My venture, into the world of Computer Engineering, began in my father's laboratory at Boys Town National Research Hospital. It was there that I first became captivated by the potential of technology to solve problems. This early exposure, combined with my exploration and interest in programming and technology has not only fueled my passion for Computer Engineering but has also influenced my academic and professional goals. I want to contribute to groundbreaking research in Computer Engineering and establish a foundation for pursuing a PhD. The impact of Computer Engineering in addressing today's most urgent societal challenges is beyond doubt. From revolutionizing healthcare outcomes through software to tackling climate change with algorithms this field offers limitless research possibilities that can have significant societal implications. My aspiration to publish research stems from a desire to be, at the forefront of these advancements contributing new knowledge and solutions that can shape our society’s future. Throughout my journey, I have been guided by the belief that rigorous research and innovation are fundamental elements driving progress in Computer Engineering. The COVID-19 pandemic has highlighted the role of technology, in addressing global challenges, which has further strengthened my determination to contribute to this dynamic field through research. My experiences, which include self-teaching coding languages and engaging in technology-related activities have prepared me well for the demanding nature of research. I am excited to delve into problems enhance my research skills and make valuable contributions to the knowledge base of Computer Engineering. Currently, I am enrolled in both Dallas Community College and Texas A&M through the Engineering Academy program. This program offers a unique combination of the flexibility found in community colleges and the high-level engineering education typically found at universities. I am committed to using technology as a force for good. I have participated in Github's "All in for Students" and various other open-source projects. Through "All in for Students," I have worked directly with underprivileged youth, providing them with essential technological skills and access to resources that bridge the digital divide and enhance their educational opportunities in software engineering, and open source. I am also very concerned with the future ethical dilemmas of AI. AI has the potential to replace 70% of the job market, however, 70% of our population can't become "prompt engineers". This raises the question of 'how can we create a society where people can live comfortably even after AI takes over most of the workforce?' In addition to this, many of our current lawmakers can not understand the huge impacts that AI may cause and aren't fully prepared to regulate it. This has spurred my interest in law school as a subsequent step in my career, where I aim to specialize in technology law to shape policies that govern AI development and deployment, ensuring that these advancements serve humanity ethically and responsibly. Outside of the technology sector, I have volunteered at my local pet adoption center for the past year, and have recently been volunteering at my college's Basic Needs Center where I help stock the food pantry and help those in need through giving out food.

My venture, into the world of Computer Engineering, began in my father's laboratory at Boys Town National Research Hospital. It was there that I first became captivated by the potential of technology to solve problems. This early exposure, combined with my exploration and interest in programming and technology has not only fueled my passion for Computer Engineering but has also influenced my academic and professional goals. I want to contribute to groundbreaking research in Computer Engineering and establish a foundation for pursuing a PhD. The impact of Computer Engineering in addressing today's most urgent societal challenges is beyond doubt. From revolutionizing healthcare outcomes through software to tackling climate change with algorithms this field offers limitless research possibilities that can have significant societal implications. My aspiration to publish research stems from a desire to be, at the forefront of these advancements contributing new knowledge and solutions that can shape our society’s future. Throughout my journey, I have been guided by the belief that rigorous research and innovation are fundamental elements driving progress in Computer Engineering. The COVID-19 pandemic has highlighted the role of technology, in addressing global challenges, which has further strengthened my determination to contribute to this dynamic field through research. My experiences, which include self-teaching coding languages and engaging in technology-related activities have prepared me well for the demanding nature of research. I am excited to delve into problems enhance my research skills and make valuable contributions to the knowledge base of Computer Engineering. Currently, I am enrolled in both Dallas Community College and Texas A&M through the Engineering Academy program. This program offers a unique combination of the flexibility found in community colleges and the high-level engineering education typically found at universities. I feel I am the best candidate for receiving this scholarship because I am committed to using technology as a force for good. I have participated in Github's "All in for Students" and various other open-source projects. Through "All in for Students," I have worked directly with underprivileged youth, providing them with essential technological skills and access to resources that bridge the digital divide and enhance their educational opportunities in software engineering, and open source. I am also very concerned with the future ethical dilemmas of AI. AI has the potential to replace 70% of the job market, however, 70% of our population can't become "prompt engineers". In addition to this, many of our current lawmakers can not understand the huge impacts that AI may cause and aren't fully prepared to regulate it. This has spurred my interest in law school as a subsequent step in my career, where I aim to specialize in technology law to shape policies that govern AI development and deployment, ensuring that these advancements serve humanity ethically and responsibly. Outside of the technology sector, I have volunteered at my local pet adoption center for the past year, and have recently been volunteering at my college's Basic Needs Center where I help stock the food pantry and help those in need.

My venture, into the world of Computer Engineering, began in my father's laboratory at Boys Town National Research Hospital. It was there that I first became captivated by the potential of technology to solve problems. This early exposure, combined with my exploration and interest in programming and technology has not only fueled my passion for Computer Engineering but has also influenced my academic and professional goals. I want to contribute to groundbreaking research in Computer Engineering and establish a foundation for pursuing a PhD. The impact of Computer Engineering in addressing today's most urgent societal challenges is beyond doubt. From revolutionizing healthcare outcomes through software to tackling climate change with algorithms this field offers limitless research possibilities that can have significant societal implications. My aspiration to publish research stems from a desire to be, at the forefront of these advancements contributing new knowledge and solutions that can shape our society’s future. Throughout my journey, I have been guided by the belief that rigorous research and innovation are fundamental elements driving progress in Computer Engineering. The COVID-19 pandemic has highlighted the role of technology, in addressing global challenges, which has further strengthened my determination to contribute to this dynamic field through research. My experiences, which include self-teaching coding languages and engaging in technology-related activities have prepared me well for the demanding nature of research. I am excited to delve into problems enhance my research skills and make valuable contributions to the knowledge base of Computer Engineering. Currently, I am enrolled in both Dallas Community College and Texas A&M through the Engineering Academy program. This program offers a unique combination of the flexibility found in community colleges and the high-level engineering education typically found at universities. I am committed to using technology as a force for good. I have participated in Github's "All in for Students" and various other open-source projects. Through "All in for Students," I have worked directly with underprivileged youth, providing them with essential technological skills and access to resources that bridge the digital divide and enhance their educational opportunities in software engineering, and open source. I am also very concerned with the future ethical dilemmas of AI. AI has the potential to replace 70% of the job market, however, 70% of our population can't become "prompt engineers". In addition to this, many of our current lawmakers can not understand the huge impacts that AI may cause and aren't fully prepared to regulate it. This has spurred my interest in law school as a subsequent step in my career, where I aim to specialize in technology law to shape policies that govern AI development and deployment, ensuring that these advancements serve humanity ethically and responsibly. Outside of the technology sector, I have volunteered at my local pet adoption center for the past year, and have recently been volunteering at my college's Basic Needs Center where I help stock the food pantry and help those in need.

My venture, into the world of Computer Engineering, began in my father's laboratory at Boys Town National Research Hospital. It was there that I first became captivated by the potential of technology to solve problems. This early exposure, combined with my exploration and interest in programming and technology has not only fueled my passion for Computer Engineering but has also influenced my academic and professional goals. I want to contribute to groundbreaking research in Computer Engineering and establish a foundation for pursuing a PhD. The impact of Computer Engineering in addressing today's most urgent societal challenges is beyond doubt. From revolutionizing healthcare outcomes through software to tackling climate change with algorithms this field offers limitless research possibilities that can have significant societal implications. My aspiration to publish research stems from a desire to be, at the forefront of these advancements contributing new knowledge and solutions that can shape our society’s future. Throughout my journey, I have been guided by the belief that rigorous research and innovation are fundamental elements driving progress in Computer Engineering. The COVID-19 pandemic has highlighted the role of technology, in addressing global challenges, which has further strengthened my determination to contribute to this dynamic field through research. My experiences, which include self-teaching coding languages and engaging in technology-related activities have prepared me well for the demanding nature of research. I am excited to delve into problems enhance my research skills and make valuable contributions to the knowledge base of Computer Engineering. Currently, I am enrolled in both Dallas Community College and Texas A&M through the Engineering Academy program. This program offers a unique combination of the flexibility found in community colleges and the high-level engineering education typically found at universities. I am committed to using technology as a force for good. I have participated in Github's "All in for Students" and various other open-source projects. Through "All in for Students," I have worked directly with underprivileged youth, providing them with essential technological skills and access to resources that bridge the digital divide and enhance their educational opportunities in software engineering, and open source. I am also very concerned with the future ethical dilemmas of AI. AI has the potential to replace 70% of the job market, however, 70% of our population can't become "prompt engineers". In addition to this, many of our current lawmakers can not understand the huge impacts that AI may cause and aren't fully prepared to regulate it. This has spurred my interest in law school as a subsequent step in my career, where I aim to specialize in technology law to shape policies that govern AI development and deployment, ensuring that these advancements serve humanity ethically and responsibly. Outside of the technology sector, I have volunteered at my local pet adoption center for the past year, and have recently been volunteering at my college's Basic Needs Center where I help stock the food pantry and help those in need.

My venture, into the world of Computer Engineering, began in my father's laboratory at Boys Town National Research Hospital. It was there that I first became captivated by the potential of technology to solve problems. This early exposure, combined with my exploration and interest in programming and technology has not only fueled my passion for Computer Engineering but has also influenced my academic and professional goals. I want to contribute to groundbreaking research in Computer Engineering and establish a foundation for pursuing a PhD. The impact of Computer Engineering in addressing today's most urgent societal challenges is beyond doubt. From revolutionizing healthcare outcomes through software to tackling climate change with algorithms this field offers limitless research possibilities that can have significant societal implications. My aspiration to publish research stems from a desire to be, at the forefront of these advancements contributing new knowledge and solutions that can shape our society’s future. Throughout my journey, I have been guided by the belief that rigorous research and innovation are fundamental elements driving progress in Computer Engineering. The COVID-19 pandemic has highlighted the role of technology, in addressing global challenges, which has further strengthened my determination to contribute to this dynamic field through research. My experiences, which include self-teaching coding languages and engaging in technology-related activities have prepared me well for the demanding nature of research. I am excited to delve into problems enhance my research skills and make valuable contributions to the knowledge base of Computer Engineering. Currently, I am enrolled in both Dallas Community College and Texas A&M through the Engineering Academy program. This program offers a unique combination of the flexibility found in community colleges and the high-level engineering education typically found at universities. I am committed to using technology as a force for good. I have participated in Github's "All in for Students" and various other open-source projects. Through "All in for Students," I have worked directly with underprivileged youth, providing them with essential technological skills and access to resources that bridge the digital divide and enhance their educational opportunities in software engineering, and open source. I am also very concerned with the future ethical dilemmas of AI. AI has the potential to replace 70% of the job market, however, 70% of our population can't become "prompt engineers". In addition to this, many of our current lawmakers can not understand the huge impacts that AI may cause and aren't fully prepared to regulate it. This has spurred my interest in law school as a subsequent step in my career, where I aim to specialize in technology law to shape policies that govern AI development and deployment, ensuring that these advancements serve humanity ethically and responsibly. Outside of the technology sector, I have volunteered at my local pet adoption center for the past year, and have recently been volunteering at my college's Basic Needs Center where I help stock the food pantry and help those in need.

My venture, into the world of Computer Engineering, began in my father's laboratory at Boys Town National Research Hospital. It was there that I first became captivated by the potential of technology to solve problems. This early exposure, combined with my exploration and interest in programming and technology has not only fueled my passion for Computer Engineering but has also influenced my academic and professional goals. I want to contribute to groundbreaking research in Computer Engineering and establish a foundation for pursuing a PhD. The impact of Computer Engineering in addressing today's most urgent societal challenges is beyond doubt. From revolutionizing healthcare outcomes through software to tackling climate change with algorithms this field offers limitless research possibilities that can have significant societal implications. My aspiration to publish research stems from a desire to be, at the forefront of these advancements contributing new knowledge and solutions that can shape our society’s future. Throughout my journey, I have been guided by the belief that rigorous research and innovation are fundamental elements driving progress in Computer Engineering. The COVID-19 pandemic has highlighted the role of technology, in addressing global challenges, which has further strengthened my determination to contribute to this dynamic field through research. My experiences, which include self-teaching coding languages and engaging in technology-related activities have prepared me well for the demanding nature of research. I am excited to delve into problems enhance my research skills and make valuable contributions to the knowledge base of Computer Engineering. Currently, I am enrolled in both Dallas Community College and Texas A&M through the Engineering Academy program. This program offers a unique combination of the flexibility found in community colleges and the high-level engineering education typically found at universities. I am committed to using technology as a force for good. I have participated in Github's "All in for Students" and various other open-source projects. Through "All in for Students," I have worked directly with underprivileged youth, providing them with essential technological skills and access to resources that bridge the digital divide and enhance their educational opportunities in software engineering, and open source. I am also very concerned with the future ethical dilemmas of AI. AI has the potential to replace 70% of the job market, however, 70% of our population can't become "prompt engineers". In addition to this, many of our current lawmakers can not understand the huge impacts that AI may cause and aren't fully prepared to regulate it. This has spurred my interest in law school as a subsequent step in my career, where I aim to specialize in technology law to shape policies that govern AI development and deployment, ensuring that these advancements serve humanity ethically and responsibly. Outside of the technology sector, I have volunteered at my local pet adoption center for the past year, and have recently been volunteering at my college's Basic Needs Center where I help stock the food pantry and help those in need.

My venture, into the world of Computer Engineering, began in my father's laboratory at Boys Town National Research Hospital. It was there that I first became captivated by the potential of technology to solve problems. This early exposure, combined with my exploration and interest in programming and technology has not only fueled my passion for Computer Engineering but has also influenced my academic and professional goals. I want to contribute to groundbreaking research in Computer Engineering and establish a foundation for pursuing a PhD. The impact of Computer Engineering in addressing today's most urgent societal challenges is beyond doubt. From revolutionizing healthcare outcomes through software to tackling climate change with algorithms this field offers limitless research possibilities that can have significant societal implications. My aspiration to publish research stems from a desire to be, at the forefront of these advancements contributing new knowledge and solutions that can shape our society’s future. Throughout my journey, I have been guided by the belief that rigorous research and innovation are fundamental elements driving progress in Computer Engineering. The COVID-19 pandemic has highlighted the role of technology, in addressing global challenges, which has further strengthened my determination to contribute to this dynamic field through research. My experiences, which include self-teaching coding languages and engaging in technology-related activities have prepared me well for the demanding nature of research. I am excited to delve into problems enhance my research skills and make valuable contributions to the knowledge base of Computer Engineering. Currently, I am enrolled in both Dallas Community College and Texas A&M through the Engineering Academy program. This program offers a unique combination of the flexibility found in community colleges and the high-level engineering education typically found at universities. I am committed to using technology as a force for good. I have participated in Github's "All in for Students" and various other open-source projects. Through "All in for Students," I have worked directly with underprivileged youth, providing them with essential technological skills and access to resources that bridge the digital divide and enhance their educational opportunities in software engineering, and open source. I am also very concerned with the future ethical dilemmas of AI. AI has the potential to replace 70% of the job market, however, 70% of our population can't become "prompt engineers". In addition to this, many of our current lawmakers can not understand the huge impacts that AI may cause and aren't fully prepared to regulate it. This has spurred my interest in law school as a subsequent step in my career, where I aim to specialize in technology law to shape policies that govern AI development and deployment, ensuring that these advancements serve humanity ethically and responsibly. Outside of the technology sector, I have volunteered at my local pet adoption center for the past year, and have recently been volunteering at my college's Basic Needs Center where I help stock the food pantry and help those in need.

As a student currently pursuing a degree, in engineering at Texas A&M I am building a foundation in various engineering disciplines. My goal is to prepare myself for a career in either mechatronics or computer science. What particularly fascinates me is the intersection of these fields with intelligence (AI) and their potential to tackle real-world challenges. My academic journey, which began at community college and has brought me to Texas A&M reflects my commitment to pursuing a career that drives innovation and impacts technology and society. My interest in engineering goes beyond boundaries with a focus on the transformative power of AI. I believe AI can revolutionize industries, whether it's automation in mechatronics or cutting-edge software solutions in computer science. This aligns perfectly with my drive to contribute to advancements. However, embarking on this journey at Texas A&M comes with challenges. Transitioning from community college to full-time enrollment, at such a university requires resources. This scholarship means more to me than help; it empowers me to pursue my academic and professional dreams. By relieving the burden this scholarship will allow me to focus on my studies in AI without worrying about money enabling me to immerse myself in academic life. During my time at Texas A&M, I am eager to deeply explore AI within the realm of engineering. I am especially excited about participating in research projects. Internships that revolve around AI applications. These opportunities are crucial for developing solutions and contributing to advancements in the field. The scholarship will provide support for my involvement in these activities helping me gain hands-on experience and apply knowledge to real-world situations. In the run, my goal is to be at the forefront of AI innovation working on projects that push boundaries and have a positive impact on society. Whether it involves enhancing machine learning algorithms creating systems or addressing aspects of AI I aspire to be a driving force in the ever-evolving technological landscape. This scholarship acts as a stone on this journey by providing the necessary financial support for me to take advantage of all the opportunities available. In summary, that will shape me into an engineer who pushes boundaries and influences society through technologies like AI. I'm fully dedicated to seizing this opportunity and sincerely appreciate your consideration of my application. This scholarship represents an investment in my future. Plays a role in fulfilling my vision of making meaningful contributions to a future where technology and society progress hand, in hand.

As a student currently pursuing a degree, in engineering, co-enrolled at Texas A&M I am building a foundation in various engineering disciplines. My goal is to prepare myself for a career in either mechatronics or computer science. What particularly fascinates me is the intersection of these fields with AI and their potential to tackle will bring me to Texas A&M reflects my commitment to pursuing a career that drives innovation and impacts technology and society. My interest in engineering goes beyond boundaries with a focus on the transformative power of AI. I believe AI can revolutionize industries, whether it's automation in mechatronics or cutting-edge software solutions in computer science. This aligns perfectly with my drive to contribute to advancements. Transitioning from community college to full-time enrollment, at such a university requires resources. This scholarship means more to me than help; it empowers me to pursue my academic and professional dreams. By relieving the burden this scholarship will allow me to focus on my studies in AI without worrying about money enabling me to immerse myself in the academic life, at Texas A&M. During my time at Texas A&M, I am eager to deeply explore AI within the realm of engineering. I am especially excited about participating in research projects. Internships that revolve around AI applications. These opportunities are crucial for developing solutions and contributing to advancements in the field. The scholarship will provide support for my involvement in these activities helping me gain hands-on experience and apply knowledge to real-world situations. In the run, my goal is to be at the forefront of AI innovation working on projects that push boundaries and have a positive impact on society. Whether it involves enhancing machine learning algorithms creating systems or addressing aspects of AI I aspire to be a driving force in the ever-evolving technological landscape. This scholarship acts as a stone on this journey by providing the necessary financial support for me to take advantage of all the opportunities available. In summary, the added assistance of this scholarship isn't a means to achieve success. It's an experience that will shape me into an engineer who pushes boundaries and influences society through technologies like AI. I'm fully dedicated to seizing this opportunity and sincerely appreciate your consideration of my application. This scholarship represents an investment in my future. Plays a role in fulfilling my vision of making meaningful contributions to a future where technology and society progress hand, in hand.

One thing I've always held pride in was my ancestry. Unlike most Indian immigrants in the US, my parents didn't come from a family of government officials nor were they of a high caste. My dad had to overcome numerous challenges and obstacles to escape poverty and succeed in his education, starting as the son of a poor farmer in a third-world country. I’ve always been fascinated by my dad's journey from humble beginnings to achieving success in education, and the stories of his struggles and determination have been a constant source of inspiration and motivation for me. Through his example, I've come to understand the transformative power of hard work and perseverance, and the impact it can have on our lives and the lives of those around us. The COVID-19 pandemic hit at the end of my Freshman year of high school, and I struggled to adapt to online learning. My grades began to suffer, and the isolation and loneliness brought on by the pandemic greatly impacted my mental health. I withdrew from my friends and social activities, and I felt like I had lost my sense of purpose and direction. I felt ashamed and frustrated with myself for not being able to keep up with my schoolwork. My parents took notice of my plummeting grades and were understandably concerned. One day, my dad took off work to talk with me. Instead of lecturing or getting mad at me, he told me a story from his youth. My dad grew up in a poor farming family with four siblings, two sisters and two brothers. All of them dropped out of school to help on the family farm, leaving my dad to shoulder the burden of getting an education. As a result, he faced numerous challenges and obstacles in his pursuit of education. He had to work hard to balance his schoolwork with his responsibilities on the farm, and he often went without food or adequate sleep. When he was in 10th grade, his mother gave him an ultimatum: either quit school and help on the farm or starve. For two days, my dad was not given any food, except for some curdling yogurt that he managed to sneak out of the kitchen. Despite these struggles, my dad was determined to continue his education, and after his parents saw his conviction, they allowed him to continue. I remember my dad's story vividly to this day, and it has always been a source of motivation and inspiration for me. After hearing his story, I switched from online to in-person classes and worked hard to improve my grades. In contrast to the difficult times I experienced during the pandemic, junior year was a time of growth and renewal for me. I was able to focus on my studies and my relationships, and I felt more motivated and optimistic about my future.

In today’s digitally-driven academic landscape, online platforms and tools have become essential in enhancing the learning experiences of students, especially in fields as dynamic and challenging as engineering. As a student navigating the complexities of this field, I have found immense value in leveraging specific digital resources, namely AI for note-taking and Khan Academy for supplemental learning. These tools have not only deepened my understanding of engineering concepts but have also significantly improved my ability to apply this knowledge effectively. AI tools for note-taking have revolutionized the way I process and retain information from lectures and readings. These advanced technologies allow me to capture the essence of lectures efficiently, organizing notes in a structured and coherent manner. The AI’s ability to summarize lengthy discussions into concise, manageable points helps in filtering the crucial information from a vast pool of data. Furthermore, its capability to link related concepts across different lectures creates a cohesive learning experience, enhancing my understanding of how various engineering principles interconnect. This organized approach to note-taking facilitated by AI has proven invaluable during revision sessions, allowing me to quickly revisit and reinforce key concepts. The use of AI in this manner has not only streamlined my study process but has also significantly boosted my retention and comprehension of complex engineering topics. Khan Academy, on the other hand, has been a cornerstone in my supplemental learning. This platform offers a wealth of resources that are particularly tailored to the needs of engineering students. Its extensive library of video tutorials, which cover a wide range of subjects from basic engineering principles to more advanced topics, provides an alternative perspective to the traditional classroom setting. These videos, known for their clarity and conciseness, have been instrumental in breaking down complex theories into more digestible segments. Additionally, the practice exercises available on Khan Academy offer a practical approach to learning, allowing me to apply theoretical knowledge in simulated real-world scenarios. This hands-on experience is crucial in understanding the practical applications of engineering concepts, thereby bridging the gap between theoretical learning and practical implementation. The integration of these digital tools into my academic regimen has not only enhanced my learning efficiency but has also provided a more engaging and interactive educational experience. For instance, while studying a particularly challenging concept in fluid mechanics, I found that the lecture notes alone were not sufficient for a thorough understanding. However, by using my AI note-taking tool to organize and summarize the key points, followed by supplementing this with targeted Khan Academy videos and exercises, I was able to grasp the concept more fully. This blended approach to learning, combining AI efficiency with the comprehensive resources of Khan Academy, has been a game-changer in my education. Moreover, these tools have also played a significant role in developing my critical thinking and problem-solving skills. The process of organizing notes with AI encourages a deeper engagement with the material, prompting me to question and analyze the information being presented. Simultaneously, the application-based learning approach of Khan Academy challenges me to think creatively and apply concepts in various contexts, further enhancing my analytical abilities. In conclusion, the use of AI for note-taking and Khan Academy for supplemental learning has profoundly impacted my approach to studying engineering. These digital tools have not only provided me with a more structured and comprehensive learning experience but have also equipped me with the skills necessary to effectively apply my knowledge.

As a student studying engineering at Texas A&M, I'm fully engaged in a program that provides a strong foundation, across various engineering disciplines. This ranging exposure is crucial as I consider specializing in either mechatronics or computer science. What truly fascinates me about mechatronics is its nature combining electrical engineering with computer science. Similarly, the profound influence of computer science in shaping today's world from algorithms to software development has captivated my interest. What excites me the most is the application of these fields to solve real-world problems. Whether it involves developing groundbreaking robotics in mechatronics or creating software solutions in computer science the potential to contribute significantly to advancements is incredibly thrilling. Choosing to pursue these passions, at Texas A&M amplifies my excitement further. The university's esteemed reputation, coupled with its state-of-the-art facilities and expert faculty members offers an experience. Not only does Texas A&M provide excellence but also fosters a community where innovative ideas can flourish.

Personal Statement; My exploration, into the realm of Artificial Intelligence (AI), has been a journey, shaped by my family's legacy and the changing demands of our world. The determination and resilience I witnessed in my fathers rise from a farmer to a successful academic have served as my guiding light emphasizing the value of education and hard work. These principles have fueled my curiosity in AI during the pandemic when I found solace in technology while being physically distanced from others. Through connections, I experienced firsthand the fusion of science, creativity, and limitless possibilities that AI offers. Whether it was witnessing its ability to customize education through online learning platforms connecting with peers across landscapes or even analyzing data for various research endeavors AI constantly amazed me. My academic pursuits provided the platform to explore this burgeoning interest further. Simply acquiring knowledge wasn't enough; I yearned to put what I had learned into practice. This drive led me to conceive and actualize projects like NutriBot—a venture, at the intersection of health, technology, and user experience—firmly believing that AI has the potential to profoundly impact our lives. As I look ahead, to life after graduation my goal is to utilize the power of AI to create a healthcare system that's more personalized and responsive. I aspire to be at the forefront of developing AI applications that can predict health risks tailor patient care and empower individuals to take control of their well-being. The potential for AI to revolutionize healthcare delivery is enormous. My dedication lies in being a driving force in this transformation. Description of an AI Related Project; NutriBot is a project that holds significance for me as it showcases my hands-on experience with AI. It originated from an observation; while each person's nutritional requirements are unique dietary advice tends to be generic. My vision was to develop an AI-powered solution that could provide diet plans making healthy living accessible on a level. The project involved a development process starting from conceptualization all the way through deployment. I immersed myself in studying both science and AI to ensure that NutriBot's foundation was strong and scientifically valid. The application was built using the Bubble platform, which allowed for agile development. For the AI component OpenAIs GPT 3.5 Turbo API was chosen due to its natural language processing capabilities. The development process followed an approach with a focus, on meeting user needs at every step. I interacted with users gathered their feedback and made improvements to the application. The AI underwent training to better understand preferences and health goals evolving from a simple chatbot into an advanced digital nutritionist. NutriBot expanded its offerings beyond diet plans by providing insights into eating habits and educating users about nutrition. Once NutriBot was completed it emerged as a tool that had the potential to revolutionize planning. Its impact was significant; users reported an understanding of nutrition feeling more in control of their health and making changes, towards healthier eating habits. The success of NutriBot showcased how AI can align with values and adapt to individual health needs. It demonstrated that AI solutions can be both scalable and personalized when addressing the complexities of requirements. This project wasn't an achievement; it represented a step, towards my broader vision for the future of healthcare. One where AI empowers individuals to lead healthier lives through informed choices. In summary, the NutriBot project exemplified my ambition to initiate a healthcare revolution through AI. It demonstrates my dedication to making sure that technology plays a role in improving the quality of life. This aligns, with my goals after graduation as I aim to develop AI solutions that make healthcare more personalized and accessible. My journey, with AI goes beyond a path; it involves cultivating a passion that can bring about significant transformations and contribute to a healthier global community.

As I reflect on the "Ode, to Millennials Gen Z " I am truly struck by the sense of responsibility that permeates our generation. We often hear about the legacy of the Greatest Generation those who emerged from the depths of the Great Depression and triumphed amidst the challenges of World War II. Their encounter with destiny was marked by a struggle for survival and a pursuit of a future. Now as Millennials and Gen Z stand at the threshold of inheriting a world teeming with its obstacles I can't help but contemplate how we too are ready to face our own destiny. Our generation is inheriting a world that's bankrupt in ways—not just financially, but environmentally and ethically as well. We have inherited a planet gasping for breath under the weight of warming a society grappling with inequality and economies burdened by debt and inadequate employment opportunities. Yet despite these challenges there is an underlying spirit of resilience and optimism that defines us. We are prepared to take up the baton and run our part of this race with determination, than bitterness. In my journey I have witnessed this resilience firsthand. I created NutriBot, a project that combines AI with diet planning as a response, to the one size fits all approach dominating the health and nutrition sector for so long. This project was not about innovation; it served as a testament to our generations dedication to customizing solutions based on individual needs. Our mission is to use technology to make all aspects of life more personalized and effective. In a vein my experiences in the gaming and pharmaceutical industries reflect the trend of our generation; we are determined to revolutionize and rejuvenate traditional sectors. We refuse to accept systems and practices that no longer meet societys needs; instead we strive to reimagine them. The gaming industry has the potential to be more than entertainment—it can also serve as a tool and promote health. Similarly we can transform the pharmaceutical industry by prioritizing medicine development ensuring treatments are both effective and safe for each patients circumstances. The Ode, to Millennials Gen Z characterizes us as an kind generation— even excessively so at times. However I believe our kindness is not a weakness but rather a strength. It is, by understanding and empathizing with others that we can address the needs of those who are often overlooked or marginalized in society and work towards creating an world. Our generation has faced criticism for taking an approach compared to our predecessors. However like the Greatest Generation before us each era must find its path. Our methods may seem unconventional to some – embracing technology questioning the status quo and advocating for fairness –. They are driven by necessity and a clear vision. Our mission is not to overcome todays challenges but to redefine what it means to lead and succeed in this ever changing world. As we prepare to be the "Greatest Generation 2.0 " we understand that our actions today will have a lasting impact, on history. We have inherited a world filled with challenges. One brimming with opportunities. With every idea every act of kindness and every step taken towards sustainability we are not simply addressing issues; we are actively shaping the future. This is our moment. Our responsibility. And our destiny. I am confident that together we will rise to meet these challenges head on and leave behind a legacy that's both enduring and enlightened.

The idea of revolution holds a place in my heart and personal journey. My father's incredible journey from a farmer's son to becoming an educated professional showed me the power of perseverance. It is this belief that I strive to embody as I work towards transforming the intersection of technology, health, and nutrition. In times we have seen how crucial technology can be, especially during challenging periods like the COVID-19 pandemic. This crisis disrupted lives. Emphasized the need for innovative solutions in healthcare. Through my experience navigating these difficulties, I came to truly understand the importance of technological advancements in improving healthcare. It was during this time that I led the NutriBot project, which utilized cutting-edge AI technology to personalize diet plans. This endeavor was not only a technical achievement but also a reflection of my dedication to making health and nutrition accessible to everyone based on their unique needs. Now as we stand on the brink of an era there is immense potential for revolutionizing healthcare. By integrating AI and machine learning we can gain insights into nutrition and wellness. This opens up possibilities for health advice that considers an individual's genetic makeup and lifestyle rather, than relying on generic recommendations alone. Such a personalized approach has the potential to transform care efforts decrease chronic disease rates and optimize overall well-being. Moreover, my involvement in the field of game development has truly opened my eyes to the potential of gamification when it comes to promoting good health. We can actually apply the principles that make immersive gaming experiences so captivating to make health education more interactive and engaging. By revolutionizing the gaming industry with a focus on health-related themes we can motivate people to adopt lifestyles in a fun and sustainable way. The pharmaceutical sector, where I've had research and development experience is also ripe for transformation. Integrating technology into drug development can significantly speed up the creation of medicines minimizing side effects and enhancing patient outcomes. Through advancements, in pharmaceuticals we can ensure that medications are not just effective but also safe and tailored specifically to each patient. In conclusion, my journey, influenced by my father's legacy and my own professional pursuits, has solidified my resolve to champion a revolution that bridges technology, health, and nutrition. By harnessing the power of AI and innovative game design, and by advancing pharmaceutical research, we can usher in a new age where health care is personalized, engaging, and efficient. I am eager to contribute to this revolution, driven by the belief that technology can and should be a catalyst for improving human health and happiness. My ambition is to see a world where health disparities are diminished, and every individual has access to the tools they need to live a healthier, more fulfilling life.

The idea of revolution holds a place in my heart and personal journey. My fathers incredible journey from a farmers son to becoming an educated professional showed me the power of perseverance. It is this belief that I strive to embody as I work towards transforming the intersection of technology, health and nutrition. In times we have seen how crucial technology can be, especially during challenging periods like the COVID 19 pandemic. This crisis disrupted lives. Emphasized the need for innovative solutions in healthcare. Through my experience navigating these difficulties I came to truly understand the importance of technological advancements in improving healthcare. It was during this time that I led the NutriBot project, which utilized cutting edge AI technology to personalize diet plans. This endeavor was not a technical achievement but also a reflection of my dedication to making health and nutrition accessible to everyone based on their unique needs. Now as we stand on the brink of an era there is immense potential for revolutionizing healthcare. By integrating AI and machine learning we can gain insights into nutrition and wellness. This opens up possibilities for health advice that considers an individual's genetic makeup and lifestyle rather, than relying on generic recommendations alone. Such a personalized approach has the potential to transform care efforts decrease chronic disease rates and optimize overall well-being. Moreover, my involvement in the field of game development has truly opened my eyes to the potential of gamification when it comes to promoting good health. We can actually apply the principles that make immersive gaming experiences so captivating to make health education more interactive and engaging. By revolutionizing the gaming industry with a focus on health related themes we can motivate people to adopt lifestyles in a fun and sustainable way. The pharmaceutical sector, where I've had research and development experience is also ripe for transformation. Integrating technology into drug development can significantly speed up the creation of medicines minimizing side effects and enhancing patient outcomes. Through advancements, in pharmaceuticals we can ensure that medications are not just effective but also safe and tailored specifically to each patient. In conclusion, my journey, influenced by my father's legacy and my own professional pursuits, has solidified my resolve to champion a revolution that bridges technology, health, and nutrition. By harnessing the power of AI and innovative game design, and by advancing pharmaceutical research, we can usher in a new age where health care is personalized, engaging, and efficient. I am eager to contribute to this revolution, driven by the belief that technology can and should be a catalyst for improving human health and happiness. My ambition is to see a world where health disparities are diminished, and every individual has access to the tools they need to live a healthier, more fulfilling life.

The global pandemic brought with it unprecedented challenges, especially when it came to maintaining our physical health while remaining in quarantine. As someone who experienced overwhelming feelings of sadness and anxiety due to prolonged isolation, I found myself turning towards self-help books such as "Deep Work" and "Atomic Habits" for inspiration on how best to create new daily habits to keep myself motivated. By following a detailed workout schedule through carefully curated online resources such as YouTube videos, I was able to maintain both my mental health and stay physically fit during these troubled times. With the assistance of various resources at my disposal, I gathered valuable insights and tips applicable to real-life situations. Perhaps most crucially were lessons centered around setting realistic targets while breaking down bigger assignments into smaller doable steps. The other useful resource provided practical tools for building a routine likely to inspire greater motivation levels necessary for meeting daily objectives such as productivity or workout programs. Consequently, this experience sparked thoughts about integrating already-existing apps such as Balance (meditation) with FitBod (fitness) apps creating customized workouts or calming practices. In addition to providing regular app features, this particular application would offer mental health resources and support. Its users would have the ability to remotely connect with therapists while gaining valuable insights about the latest research on mental health presented in an easily understandable way. To make the app accessible to as many people as possible, it would be designed with a clean and intuitive interface, with step-by-step instructions and video tutorials to guide users through the setup process and how to use the different features of the app. Regular updates and bug fixes would also ensure that the app is functioning smoothly and meeting the needs of its users. The app would be subscription-based and marketed through referrals and sponsorships of YouTubers who have a significant following. By providing users with a state-of-the-art tool for promoting physical and mental well-being, the app would help individuals struggling with depression and other mental health issues to create a daily routine and workout schedule that is tailored to their unique needs. In conclusion, my personal experience with depression and the benefits of online resources inspired me to want to create an app that promotes physical and mental well-being using AI and the latest research in mental health. With the right resources and funding, I believe that this app could make a significant impact in the lives of not only individuals struggling with depression and other mental health issues, but all humans, providing them with a comprehensive tool to improve their overall health and well-being.