 1999, the first geologic repository for nuclear waste was opened, and since then, it is estimated that there are 85,000 metric tons of spent nuclear fuel underground and this value is projected to grow at a rate of about 2,000 metric tons per year. The importance of this is that, while radioactive material decays, such a large amount of decayed radioactive materials still emit large quantities of radiation- which can be severely damaging if unleashed from the depths of the geologic repositories. Not only is nuclear fuel being stored in geologic repositories, but low-level nuclear waste is also being transported across different borders and left in various locations including the ocean. One of the most perplexing discussions I have participated in related to waste nuclear semiotics; which is a form of linguism regarding the study of how we talk to humans through signs and symbols one hundred, one thousand, or even ten thousand years from now about the hazard of nuclear waste storage below the earth. Basically, nuclear semiotics is how humans can display to other humans (maybe non-humans) that there is dangerous, radioactive material, nearby that they should stay away from it. Thus, the study of Semiotics is of uttermost importance to understanding the nature and future of the universe we have created, I plan to analyze current systems in place for maintaining our language, and later suggest additions to ensure the progression of language preservation- further explaining why semiotics is important to the future of society. Almost all human communication takes place by way of verbal or pictorial communication, hence the importance of future-proofing semiotics. The most fascinating part of language use in humans is how multifaceted words, and even pictures, can be when used in different contexts. It is for this reason that stringent definitions and thoughts be put into the development of futuristic semiotics so that we can avoid a paradox illusion in futuristic symbolism. One challenging question I have stumbled across in this field- excluding the thought of our own downfall- is how we will preserve the world and convey meaning through language in the far future. How do we develop systems to maintain stewardship of communication, including preserving the ability to convey these messages to future generations without minimizing the importance of such information millennia from now? Multiple studies have proposed that language acquisition is easiest in larger populations, and thus language retention in a second generation is easier in a larger population. Sign systems are evolving to become more efficient to produce and accurately produced, however, are becoming more difficult to comprehend as produced by humans. This current research suggests that the semiotics being used will be produced by the largest populations, however, may be difficult to understand for future generations of smaller populations sizes. Although the learnability and usability of sign systems are of great importance, how do we distribute this meaning to people of smaller populations? More importantly, what if current populations cease to exist? The most common method to target this dilemma is the "Atomic Priesthood". In summary, the Atomic Priesthood suggests creating a starting cohort of people that generate sign systems who then follow a generational memory model. Every ten years, this cohort chooses a new representative cohort that analyzes and reinvents the sign system for reproducibility and ease of use. While this method seems foolproof at first glance due to constant iterations of the sign system- referring back to the study on sign system evolution- this method may generate concerns with ease of learnability and comprehensibility. Constant revisions may lead to oversimplification and abstraction resulting in difficult understanding. That being said, if a language or sign system must survive, it needs to be learnable. Instead of choosing a representative group from one population, I suggest creating a generalized representative cohort that constitutes the entire- global- population as we know it. A global committee, recognized by the broader world, should be in charge of developing and maintaining a code of symbolism that sustains semiotics through the future of human existence. With a method like this in place, input from smaller populations can be used to generate and maintain semiotics for a future-proof world. The broader impact of semiotics on wholistic linguism is also compelling to one's comprehension and understanding of life and our society's longevity. How do we as a society preserve history so that history does not repeat itself? I believe that this requires deep reflection on the world's history- ensuring that people understand why some parts of our history should not repeat itself. In order to understand and preserve our society's future, we must analyze occurrences of our past and provide some translation to previous events that are future-proof using semiotics to advance our understanding of the past to merge this with the trajectory of our society for the future. I also believe that to better understand the nature of the universe, we as a society should move towards anticipating the need for future-proof semiotic translation- and that anticipating the need for futuristic translation is a key to preventing a cyclical future. One would be committing a logical fallacy, in fact, appealing causality when none exists, to assume, with the existing concern for nuclear semiotics, that we do not need to put as much emphasis on future-proofing the symbolism of spreading awareness. Some may make hasty generalizations assuming the use of a pictogram for nuclear waste should be enough. How can the world assume that this pictogram will be enough to prevent the downfall of a futuristic society? It is at the core of human life, to understand the nature of our universe and the future we can provide for us and the universe to exist in symbiotic harmony. I believe that anticipating the future needs for such safety mechanisms is paramount to the development of a society that does not repeat itself, and instead advances to new heights. The nuclear scientists are awaiting our response, how can we help them?

When it's three in the morning- and I'm bent over my desk doing a demanding biomechanics question- asking myself "what is all of this for?" I pull open YouTube and search for a live video of the Alabama Shakes performing "This Feeling". Although brief in length, this song delivers a beautiful message to any individual listening: feelings, both good and bad, are important to your growth; keep fighting, even if no one is on your side, and the road will become clear. The path from my early childhood was never clear, and I found myself spending "all this time, trying to figure out why nobody [was] on my side". From a young age, I asked myself why I had to go through things my peers did not. "I just kept hoping" I would escape- what then seemed like- the endless obstacles to finding success. Obstacles such as poverty, parental divorce, moving from home to home, not having electricity or water, mental health crises, and even working a job at the age of thirteen to help provide for my family. My path was never clear, in fact, I did not think I was ever going to go to college- let alone going to pursue a graduate degree at one of the most prestigious schools for Prosthetics and Orthotics. Watching Brittany Howard perform "This Feeling" live reminds me of the passion necessary to strive toward your most grandiose dreams. Obtaining my master's degree has been an arduous effort, from affording it, to obtaining it- however, I love every second of learning how to become a better practitioner. After facing so much adversity in my childhood, I have finally "been having me a real good time, and it feels so nice to know I'm gonna be alright".

The precursor to my fascination with prosthetics and orthotics started with my mother showing me the potential of my hands. My mother is a gifted sculptor who taught me to use my hands to bring my imagination to fruition, starting with clay. My mother’s designs were oriented around the complexity of the growing human body; specifically, the forms my sister and I took as we grew from infants to adults. I continued my growth in design with other mediums like metal to create robots, and computer-aided design, like Solidworks, to bring my abstract thoughts to reality. My desire to pursue a career that involved the human body combined with my natural inclination to the sciences and fabrication led me to my undergraduate degree in engineering. The physics of engineering united my passions together whilst allowing me to forge my own path towards prosthetics and orthotics with the background of a mechanical engineer. My interest in research grows my passion for orthotics and prosthetics. My undergraduate research experience granted me the opportunity to write my undergraduate honors thesis on the impacts of focal defects on articular cartilage repair and repair longevity. My experience with the formulation of experimental design, as well as prosthetic design, led me to question how I could incorporate research into my passion for orthotics and prosthetics. My lingering curiosity for research, with hints of my mother’s fascination with human growth, led me to investigate the potential for artificial intelligence (AI) driven prosthesis development system that can follow a child through their development, potentially allowing prosthetics to become more readily available to those unable to acquire one or those who live in a location without prosthetists to be fitted for one. Not only is global healthcare access a rising issue, but the access to affordable and reliable healthcare is too. I strive to address the issues starting at my community level and reach out to further countries where there is an even larger discrepancy in healthcare accessibility. My future as a pediatric prosthetist and orthotist is inspired by the child I assisted in learning to walk again and the capabilities of my hands to invent the mechanisms to do so. I aspire to work with children and increase the accessibility of prostheses for the youngest members of our community worldwide. Obtaining my degree in prosthetics and orthotics would grant me the opportunity to change the way in which we distribute prosthetic limbs and work with clients to distribute prostheses fairly to all individuals in need. My next step in my education will be completing my Masters of Prosthetics and Orthotics from Northwestern University. Here I will further pursue research in AI prosthesis production while studying to be a board-certified Prosthetist and Orthotist.

Amanda Kemper's Definition of Legacy: A story, person, or sentiment that strives to uphold or promote the history donated to society by an individual or item; ultimately making society or the surroundings a better place. There are many legacies this world has given us that is not limited to just people. For example, there is a legacy left by the existence of chemotherapy to treat cancer patients giving these individuals a better life; or the legacy of Martin Luther King Jr. who fought for equality to make the world fair for people of color in a past society that people of color were held to unequal standards than white people. I define a legacy this way because it upholds that any legacy should not only contribute to society but also make the world a better place- a more fair place. Legacies strive for greatness- not only for themselves but for those surrounding them. To be regarded as a legacy, one must strive to such a level of greatness as altruistically as possible. I was raised in a situation many may see as unfair, yet it shaped me to be the legacy I strive to become for other underrepresented people. My family was quite poor, and some days we couldn't afford to even eat the reduced-price lunch at school. We sometimes weren't sure if we would have electricity to stay warm over the night or if we would wake up to our car being repossessed the following morning. Despite all the fear through those times, I stayed rich with knowledge. The school was a safe place where I could go to learn since I knew that was my only way of escaping my upbringing. I knew my path out was by educating myself, and I stayed hungry for education throughout those times of uncertainty. I plan on breaking the cycle of my upbringing by educating myself and empowering those who are underrepresented surrounding me with knowledge. I fought through my undergraduate degree in Mechanical Engineering while suffering from debilitating anxiety and depression from my past. Upon conquering that degree I found solace in working with disabled individuals in Prosthetics and Orthotics (P&O). I am now entering my graduate degree in P&O where I can advocate for those suffering from other diseases or poverty. Obtaining medical devices necessary for living a healthy life can be quite costly in the United States and I plan to advocate for these patients. I plan on leaving a legacy in the field of P&O either through a new, groundbreaking, device reducing the cost of prostheses or as an individual by contributing to the development of AI-based prosthetics. I aspire to create a legacy in the world one invention at a time.

The header of a poster in a local store read: “Our four-year-old daughter was born with a congenital disease and has endured two rotationplasty surgeries, can you help her walk?” I look upon my hands as instruments to fulfill the requirements of assisting a child, who has barely walked. My hands can produce an assistive crutch accommodating a bent knee cast. I glance at my hands, amazed at the complexity by which they model as if trained to accomplish a feat never done before. My hands, unpracticed at using machinery, forge the design I theorized in my mind and initiate the production of a hands-free crutch. I look upon my hands once more as they zero off the machine and think to myself, “I want to do this for the rest of my life”. The precursor to my fascination with the capabilities of the human body started with my mother showing me the potential of my hands. My mother is a gifted sculptor who taught me to use my hands to bring my imagination to fruition, starting with clay. My mother’s designs were oriented around the complexity of the growing human body; specifically, the forms my sister and I took as we grew from infants to adults. I continued my growth in design with other mediums like metal to create robots, and computer aided design, like Solidworks, to bring my abstract thoughts to reality. My desire to pursue a career that involved the human body combined with my natural inclination to the sciences and fabrication led me to my undergraduate degree in engineering. The physics of engineering united my passions together whilst allowing me to forge my own path towards prosthetics and orthotics with the background of a mechanical engineer. My interest in research grows my passion for orthotics and prosthetics. My undergraduate research experience granted me the opportunity to write my undergraduate honors thesis on the impacts of focal defects to articular cartilage repair and repair longevity. My experience with the formulation of experimental design, as well as prosthetic design, led me to question how I could incorporate research into my passion for orthotics and prosthetics. My lingering curiosity for research, with hints of my mother’s fascination of human growth, led me to investigate the potential for an artificial intelligence (AI) driven prosthesis development system that can follow a child through their development, potentially allowing prosthetics to become more readily available to those unable to acquire one or those who live in a location without prosthetists to be fitted for one. Not only is global healthcare access a rising issue, but the access to affordable and reliable healthcare is too. I strive to address the issues starting at my community level and reach out to further countries where there is an even larger discrepancy in healthcare accessibility. My future as a pediatric prosthetist and orthotist is inspired by the child I assisted in learning to walk again and the capabilities of my hands to invent the mechanisms to do so. I aspire to work with children and increase the accessibility of prostheses for the youngest members of our community worldwide. Obtaining my degree in prosthetics and orthotics would grant me the opportunity to change the way in which we distribute prosthetic limbs and work with clients to distribute prostheses fairly to all individuals in need. My next step in my education will be completing my Masters of Prosthetics and Orthotics from Northwestern University. Here I will further pursue research in AI prosthesis production while studying to be a board certified Prosthetist and Orthotist.

It may be astounding to believe someone’s favorite piece of art is a one-sided “circle”, but the mystifying design of the Möbius Strip is one of the most captivating inventions of art meshing with science I believe to exist. The design of the Möbius Strip is mathematically pre-destined, leaving a gallivanter of the arts and sciences- like myself- enthralled. The Möbius Strip is a surface with one side that must exist in three-dimensional, Euclidean-coordinate geometric, space that was invented through the mastery of Calculus. The paradoxically beautiful piece of the Möbius Strip represents the multi-faceted nature of two-dimensional life forms existing in three-dimensional space. What is even more awe-striking is the possibility that the Möbius Strip has infinite sides due to its two-dimensional existence in our everyday three-dimensional world. The Möbius Strip represents the ability of an individual to become a do-decagon in a world full of decagons. Standing out from the crowd is the true ability of the Möbius Strip which is why its art form is so enticing to me. I invest in my individuality daily and strive to be unique. The Möbius Strip is an art form that embodies my existence and is a piece of art I will always cherish.