I love mathematics because it is a universal language that reveals the hidden beauty and order of our world. Getting a degree in Mathematical Concepts deepened my passion for this subject and here's why: Math is a problem solving tool and it allows me to explore the unknown and find solutions to complex questions. It is a journey of discovery, as well as exploring uncharted territory. The satisfaction of discovering mathematical truths and solving complex problems is incredibly rewarding. Mathematics is also a bridge between different fields of knowledge. It is the basis for many fields of science and technology and creates a common basis for different fields of study. With my Diploma in Mathematical Concepts, I have gained versatile skills that allow me to connect mathematical principles to real-world applications, from biological modeling to engineering challenges. In addition, mathematics is a substance that promotes creativity. It makes me think critically and develop innovative approaches to solving problems. Whether it's elegant proofs or developing new algorithms, there is an artistic mathematics that I find deeply inspiring. Mathematics is a precise language. It provides the clarity and precision necessary for effective communication, ensuring that ideas are communicated precisely and unambiguously. The ability to express complex concepts using mathematical notation is a powerful tool that I value. In conclusion, I love mathematics not only for its inherent beauty and elegance, but also for its practicality and ability to facilitate understanding and innovation in various fields. Earning a degree in Mathematical Concepts further deepened my understanding of the subject and I look forward to applying this knowledge to positively impact both my academic and professional pursuits.

Pursuing a STEM degree, specifically in biological sciences, and obtaining a certificate in mathematical concepts was a carefully considered decision driven by my passion for science and my desire to make a significant impact in the field. As a person of color, I am acutely aware of the underrepresentation of people of diverse backgrounds in STEM, and I am determined to be part of the solution. My journey into STEM began with a deep curiosity about the natural world. Growing up, I was always fascinated by the complexity of life, from the microscopic processes of our cells to the magnificence of ecosystems. This fascination naturally led me to the path of biological sciences, where I could study the complexity of life and contribute to the development of health care. My chosen field not only allows me to satisfy my curiosity, but also aligns with my long-term goal of improving human health through scientific research. The intersection of math and biology ignited my passion even more. I realized that mathematical concepts can be applied to understand, model and solve complex biological problems. By pursuing a certificate in mathematical concepts, I want to gain the necessary tools to analyze data, create accurate models, and make informed decisions. This interdisciplinary approach to STEM not only improves my problem solving, but also highlights the symbiotic relationship between the two fields. After graduation, my aspirations in the STEM field are clear. I hope to contribute to biological research by working in a laboratory dedicated to the study of disease and the development of innovative medicines to improve human health. My long-term vision is to be part of the solution to the world's most pressing health problems, such as cancer, Alzheimer's and rare genetic diseases. I believe that by applying my skills in both the biological sciences and mathematical modeling, I can play an important role in advancing the understanding of these diseases and possibly developing new treatments or therapies. My hopes, however, extend beyond the laboratory. As a person of color, I am acutely aware of the disparities in STEM representation. I am committed to being a positive force for change, not only through successful STEM careers, but also through outreach and education. I intend to inspire and guide the next generation of scientists, especially from underrepresented backgrounds. By sharing my journey and experiences, I hope to break down barriers and encourage young people to consider STEM fields as a viable and fulfilling career. Diversity in STEM is important not only to foster innovation and diverse perspectives, but also to address the unique challenges that marginalized communities face in healthcare and beyond. The importance of scholarships like the one I'm applying for cannot be overstated. As an international student at Arizona State University, the financial burden of tuition, books, and living expenses is significant. Such grants ease this burden and allow me to focus on my studies and research without having to constantly worry about financial constraints. Ultimately, my decision to pursue a STEM degree is driven by a passion for science, a desire to contribute to improving human health, and a commitment to increasing diversity and representation in the field. I hope to combine my knowledge of biological sciences and mathematical concepts to advance innovative research and treatments, especially for diseases affecting underrepresented communities. In addition, I am determined to inspire and guide future generations of scientists from diverse backgrounds. Scholarships like these are invaluable in supporting my educational and professional journey and ultimately fostering a more inclusive and equitable STEM community.

My passion for mathematics has always been closely linked with my pursuit of biology and my desire to understand the fundamental principles of nature. The merging of these two seemingly separate subjects, biology and mathematics, was the driving force behind my academic journey. Mathematics is often considered a universal language that transcends cultural and linguistic barriers and whose applications are limitless. It provides the tools to decipher the mysteries of the world around us, including the complex and awe-inspiring processes of life. This realization sparked my interest in the subject. During my academic journey, I realized that mathematics is not just a collection of abstract concepts, but a powerful tool for solving real-world problems. The connection between math and biology became apparent as I delved into my coursework. I realized that mathematical models and statistical analysis are important for understanding complex biological phenomena such as population dynamics, genetic inheritance and the spread of diseases. The elegance of mathematical equations and the ability to present the living world in a structured and comprehensible way is a constant source of inspiration. In addition, mathematics plays a central role in biomedical research, which is the core of my field. Analyzing experimental data, simulating biological systems and optimizing drug doses require a strong mathematical foundation. This connection between mathematics and chance has profound implications for health care and human well-being is deeply motivating. My internship for my Math Concepts degree continues to exemplify my passion for math. Engineering mathematics plays a crucial role in problem solving, innovation and technological development. By mastering the mathematical concepts of engineering, I hope to bridge the gap between biology and engineering, facilitating interdisciplinary research that can lead to breakthroughs in fields such as medical devices, bioinformatics and biotechnology. My passion for mathematics is not limited to its practical applications. It extends to the beauty and elegance of mathematical concepts. The symmetry of geometry, the infinite precision of calculation and the abstract structures of algebra have a unique charm. Solving complex mathematical problems and discovering nature's hidden patterns is a deeply rewarding experience that inspires me. In conclusion, my passion for mathematics is based on its deep connection to the biological sciences and its potential to solve real health and life science problems. The versatility and elegance of mathematical concepts and their applicability to many different fields is a constant source of inspiration that fuels my academic hobby. Mathematics is not just a tool; it is a gateway to understanding the world and making it a better place through scientific discovery and innovation.

I have always been passionate about hearing aids and how they can help make the world better for people with hearing loss. These amazing devices have made a huge difference in the lives of so many people. They go beyond just being sound amplifiers and can make a real difference in so many aspects of our everyday lives. Hearing aids don’t just restore hearing, they also help strengthen social connections. We all know that communication is an essential part of the human experience. Hearing aids help people with hearing loss connect with their loved ones, allowing them to have meaningful conversations. By allowing people to communicate openly and effectively, hearing aids help to strengthen personal relationships and reduce feelings of loneliness that people with hearing loss may experience. In addition to improving interpersonal relationships, hearing aids significantly improve the quality of life. They open up a world of sound, allowing users to enjoy the melodies of music, the chirping of birds and the laughter of children. These devices allow people to participate in social activities, enjoy cultural events and appreciate the beauty of nature. The impact on mental well-being is profound, reducing the risk of depression and anxiety that can result from social withdrawal and feelings of isolation. Hearing aids also promote educational and professional success. Hearing impaired children benefit from early intervention with hearing aids because they enable effective learning and academic success. In the workplace, these devices allow people to fully participate in meetings, discussions and presentations, unlocking their potential and advancing their careers. The advancement of hearing aid technology is frightening. Modern hearing aids are smaller, more discreet and more technologically advanced than ever before. They offer features such as noise cancellation, Bluetooth connectivity and smartphone integration to further enhance the user experience. These innovations improve the sound quality and also make the devices more usable and adaptable to different environments.

I'm from Vallejo, California, and attending Arizona State University as an out-of-state student has changed my life. I've always had a strong interest in the sciences, particularly biology and mathematics, and I've decided to major in Biological Sciences with a focus on biomedical studies. In addition, I am obtaining a Certificate in Mathematical Concepts. Growing up in Vallejo, I was exposed to a diverse neighborhood and a rich mix of cultures. The Bay Area's inventive energy and devotion to education fueled my early interest in the sciences. I've always been interested in the intricacies of life, from the molecular mechanics that regulate our cells to the complicated ecosystems that support our planet. This piqued my interest in biological sciences. My interest in biology derives from the conviction that knowing the complexities of life allows us to better the human situation. The biological sciences provide a wonderful opportunity to delve into the mysteries of life while also making a positive impact on society. I hope to contribute to breakthroughs in healthcare and the creation of novel treatments and therapies by focusing on the biological component of the subject. My studies in genetics, physiology, and immunology have provided me with a solid basis for my future efforts. As I learned more about biology, I realized how important mathematics is in understanding and modeling complicated biological processes. This realization prompted me to seek a Certificate in Mathematical Concepts. Mathematics is the universal language of science, and its applications are crucial in the solution of complicated issues in a variety of scientific domains, in biology. My certificate program provides me with the mathematical tools I need to analyze data, construct models, and make informed decisions, allowing me to contribute to cutting-edge research and innovation. After finishing my degree, I hope to work in biological research. I want to work in a research laboratory that is dedicated to studying diseases and discovering novel therapeutics to improve human health. My long-term goal is to contribute to the development of novel therapies or cures for diseases such as cancer, Alzheimer's disease, and uncommon genetic abnormalities. I also aim to do outreach and education to inspire the next generation of scientists and encourage them to pursue STEM careers. This scholarship will help me reach my educational and professional goals. Tuition, books, and living fees are a significant financial burden for an out-of-state student at Arizona State University. Scholarships like this one are crucial in allowing me to focus on my studies and research without having to worry about money. Furthermore, earning a Bachelor of Science in Biological Sciences and a Certificate in Mathematical Concepts necessitates hard coursework and laboratory experience. As I progress through my education, the costs of laboratory materials and equipment might become daunting. This award will relieve financial stress and allow me to fully participate in my education and research initiatives. The scholarship will not only help me financially, but it will also provide me a sense of validation and encouragement. Knowing that there are organizations and individuals that believe in my ability and are prepared to invest in my education will inspire me to improve academically and pursue scientific brilliance.

Math has a certain beauty that is frequently overlooked. It is a sort of art that helps me see the fundamental symmetries and harmonies that govern our universe. Mathematics shows the underlying elegance in the world's design, from the fascinating patterns of fractals to the harmonic proportions seen in nature. This beauty transcends textbooks and classrooms, infiltrating every part of existence. It is a language that bridges cultural and linguistic divides, bringing people together across boundaries and time. Additionally, mathematics has been crucial in helping me refine my critical thinking abilities. It motivates me to approach issues from many perspectives, encouraging creativity and innovation. It helps me develop my analytical, evaluative, and deductive reasoning skills. Through math, I have developed my ability to think for myself, to challenge my preconceptions, and to persevere in the face of difficulties. These analytical abilities have come in very handy not only in mathematics settings but also in other aspects of my life. My mental development and world-navigation skills have improved because to math. Finally, my fascination with math originates from its intrinsic order, elegance, potential to build critical thinking abilities, and lessons in endurance and devotion. Math is more than simply a topic that I study; it is a lifelong voyage of research and discovery for me. It continues to alter my viewpoint, test my intelligence, and enhance my understanding for the mathematical aspect of the universe. I am grateful for the opportunity math has given me and look forward to exploring its mysteries in the coming years.

Taylor Swift's song, "Blank Space" is my favorite song from her '1989' album for several strong reasons. I was intrigued by the track's addictive melodies, witty lyrics, and the way it challenged prevalent notions of Swift as a composer and public personality from the minute I first heard it. The examination of love and relationships is one of the factors that make "Blank Space" so appealing. Swift explores the concept of her own media reputation and plays with the cliché of the "crazy ex-girlfriend." She expertly dismantles these concepts in her lyrics and seizes control of her own story. Rather of accepting the negative representation, she questions it, emphasizing the complexities of love and how relationships may be warped and misinterpreted in the public view. The production of the song is equally compelling. Swift's passionate vocals merge with haunting and ambient soundscapes to create a feeling of wonder and fascination. Swift's eagerness to experiment with new musical forms while preserving her characteristic narrative technique is shown by the track's throbbing beats and electronic accents, which inject it with a current and fresh feel. Additionally, "Blank Space" demonstrates Swift's remarkable songwriting ability. The lyrics are humorous, self-aware, and tongue-in-cheek, weaving a story of love, obsession, and the consequences of a passionate relationship. Swift's ability to create a tale through her lyrics is genuinely exceptional, bringing listeners into the drama and eliciting an emotional response. Furthermore, the song's music video, which was hugely successful upon its debut, adds to its power. Swift is shown in the video as a dazzling yet unpredictable heroine who swings through a succession of lavish romances, which nicely matches the song's themes. It's a visually spectacular portrayal of the song's message that cements the song's status as a cultural phenomenon. Overall, "Blank Space" is my favorite song from Taylor Swift's '1989' album because of its intriguing lyrics, captivating melody, and the way it challenges perceptions and seizes control of Swift's public image. It demonstrates Swift's maturation as an artist, her ability to reinvent herself, and her bravery in tackling the complexity of love and relationships. "Blank Space" will remain a timeless classic (thanks) to its fascinating tale and ability to connect with listeners on a human level. Taylor Swift's album is one that you can leave on repeat and never get tired of it. "Blank Space" will always remain top of the list when it comes to that album specifically.

Volunteering has powerfully accelerated my personal development and social impact. By instilling a strong sense of empathy and compassion, volunteering has played a significant role in influencing my mindset. I have had the honor of connecting with diverse communities through my volunteer work, understanding their struggles, and witnessing their resilience. I have become more aware of social problems and injustices around the world as a result of experiencing them firsthand. Since then, I have had a strong desire to help bring change to society and significantly improve the lives of others. Participating in volunteer activities has instilled a strong sense of social responsibility. I have learned the importance of actively addressing social problems rather than being a passive observer. Through volunteering, I've learned that every individual action, no matter how small, can lead to change. This knowledge has enabled me to want change and stability in the world. Volunteering has an impact beyond the communities served: it also provides essential opportunities for personal growth and skill development. Volunteering has helped me improve my communication, leadership, and problem-solving abilities. I've become more adaptable, collaborative, and culturally competent as a result of interacting with people from different backgrounds and navigating a variety of situations. These abilities are beneficial for personal development and necessary for academic and professional success. Despite my strong desire to succeed academically, my family's financial resources are limited, making it difficult to afford the necessary expenses of pursuing a degree. Due to prolonged financial difficulties, my parents are unable to give me the financial assistance I require to complete my education. Even though I work a part-time job to pay for my education and personal needs, it is insufficient to cover the tuition, textbooks, and other educational costs I will accrue while pursuing my degree. Additionally, I've always been interested in earning an engineering degree. An engineering major requires intensive hands-on training, which can be expensive. Without assistance for my finances, I am unable to fully fulfill my desire. These financial constraints would be reduced if I were awarded a scholarship, allowing me to concentrate on my academics. I wouldn't have to stress about money if I had a scholarship to cover my tuition, books, and other educational costs. I would be able to focus on my academic objectives and realize my ambition of earning a degree in my preferred career. The experience will be more valuable to me than words can express and will enable me to better prepare for the future.

As a result of my grandmother's dementia diagnosis, I became a caregiver. It is clear that she is a strong, independent woman, but her condition has progressively deteriorated, and she has become incapable of taking care of herself. The care she needed was provided by my mom and me. Initially, I had a hard time adjusting to the new responsibilities. To care for my grandma on a daily basis, I had to learn how to manage her medications, prepare her meals, and assist her with daily activities. The learning curve was steep, but I soon got the hang of it. Caregiving was challenging for me because my grandmother forgot who I was. Occasionally, she would forget my name or repeat what she had already spoken to me about. Although it was hard, I had to keep reminding myself that it was the disease and not her speaking. I found it difficult to watch my grandma struggle with everyday tasks. Whenever we worked on puzzles together, my grandmother would be amazed at how fast I would connect pieces after just opening a brand new box. As time went on, I watched her struggle with connecting pieces until she couldn't complete a puzzle at all. It was painful to watch our bond eroding because of a disease, but I was able to find peace and joy in doing puzzles in her room while she watched me. Despite the difficulties, providing care has its share of good times. Observing my grandmother's face light up when I would visit her is one of the most satisfying things. It was also satisfying to know that we were changing her life for the better. I was closer to her than I ever had been thanks to the caregiving. I gained greater insight into my grandma's life experiences and enjoyed the time we spent together. Another satisfying component of caregiving was having the chance to repay someone who had always supported me. It was an honor to give my grandma some modest tribute as she had always been a rock for my family. My grandmother has paved my journey by supporting me with everything I do. She has motivated me to get good grades and put my self first in anything I do. She has been my rock and my motivation to continue my education. She always encourged me to attend college to be successful in life. I am currently attending Arizona State University for my junior year, majoring in Biological Science with a certificate in Mathematical Concepts. I struggled to care for my grandma while attending college out of state because I was frightened to leave her. By God's goodness, I arrived home for Christmas break having just flown there. I was heartbroken to learn that my grandmother's condition worsened when I got home from college despite the fact that I had just spent time with her. It crushed me to learn that my grandma had passed away the day after spending time with her one evening. I appreciate the time we spent together as one of her caregiver's. Going back to school out of state was challenging, but I knew that my grandma would want me to finish. I'm gently fitting the jigsaw piece my grandma handed me together as time passes in order to continue paving my path into the future. I'll graduate in 2025 in honor of my grandmother; I love you, grandma Maloney.

I was born and raised in Vallejo, California, with my parents and brother. I was the kid who liked school but loved math more than any other subject. Throughout my high school and college years, mathematics was as easy as watching my favorite TV show. It kept me engaged and excited to learn various techniques when solving problems. As an upcoming junior majoring in Biological Sciences at Arizona State University, it is my pleasure to introduce myself to you. My current goal is to obtain a certificate of mathematical concepts by the end of my senior year of college.The complexity of mathematics and science has always fascinated me as a student. My enthusiasm for these fields will enable me to make important contributuions to my field of work. My pursuit of a higher education in math and science is my first step toward making a contribution to these subjects. The purpose of pursuing a certificate in mathematical concepts is to lay a solid foundation and equip me with the tools I need to make a significant contribution to the field. I want to use my knowledge to create new mathematical models and theories after I finish my study. Exploring the interface between mathematics and technology is something I'm really interested in. I really believe that I can enhance science and technology by creating new mathematical models. In addition, I intend to share my knowledge and expertise with others. By educating and mentoring my peers, I wish to inspire and motivate the next generation of mathematicians and scientists.I feel that by sharing my enthusiasm for math and science with others, I may assist to develop a future generation of people who are as enthusiastic and determined as I am. I also want to work on projects that can have a big impact on society with other subject-matter specialist. For example, I'm interested in applying mathmatical models to challenges in the real world like disease outbreaks, economic instability, and climate change. It is possible to come up with the answers to these situations, if I were to gather information from other specialist and scientist. Overall, I intend to contribute to the field of math and science by furthering my education, establishing new mathematical models and theories, teaching and mentoring students, cooperating with other professionals in the field, and applying knowledge to real world situations. I feel that my enthusiasm, determination, and dedication to these subjects will enable me to make a meaningful contribution to society and the globe at large.

I am an undergraduate student pursuing a bachelor's degree in biomedical engineering at Arizona State University. Born and raised in California, I decided I wanted to pursue a career in engineering at an out-of-state college. I would be the first woman in my family to pursue a degree in engineering as well as attend college out of state. As a child, I was captivated by the medical field and how one person can change a life for the better at any given time using the right resources. That’s when it came to me that I wanted to become a doctor, nurse and medical assistant. It pretty much sounds like I wanted to do a bit of everything right? That's where I started to have trouble when it came down to college decision-making and choosing a major. I knew that I was a hands-on learner and I knew that any other major that did not include anything having to do with the field of medicine was not going to work for me. I started doing my research and found that I would be able to further my education in the field of biomedical engineering in order to improve human health. I intend to use my degree to create and develop new medical technologies. This scholarship will enable me to work more intensively on my research through internships at my college by developing new techniques of problem-solving applications. Consequently, I will use the knowledge gained from internships in order to achieve advanced innovation in the fields of mathematics, science, and biology. As a role model for mixed and black women entering the fields of medicine and engineering, I hope to impact the world. My main goal is to positively impact the medical field by creating cost-effective, reusable, and at-home devices for places such as Tanzania, Somalia, Guinea, and Madagascar. My goal is to make a mark and I think I could accomplish this if I begin my research on countries that struggle with the lack of medical help in urban and rural areas. Rural and urban Tanzanian children are at high risk of dying from lower respiratory issues, for example. Reproducing pulse oximeters, spirometers, pH strips, and breathing monitors in a mass-produced, reusable, cost-effective manner will facilitate determining if lower respiratory issues are present in kids and adults within urban and rural settings within Tanzania. This scholarship will not only help me pay for college but it will also help me pursue my degree so I can make a difference in the medical field. My hope is to encourage other mixed-race and black women to continue working in the medical and engineering fields so that we can make a difference in the world today despite the racial issues we face in society.

I am an undergraduate student pursuing a bachelor's degree in biomedical engineering at Arizona State University. Born and raised in California, I decided I wanted to pursue a career in engineering at an out-of-state college. I would be the first woman in my family to pursue a degree in engineering as well as attend college out of state. As a child, I was captivated by the medical field and how one person can change a life for the better at any given time using the right resources. That’s when it came to me that I wanted to become a doctor, nurse and medical assistant. It pretty much sounds like I wanted to do a bit of everything right? That's where I started to have trouble when it came down to college decision-making and choosing a major. I knew that I was a hands-on learner and I knew that any other major that did not include anything having to do with the field of medicine was not going to work for me. I started doing my research and found that I would be able to further my education in the field of biomedical engineering in order to improve human health. I intend to use my degree to create and develop new medical technologies. This scholarship will enable me to work more intensively on my research through internships at my college by developing new techniques of problem-solving applications. Consequently, I will use the knowledge gained from internships in order to achieve advanced innovation in the fields of mathematics, science, and biology. As a role model for mixed and black women entering the fields of medicine and engineering, I hope to impact the world. My main goal is to positively impact the medical field by creating cost-effective, reusable, and at-home devices for places such as Tanzania, Somalia, Guinea, and Madagascar. My goal is to make a mark and I think I could accomplish this if I begin my research on countries that struggle with the lack of medical help in urban and rural areas. Rural and urban Tanzanian children are at high risk of dying from lower respiratory issues, for example. Reproducing pulse oximeters, spirometers, pH strips, and breathing monitors in a mass-produced, reusable, cost-effective manner will facilitate determining if lower respiratory issues are present in kids and adults within urban and rural settings within Tanzania. This scholarship will not only help me pay for college but it will also help me pursue my degree so I can make a difference in the medical field. My hope is to encourage other mixed-race and black women to continue working in the medical and engineering fields so that we can make a difference in the world today despite the racial issues we face in society.

I am an undergraduate student pursuing a bachelor's degree in biomedical engineering at Arizona State University. Born and raised in California, I decided I wanted to pursue a career in engineering at an out-of-state college. I would be the first woman in my family to pursue a degree in engineering as well as attend college out of state. As a child, I was captivated by the medical field and how one person can change a life for the better at any given time using the right resources. That’s when it came to me that I wanted to become a doctor, nurse and medical assistant. It pretty much sounds like I wanted to do a bit of everything right? That's where I started to have trouble when it came down to college decision-making and choosing a major. I knew that I was a hands-on learner and I knew that any other major that did not include anything having to do with the field of medicine was not going to work for me. I started doing my research and found that I would be able to further my education in the field of biomedical engineering in order to improve human health. I intend to use my degree to create and develop new medical technologies. This scholarship will enable me to work more intensively on my research through internships at my college by developing new techniques of problem-solving applications. Consequently, I will use the knowledge gained from internships in order to achieve advanced innovation in the fields of mathematics, science, and biology. As a role model for mixed and black women entering the fields of medicine and engineering, I hope to impact the world. My main goal is to positively impact the medical field by creating cost-effective, reusable, and at-home devices for places such as Tanzania, Somalia, Guinea, and Madagascar. My goal is to make a mark and I think I could accomplish this if I begin my research on countries that struggle with the lack of medical help in urban and rural areas. Rural and urban Tanzanian children are at high risk of dying from lower respiratory issues, for example. Reproducing pulse oximeters, spirometers, pH strips, and breathing monitors in a mass-produced, reusable, cost-effective manner will facilitate determining if lower respiratory issues are present in kids and adults within urban and rural settings within Tanzania. This scholarship will not only help me pay for college but it will also help me pursue my degree so I can make a difference in the medical field. My hope is to encourage other mixed-race and black women to continue working in the medical and engineering fields so that we can make a difference in the world today despite the racial issues we face in society.

I am an undergraduate student pursuing a bachelor's degree in biomedical engineering at Arizona State University. Born and raised in California, I decided I wanted to pursue a career in engineering at an out-of-state college. I would be the first woman in my family to pursue a degree in engineering as well as attend college out of state. As a child, I was captivated by the medical field and how one person can change a life for the better at any given time using the right resources. That’s when it came to me that I wanted to become a doctor, nurse and medical assistant. It pretty much sounds like I wanted to do a bit of everything right? That's where I started to have trouble when it came down to college decision-making and choosing a major. I knew that I was a hands-on learner and I knew that any other major that did not include anything having to do with the field of medicine was not going to work for me. I started doing my research and found that I would be able to further my education in the field of biomedical engineering in order to improve human health. I intend to use my degree to create and develop new medical technologies. This scholarship will enable me to work more intensively on my research through internships at my college by developing new techniques of problem-solving applications. Consequently, I will use the knowledge gained from internships in order to achieve advanced innovation in the fields of mathematics, science, and biology. As a role model for mixed and black women entering the fields of medicine and engineering, I hope to impact the world. My main goal is to positively impact the medical field by creating cost-effective, reusable, and at-home devices for places such as Tanzania, Somalia, Guinea, and Madagascar. My goal is to make a mark and I think I could accomplish this if I begin my research on countries that struggle with the lack of medical help in urban and rural areas. Rural and urban Tanzanian children are at high risk of dying from lower respiratory issues, for example. Reproducing pulse oximeters, spirometers, pH strips, and breathing monitors in a mass-produced, reusable, cost-effective manner will facilitate determining if lower respiratory issues are present in kids and adults within urban and rural settings within Tanzania. This scholarship will not only help me pay for college but it will also help me pursue my degree so I can make a difference in the medical field. My hope is to encourage other mixed-race and black women to continue working in the medical and engineering fields so that we can make a difference in the world today despite the racial issues we face in society.

I am an undergraduate student pursuing a bachelor's degree in biomedical engineering at Arizona State University. Born and raised in California, I decided I wanted to pursue a career in engineering at an out-of-state college. I would be the first woman in my family to pursue a degree in engineering as well as attend college out of state. As a child, I was captivated by the medical field and how one person can change a life for the better at any given time using the right resources. That’s when it came to me that I wanted to become a doctor, nurse, and medical assistant. It pretty much sounds like I wanted to do a bit of everything right? That's where I started to have trouble when it came down to college decision-making and choosing a major. I knew that I was a hands-on learner and I knew that any other major that did not include anything having to do with the field of medicine was not going to work for me. I started doing my research and found that I would be able to further my education in the field of biomedical engineering in order to improve human health. I intend to use my degree to create and develop new medical technologies. This scholarship will enable me to work more intensively on my research through internships at my college by developing new techniques of problem-solving applications. Consequently, I will use the knowledge gained from internships in order to achieve advanced innovation in the fields of mathematics, science, and biology. As a role model for mixed and black women entering the fields of medicine and engineering, I hope to impact the world. My main goal is to positively impact the medical field by creating cost-effective, reusable, and at-home devices for places such as Tanzania, Somalia, Guinea, and Madagascar. My goal is to make a mark and I think I could accomplish this if I begin my research on countries that struggle with the lack of medical help in urban and rural areas. Rural and urban Tanzanian children are at high risk of dying from lower respiratory issues, for example. Reproducing pulse oximeters, spirometers, pH strips, and breathing monitors in a mass-produced, reusable, cost-effective manner will facilitate determining if lower respiratory issues are present in kids and adults within urban and rural settings within Tanzania. This scholarship will not only help me pay for college but will also help me pursue my degree so I can make a difference in the medical field. My hope is to encourage other mixed-race and black women to continue working in the medical and engineering fields so that we can make a difference in the world today despite the racial issues we face in society.

The sleepless nights of those without a roof over their heads, food to eat, clothes to wear in harsh winter and summer temperatures, and no one helping when those in need try to seek help inspires me to get involved in my community. When the community requests that the government clean the streets of those who are struggling to make ends meet. That is what inspires me; it inspires me to care about people who are struggling, to care about people who accept their mistakes in life and strive for a second chance to regain hope and strength to live. While attending college as a student, I continued to volunteer at St. Anthony's Foundation in San Francisco, California. I've spent days in and out looking for ways to help my community, and it all started with passing out Thanksgiving meals, complete with toilet trees, to those living on the streets around my neighborhood each year. I then began looking for other ways to help my community and discovered the St. Anthony's Foundation. I have volunteered countless hours at the foundation, serving soups, steak dinners, and other meals to those in need. I volunteered for many jobs at the foundation, including a pharmacy that distributes needed medications and a donation center that distributes donated clothing for free. I assisted by organizing the clothes on hangers and distributing them. The smiles I get from simply helping my community has inspired me to continue volunteering for it. The smiles inspire me because they represent what they are feeling on the inside. Even though they have to walk away day by day and live in a constant struggle, they know that those who volunteer are here to not only help but also to provide the love they are missing. I hope to inspire my community to help one another, regardless of whether you know the person or not, because we all need help in different ways and the world will only get better if we all help one another. As a result, I hope to have as much of an impact on my community as possible because there may come a time when I am in a bad situation, and would like to receive the same help and love from my community. To inspire oneself is to inspire another. I hope to positively impact my community as a whole by the end of my senior year and hope to begin my own nonprofit to support my community.

I am an undergraduate student pursuing a bachelor's degree in biomedical engineering at Arizona State University. Born and raised in California, I decided I wanted to pursue a career in engineering at an out-of-state college. I would be the first woman in my family to pursue a degree in engineering as well as attend college out of state. As a child, I was captivated by the medical field and how one person can change a life for the better at any given time using the right resources. That’s when it came to me that I wanted to become a doctor, nurse and medical assistant. It pretty much sounds like I wanted to do a bit of everything right? That's where I started to have trouble when it came down to college decision-making and choosing a major. I knew that I was a hands-on learner and I knew that any other major that did not include anything having to do with the field of medicine was not going to work for me. I started doing my research and found that I would be able to further my education in the field of biomedical engineering in order to improve human health. I intend to use my degree to create and develop new medical technologies. This scholarship will enable me to work more intensively on my research through internships at my college by developing new techniques of problem-solving applications. Consequently, I will use the knowledge gained from internships in order to achieve advanced innovation in the fields of mathematics, science, and biology. As a role model for mixed and black women entering the fields of medicine and engineering, I hope to impact the world. My main goal is to positively impact the medical field by creating cost-effective, reusable, and at-home devices for places such as Tanzania, Somalia, Guinea, and Madagascar. My goal is to make a mark and I think I could accomplish this if I begin my research on countries that struggle with the lack of medical help in urban and rural areas. Rural and urban Tanzanian children are at high risk of dying from lower respiratory issues, for example. Reproducing pulse oximeters, spirometers, pH strips, and breathing monitors in a mass-produced, reusable, cost-effective manner will facilitate determining if lower respiratory issues are present in kids and adults within urban and rural settings within Tanzania. This scholarship will not only help me pay for college but it will also help me pursue my degree so I can make a difference in the medical field. My hope is to encourage other mixed-race and black women to continue working in the medical and engineering fields so that we can make a difference in the world today despite the racial issues we face in society.

I am currently a sophomore at Arizona State University majoring in Biomedical Engineering. Working closely with others in a STEM field and having a strong connection to science, technology, engineering and mathematics made me passionate about the field. I intend to use my degree to create and develop new medical technologies. This scholarship will enable me to work more intensively on my research through internships at my college by developing new techniques of problem-solving applications. Consequently, I will use the knowledge gained from internships in order to achieve advanced innovation in the fields of mathematics, science, and biology. As a role model for mixed and black women entering the fields of medicine and engineering, I hope to impact the world. My main goal is to positively impact the medical field by creating cost-effective, reusable, and at-home devices for places such as Tanzania, Somalia, Guinea, and Madagascar. My goal is to make a mark and I think I could accomplish this if I begin my research on countries that struggle with the lack of medical help in urban and rural areas. Rural and urban Tanzanian children are at high risk of dying from lower respiratory issues, for example. Reproducing pulse oximeters, spirometers, pH strips, and breathing monitors in a mass-produced, reusable, cost-effective manner will facilitate determining if lower respiratory issues are present in kids and adults within urban and rural settings within Tanzania. This scholarship will not only help me pay for college but it will also help me pursue my degree so I can make a difference in the medical field. My hope is to encourage other mixed-race and black women to continue working in the medical and engineering fields so that we can make a difference in the world today despite the racial issues we face in society. During my second year as a student, time management has been my biggest challenge. Though I submitted my schoolwork, it was difficult to give my best effort. I noticed I only gave myself a short amount of time to complete important assignments, such as lab reports and research papers. Due to procrastination, I was not able to fully pursue my degree. Procrastination was a minor setback to my success, I knew I needed to create a schedule that worked for me, a schedule that motivated me to work. As a result of the guidance and advice I received from my peers, I started using a planner that outlined what I needed to accomplish each day in a timely manner. I found out that planning my days gave me more free time, and I used that time to study to make myself better prepared for finals. Taking the time to adjust my time management allowed me to pursue my degree and gain more knowledge from the lessons taught to me. Throughout the next few months, I will continue to use my time wisely to ensure my degree's success.

One of the most inspiring role models of mine is Dr. Elizabeth Wayne, a woman who recently inspired me to pursue a degree in Biomedical Engineering. I admire her for not only encouraging other young African American women to join the field of engineering but for also seeing the importance of engineering and physics. As for me, optical instruments were built so I could see into the human body and understand the underlying cause of one's body actions. The microscope that Dr. Wayne created enabled her to visualize cancer spreading through the body. Consequently, she was able to publish her first piece of work, which allowed her to receive 700 different articles. Her work has inspired me to become the next role model for African American females in the field of engineering. I am currently attending Arizona State University where I hope to receive my bachelor's degree in Biomedical engineering. My hopes are to develop research groups that will explore different parts of the world that most struggle with getting cost-efficient at-home care. Currently, I have created a kit for patients suffering from respiratory problems. In the course of my degree, I hope to gain extra assistance from my classmates in developing ideas for this kit. I plan on including a centrifuge that separates the blood cells from the plasma, a stethoscope, a party blower peak flow meter that measures breathing, and a microscope in the kit. Indirectly, this will not cure the patient, but it will diagnose them so they can receive help. I hope to lead and implement this project by my senior to junior year, and Tanzania is the first country I hope to target. Recent research has shown that children under five suffer the most from lower respiratory issues in Tanzania, which is located in East Africa. I intend to address this issue little by little and encourage others to develop devices to help save the world. Since women tend to be looked down upon when doing majors typically chosen by men, I want to inspire them to pursue the field of engineering. Developing new equipment that has not been constructed is one of the most important contributions that I want to make in the future. The invention of Dr. Wayne's first device has made her an important female role model to recognize for Black History Month, and I hope that, with the devices I have created, I will contribute to our accomplishments one day.

As an undergraduate freshman, I have faced the greatest challenge of time management while pursuing my degree. Time management means being able to handle various tasks at the same time and to do so in an organized manner so that you can complete your work on time. While my school work was turned in on time, it was difficult to put forth my best effort. I noticed I only gave myself a short amount of time to complete important assignments, such as lab reports and research papers. Due to procrastination, I was not able to fully pursue my degree. Procrastination was a minor setback to my success, I knew I needed to create a schedule that worked for me, a schedule that motivated me to work. As a result of the guidance and advice I received from my peers, I started using a planner that outlined what I needed to accomplish each day in a timely manner. I found out that planning my days gave me more free time, and I used that time to study to make myself better prepared for finals. Taking the time to adjust my time management allowed me to pursue my degree and gain more knowledge from lessons taught to me. Throughout the next few months, I will continue to use my time wisely to ensure my degree's success. I started doing my research and found that I would be able to further my education in the field of biomedical engineering in order to improve human health. I intend to use my degree to create and develop new medical technologies. This scholarship will enable me to work more intensively on my research through internships at my college by developing new techniques of problem-solving applications. Consequently, I will use the knowledge gained from internships in order to achieve advanced innovation in the fields of mathematics, science, and biology. As a role model for mixed and black women entering the fields of medicine and engineering, I hope to impact the world. My main goal is to positively impact the medical field by creating cost-effective, reusable, and at-home devices for places such as Tanzania, Somalia, Guinea, and Madagascar. My goal is to make a mark and I think I could accomplish this if I begin my research on countries that struggle with the lack of medical help in urban and rural areas. Rural and urban Tanzanian children are at high risk of dying from lower respiratory issues, for example. Reproducing pulse oximeters, spirometers, pH strips, and breathing monitors in a mass-produced, reusable, cost-effective manner will facilitate determining if lower respiratory issues are present in kids and adults within urban and rural settings within Tanzania. This scholarship will not only help me pay for college but it will also help me pursue my degree so I can make a difference in the medical field. My hope is to encourage other mixed-race and black women to continue working in the medical and engineering fields so that we can make a difference in the world today despite the racial issues we face in society.

I am an undergraduate student pursuing a bachelor's degree in biomedical engineering at Arizona State University. Born and raised in California, I decided I wanted to pursue a career in engineering at an out-of-state college. I would be the first woman in my family to pursue a degree in engineering as well as attend college out of state. As a child, I was captivated by the medical field and how one person can change a life for the better at any given time using the right resources. That’s when it came to me that I wanted to become a doctor,nurse and a medical assistant. It pretty much sounds like I wanted to do a bit of everything right? That's where I started to have trouble when it came down to college decision making and choosing a major. I knew that I was a hands-on learner and I knew that any other major that did not include anything having to do with the field of medicine was not going to work for me. I started doing my research and found that I would be able to further my education in the field of biomedical engineering in order to improve human health. I intend to use my degree to create and develop new medical technologies. This scholarship will enable me to work more intensively on my research through internships at my college by developing new techniques of problem-solving applications. Consequently, I will use the knowledge gained from internships in order to achieve advanced innovation in the fields of mathematics, science, and biology. As a role model for mixed and black women entering the fields of medicine and engineering, I hope to impact the world. My main goal is to positively impact the medical field by creating cost-effective, reusable, and at-home devices for places such as Tanzania, Somalia, Guinea, and Madagascar. My goal is to make a mark and I think I could accomplish this if I begin my research on countries that struggle with the lack of medical help in urban and rural areas. Rural and urban Tanzanian children are at high risk of dying from lower respiratory issues, for example. Reproducing pulse oximeters, spirometers, pH strips, and breathing monitors in a mass produced, reusable, cost-effective manner will facilitate determining if lower respiratory issues are present in kids and adults within urban and rural settings within Tanzania. This scholarship will not only help me pay for college but it will also help me pursue my degree so I can make a difference in the medical field. My hope is to encourage other mixed-race and black women to continue working in the medical and engineering fields so that we can make a difference in the world today despite the racial issues we face in society.

I am an undergraduate student pursuing a bachelor's degree in biomedical engineering at Arizona State University. Born and raised in California, I decided I wanted to pursue a career in engineering at an out-of-state college. I would be the first woman in my family to pursue a degree in engineering as well as attend college out of state. As a child, I was captivated by the medical field and how one person can change a life for the better at any given time using the right resources. That’s when it came to me that I wanted to become a doctor,nurse and a medical assistant. It pretty much sounds like I wanted to do a bit of everything right? That's where I started to have trouble when it came down to college decision making and choosing a major. I knew that I was a hands-on learner and I knew that any other major that did not include anything having to do with the field of medicine was not going to work for me. I started doing my research and found that I would be able to further my education in the field of biomedical engineering in order to improve human health. I intend to use my degree to create and develop new medical technologies. This scholarship will enable me to work more intensively on my research through internships at my college by developing new techniques of problem-solving applications. Consequently, I will use the knowledge gained from internships in order to achieve advanced innovation in the fields of mathematics, science, and biology. As a role model for mixed and black women entering the fields of medicine and engineering, I hope to impact the world. My main goal is to positively impact the medical field by creating cost-effective, reusable, and at-home devices for places such as Tanzania, Somalia, Guinea, and Madagascar. My goal is to make a mark and I think I could accomplish this if I begin my research on countries that struggle with the lack of medical help in urban and rural areas. Rural and urban Tanzanian children are at high risk of dying from lower respiratory issues, for example. Reproducing pulse oximeters, spirometers, pH strips, and breathing monitors in a mass produced, reusable, cost-effective manner will facilitate determining if lower respiratory issues are present in kids and adults within urban and rural settings within Tanzania. This scholarship will not only help me pay for college but it will also help me pursue my degree so I can make a difference in the medical field. My hope is to encourage other mixed-race and black women to continue working in the medical and engineering fields so that we can make a difference in the world today despite the racial issues we face in society.