Ever since I was a kid, my goal in life was to become a doctor. My parents are from Afghanistan, we’re Muslim, I’m the youngest of three kids and just always encouraged to become a doctor. As I got older, that was what was on my mind. I loved math and science and it felt right. For college, I decided to go to pharmacy school because I wanted to be a doctor and help people but more behind the scenes, as it can be hard interacting with patients for various reasons. I had a hard time balancing honors program at St. John’s University and classes like organic chemistry so I wasn’t doing well so I decided to transfer to a community college. I thought, well I like Biology so I’m gonna stick with that and try that out. I went to Passaic County Community College and while I was there, somebody coming to our physics class and he explained that he was doing a program with NASA and you can intern with them. I ended up doing the internship and visiting NASA Glenn Research Center in Ohio. I kept getting inspired by people around me. I graduated with my Associate’s then I went to Ramapo College, New Jersey. There, I enrolled as a Biochemistry major because I kept wanting to take something I knew and branch out of my comfort zone and learn something slightly different, so I thought biochemistry was a good move. I remember asking people like my mentors and biochemistry teachers, what I should do with the degree, what should my path be? I got a response: “if you JUST get a bachelor’s, the job you’re gonna get will be the lowest of the low”. I thought, “okay that’s really harsh and doesn’t help me pick a direction” so I really had to decide on my own what I wanted to do. I was a teacher’s assistant and a research assistant and I liked being in the lab so I knew I wanted to do that. I ended up working at a place called CooperGenomics after college where I did genetic testing for patients who do IVF and need to determine whether the embryo was healthy enough the implant or not. I did that for two years and then I had a friend from CooperGenomics go to Pfizer and she became a reference and I was able to work there ever since and continue my education as well. I hope to have a positive impact on the STEM community as a person of color because I felt like as an Afghan woman, there was such a big expectation to become a doctor and I wasn’t that. It really became so important for the people around me to be there for me or inspire me. I want to be like that - supportive, loving, inspiring - for other people too!

The tragic loss of Richard and Rebecca Whiddon is a profound reminder of how impactful lives can be cut short by circumstances beyond their control. Their legacy of innovation, resilience, and generosity inspires me as I strive to make my own mark in the STEM field. As a first-generation Afghan-American woman, my journey in STEM has been shaped by both cultural and financial challenges. My family came to the United States with little, seeking safety and opportunity. Growing up, I saw my mother work tirelessly to provide for my siblings and me, instilling in me a deep appreciation for education and perseverance. However, like many immigrant families, we faced struggles, including substance abuse issues within the family, which have deeply affected my life and shaped my perspective on adversity. Despite these challenges, I have built a path of resilience and growth. My educational journey began with earning an Associate’s degree at a community college before completing a Bachelor’s in Biochemistry at Ramapo College, where I commuted daily to save money. After graduation, I secured a job at CooperGenomics and later transitioned to Pfizer, where I’ve spent the past three years working in molecular biology and bioinformatics. Alongside my full-time role, I earned a Master’s in Bioinformatics from NYU in 2024 and am now pursuing an MBA at Stevens Institute of Technology to develop leadership skills and broaden my impact in the STEM field. My passion for STEM lies in its ability to transform lives. At Pfizer, I’ve seen firsthand how molecular biology and computational tools contribute to groundbreaking advancements, such as mRNA vaccines. I want to bridge the gap between science and leadership to drive innovation and improve healthcare accessibility, particularly for underserved communities. The resilience I’ve built through adversity fuels my commitment to these goals. Financially, the journey has not been easy. I continue to live at home to save money, as the high cost of living and student loan debt weigh heavily on my family. Balancing work, school, and financial pressures is challenging, but I remain determined to achieve my goals and honor the sacrifices my family has made for me. This scholarship would provide invaluable support, helping alleviate the burden of tuition as I pursue my MBA and take the next step toward becoming a leader in the biotech industry. Richard and Rebecca Whiddon’s dedication to their fields and their spirit of sharing knowledge resonate deeply with me. Like them, I want to use my skills and education to innovate and help others. Receiving this scholarship would be an incredible honor, allowing me to carry on their legacy by powering a future of discovery, growth, and impact in STEM.

Growing up, my teachers nicknamed me the "human calculator." I loved memorizing multiplication patterns—2x2=4, 4x2=8, 8x2=16—all the way up to 246 in the second grade. Math has always been a way to expand and exercise my mind. My uncle introduced me to chess and factorials at a young age, sparking my fascination with logic and strategy. This foundation shaped my love for problem-solving and creative thinking. In 7th and 8th grade, my favorite class was “Creative Math,” where we explored riddles, patterns, and balancing equations. I loved thinking outside the box and finding solutions that felt like discovering hidden treasures. Math became more than a subject—it became a flow state. The deeper I dove, the more I appreciated its balance, elegance, and versatility. Calculus challenged me at first, but a great teacher turned it around by using colored markers to break down the methods and foundations. That simple adjustment brought my math brain back to life, helping me understand and even enjoy the subject. Similarly, in Calculus II, I learned to embrace the complexities of math as opportunities for growth and discovery. Today, math is a critical part of my work as an Associate Scientist at Pfizer. Whether I’m using stoichiometry to calculate DNA abundance in nanograms or determining primer concentrations in micromolar solutions, math underpins everything I do. It connects logic to science, allowing me to solve real-world problems and contribute to life-saving technologies. I love math because it challenges me to think critically and creatively. From second-grade multiplication tables to the precision calculations I perform at work, math has shaped my life in countless ways. It’s not just a tool—it’s a passion that continues to drive my curiosity and growth.

Growing up, my teachers nicknamed me the "human calculator." I loved memorizing multiplication patterns—2x2=4, 4x2=8, 8x2=16—all the way up to 246 in the second grade. Math has always been a way to expand and exercise my mind. My uncle introduced me to chess and factorials at a young age, sparking my fascination with logic and strategy. This foundation shaped my love for problem-solving and creative thinking. In 7th and 8th grade, my favorite class was “Creative Math,” where we explored riddles, patterns, and balancing equations. I loved thinking outside the box and finding solutions that felt like discovering hidden treasures. Math became more than a subject—it became a flow state. The deeper I dove, the more I appreciated its balance, elegance, and versatility. Calculus challenged me at first, but a great teacher turned it around by using colored markers to break down the methods and foundations. That simple adjustment brought my math brain back to life, helping me understand and even enjoy the subject. Similarly, in Calculus II, I learned to embrace the complexities of math as opportunities for growth and discovery. Today, math is a critical part of my work as an Associate Scientist at Pfizer. Whether I’m using stoichiometry to calculate DNA abundance in nanograms or determining primer concentrations in micromolar solutions, math underpins everything I do. It connects logic to science, allowing me to solve real-world problems and contribute to life-saving technologies. I love math because it challenges me to think critically and creatively. From second-grade multiplication tables to the precision calculations I perform at work, math has shaped my life in countless ways. It’s not just a tool—it’s a passion that continues to drive my curiosity and growth.

Calculus is often regarded as the language of change, and in STEM fields, understanding change is fundamental to innovation. As someone who earned a Master’s in Bioinformatics and works as an Associate Scientist at Pfizer, I’ve seen firsthand how calculus drives progress in the biotechnology industry, from designing vaccines to analyzing complex biological systems. In bioinformatics, calculus is embedded in the algorithms and models we use to study biological data. For example, derivatives allow us to understand rates of change, such as how gene expression levels shift under different conditions or how a population of cells responds to a drug over time. Calculus-based optimization techniques are crucial when developing computational models for tasks like aligning DNA sequences, predicting protein structures, or simulating molecular interactions. These applications don’t just require mathematical precision—they directly impact how we approach disease prevention and treatment. At Pfizer, calculus plays an integral role in my day-to-day work. For instance, when working with mRNA vaccine technology, we often rely on computational models that use differential equations to predict the kinetics of mRNA translation and protein production. These calculations help us optimize vaccine formulations and ensure their safety and efficacy. In robotics and automation, which was my previous department, calculus informed the programming of robotic systems to ensure precise movements and reactions, enabling high-throughput processes that accelerate drug discovery. Beyond my technical work, calculus has shaped the way I approach problem-solving. The concepts of limits and derivatives teach us to think incrementally, breaking down complex challenges into manageable parts. Integrals, on the other hand, remind us to see the bigger picture, aggregating small insights to understand the whole. These lessons are valuable not just in STEM but also in business, which is why I am now pursuing an MBA at Stevens Institute of Technology. My goal is to combine my technical expertise with strong leadership and business acumen to drive innovation in the biotech industry. Calculus also serves as a bridge between disciplines in STEM. It connects biology with computer science, engineering with chemistry, and data analysis with decision-making. Its universality allows scientists and engineers to communicate complex ideas and collaborate effectively. For example, the modeling tools I use at Pfizer often require inputs from biologists, chemists, and data scientists—all of whom rely on calculus to frame their work. As I continue my educational journey, I see calculus as not just a subject I’ve studied but as a tool I’ve used to make a tangible impact. It has enabled me to contribute to life-saving technologies and to think critically about the future of healthcare. Receiving this scholarship would help alleviate the financial burden of my MBA studies, allowing me to focus on becoming a leader who bridges the gap between technical innovation and business strategy. Calculus is more than a challenging subject—it’s a foundation for change, growth, and discovery. In STEM fields, it empowers us to tackle some of the world’s most pressing problems, from climate change to global health. I’m proud to be part of a generation of STEM professionals using calculus to drive progress and shape a better future.

My family came to the United States from Afghanistan with nothing but hope for a brighter future. Growing up, I shared a room with my two siblings and my mom, sleeping on the floor with her until I was four years old. Even at a young age, I knew how hard my family worked just to give us a chance at a better life. Education became my path to honor their sacrifices and build a secure future, but as a first-generation college student, that path was far from easy. Navigating the college application process alone, I quickly realized how unprepared I was for the challenges ahead. My first attempt at higher education ended in failure, and I felt labeled as a disappointment. But failure became my greatest teacher. Determined to try again, I earned my Associate’s degree from a community college, then transferred to Ramapo College, where I commuted daily to complete my Bachelor’s in Biochemistry. Shortly after, I secured a job at CooperGenomics, and two years later, I joined Pfizer. At Pfizer, I’ve advanced from the Robotics & Automation department to working in Molecular Biology and Bioinformatics, where I contribute to groundbreaking mRNA vaccine development. Alongside my full-time role, I completed my Master’s in Bioinformatics at NYU in Spring 2024 and am now pursuing an MBA at Stevens Institute of Technology to become a leader in biotech and healthcare. has always loomed large, as has the uncertainty of how much a degree truly prepares you for the roles you aspire to. The cost of education, the weight of student loans, and the financial strain on my family have also been constant worries. Yet, these fears have been balanced by my hopes: the belief that through discipline and perseverance, I will emerge on the other side transformed—ready, shaped, and grown by the experience. The financial challenges of higher education have been immense. Living at home to save money helps, but the cost of tuition and taxes in NJ and NY often consume much of my income. Still, I remain committed to my education and my dream of breaking cycles of struggle for my family and others like us. Receiving this scholarship would mean the world to me. As someone who intimately understands the struggles of being a first-generation student, I want to pave the way for others in similar situations while continuing to grow as a scientist and leader. Education has given me the opportunity to rise above adversity, and with your support, I can continue striving toward a future where I can make a lasting impact.

Education has been my constant source of inspiration and structure, guiding me toward a life filled with purpose and discovery. As a woman in STEM, I’ve dedicated my life to learning, innovating, and serving, with the ultimate goal of using my skills to solve critical issues and uplift my community. From a young age, I’ve been driven by the belief that technology and science can bridge gaps and open doors, especially for underrepresented and underserved groups. In my professional journey, I’ve had the privilege of working on cutting-edge projects in molecular biology and bioinformatics, first as a scientist in reproductive genetics and now in mRNA vaccine development. These roles have taught me the power of science to save lives and improve public health. But the impact of STEM goes beyond the laboratory—it’s about making discoveries accessible to all and ensuring that the benefits of innovation are felt by the communities that need them most. In high school, I was an active member of LEAP (Leaders Encouraging Adolescent Progress), a substance abuse prevention group focused on educating peers about the dangers of drugs and alcohol. This experience taught me the importance of advocacy and education in creating healthier communities. I also served as a chemistry teaching assistant, where I discovered the joy of helping others grasp complex scientific concepts. Today, I continue my commitment to service through opportunities at work, such as volunteering to package food for those in need. These experiences bring me joy, they bring my coworkers and I together, and they allow me the chance to give back. As an Afghan woman, I am profoundly aware of how fortunate I am to have access to education and opportunities. In Afghanistan, women and girls are often denied the basic right to attend school, a reality that fuels my gratitude and determination to make the most of every chance I have to learn and contribute. This awareness drives my commitment to using education as a tool for equity and empowerment, not just for myself but for others who may not have the same privileges. I’m particularly passionate about addressing global health inequities. Too often, advancements in medicine and technology remain out of reach for marginalized communities. My long-term goal is to combine my expertise in bioinformatics and molecular biology with my commitment to service to tackle this disparity. For example, I aspire to work on developing cost-effective diagnostic tools and treatments for underserved populations, ensuring that life-saving innovations are not just the privilege of a few but the right of all. What drives me most is the idea of multiplying my impact—not only through my work but by empowering others. By fostering curiosity and resilience in the next generation, I hope to create a ripple effect of change. It's great if I can make a difference, if I can inspire others to do the same, that greatness grows exponentially. This scholarship would provide me with the resources to further my education towards an MBA program and refine the skills I need to amplify my impact. As I continue to grow as a scientist and a leader, I remain committed to leveraging my knowledge for the betterment of both my local and global communities. By addressing challenges with innovation and compassion, I aim to fulfill my vision of a world where science is a bridge to equity and opportunity. Thank you for considering my application. I am grateful for the opportunity to share my story and for the support that allows women like me to pursue our dreams in STEM while uplifting those around us.

From a young age, I’ve been fascinated by the power of science and technology to transform lives and solve global challenges. As an Afghan American woman, my journey into STEM has been one of both passion and resilience. My parents immigrated to the US from Kabul in search of safety and opportunity, and their sacrifices have instilled in me a deep sense of purpose to make the most of every opportunity afforded to me. For me, STEM is not just a career path but a way to honor their perseverance and contribute to a better future. As a woman, I sometimes feel the weight of expectations and the fear of speaking my mind, but I’ve come to realize that my voice and my ideas are powerful. Women bring fresh perspectives and innovations that make the world a better place. Every day, I feel incredibly lucky to be a woman in college here in the US, especially knowing that women in Afghanistan are currently denied the right to education. This painful contrast fills me with gratitude for the opportunities I’ve had and fuels my wish for change in Afghanistan, where every girl deserves the chance to learn and thrive. My ability to pursue higher education—earning a bachelor’s degree in biochemistry, a master’s in bioinformatics, and now planning for an MBA—is a privilege I don't take lightly. My undergraduate journey began with biochemistry, where I discovered a love for molecular biology and its potential to improve healthcare outcomes. Driven by a desire to dive deeper into the intersection of technology and biology, I pursued a master’s degree in bioinformatics. This field has given me the tools to analyze complex biological data and contribute to advancements in personalized medicine and vaccine development. However, the road to achieving these milestones has not been without challenges. As a first-generation college graduate, I navigated financial barriers, cultural expectations, and the underrepresentation of women in STEM fields. Currently, I work as a scientist at Pfizer in the mRNA Vaccines and Technologies department, where I contribute to groundbreaking innovations in vaccine research and development. This role has allowed me to directly impact public health and reaffirm my belief in the importance of STEM in addressing global challenges. However, I also recognize that my presence in this field is part of a larger movement to promote diversity and inclusion in STEM. My experiences have taught me the value of mentorship and representation. During my academic and professional journey, I often sought role models who looked like me but found few. This inspired me to become the mentor I once needed, supporting young women and minorities who aspire to enter STEM fields. Whether through volunteering, mentorship programs, or community outreach, I am committed to encouraging the next generation of STEM leaders to dream big and overcome barriers. Looking to the future, I plan to pursue an MBA, which will equip me with leadership skills to drive innovation and advocate for greater inclusivity in STEM. I envision a future where I can lead interdisciplinary teams, create scholarship programs for underrepresented students, and implement policies that ensure equitable access to STEM education and careers. Combining my technical expertise with a broader understanding of organizational leadership, I aim to foster a diverse and inclusive STEM community. Winning the Learner Women in STEM Scholarship would help alleviate the financial burden of my educational pursuits and reaffirm my belief in the importance of empowering women in this field. This scholarship would be an investment not only in my future but in the countless others I aim to uplift and inspire through my work and advocacy.

I am honored to apply for the Ismat Tariq Scholarship, an opportunity that deeply resonates with me as a female Muslim graduate who values education and community impact. My journey reflects the scholarship's essence of resilience, financial perseverance, and a commitment to empowering others. As an Afghan American, my family's story is one of resilience and hope. My parents immigrated to the United States from Kabul in the late 1970s/early 1980s, seeking safety and opportunities for their future family. Growing up, I faced discrimination both in school and within my religious community. In school, I was often treated differently because I didn't look like the majority demographic, while at Sunday school, I experienced judgment for being too "Americanized." These experiences shaped my identity and instilled in me a deep respect for all religions, as well as an unwavering pride in my Muslim upbringing. My educational path began with a bachelor's degree in biochemistry, which I pursued with the hope of making meaningful contributions to science and healthcare. Driven by a passion for discovery and improving lives, I furthered my education by earning a master's degree in bioinformatics. However, pursuing these degrees was not without its challenges. Coming from a background where financial resources were limited, I had to navigate the weight of student loan debt, which now totals $75,000. Despite this, I remain secure that education was my path to creating a better future for myself and contributing positively to society. Currently, I work at Pfizer as a scientist in the mRNA Vaccines and Technologies department, specializing in molecular biology and bioinformatics. My role involves supporting innovative vaccine development, a responsibility I embrace as part of my commitment to improving public health. This role aligns with my passion for scientific discovery while reflecting my desire to contribute to the greater good. Despite my professional success, I often find myself reflecting on the barriers I’ve faced. I live at home to manage financial responsibilities, contribute to household utilities, and support my mother after my father’s departure. This dynamic has taught me the value of resilience and the importance of balancing personal growth with familial responsibilities—values that Ismat Tariq embodied in her lifetime. Education has given me the tools to navigate my challenges, but it has also shaped my long-term goals. I aspire to expand my impact beyond the laboratory by pursuing an MBA. This degree will enable me to step into leadership roles where I can manage projects, mentor young professionals, and advocate for diversity and inclusion in STEM fields. I hope to use my platform to inspire other Muslim women, especially those who feel constrained by societal or financial barriers, to pursue their educational dreams unapologetically. One of the most impactful lessons I’ve learned is the power of paying it forward. I have a lot of experience speaking with students about many topics: hobbies, drug-abuse prevention, and education-which I hope to reintroduce into my community through mentorship and workshops. Additionally, I am committed to creating scholarship opportunities for young Muslim women in STEM, providing them with the financial support and encouragement they need to succeed. Like Ismat, I believe that every individual has the power to make a difference, and I am determined to use my experiences and resources to uplift others. This scholarship would both alleviate my financial burden and also serve as a testament to the strength of Ismat’s legacy. Her story inspires me to honor her values by continuing my journey of education, service, and empowerment. Thank you for considering my application and for carrying forward the spirit of Ismat Tariq’s life and values through this scholarship.

In the dynamic realm of bioinformatics, where the convergence of biology and computational science defines success, the Learner’s Annual Online Innovator Scholarship holds a special resonance for me. As a passionate advocate for harnessing the potential of online platforms, tools, and resources, my academic journey in the bioinformatics master's program at NYU epitomizes the transformative power of digital learning. This scholarship is not just a recognition of my commitment to online education but a celebration of the boundless possibilities that emerge when ambitious minds embrace the digital frontier. Discord, a virtual haven for collaboration, has transcended its gaming origins to become an indispensable platform for bioinformatics enthusiasts like me. In this digital space, I have forged connections with classmates that extend beyond the limitations of physical classrooms. Real-time discussions, collaborative problem-solving, and the exchange of ideas have transformed Discord into a virtual classroom where collective growth and understanding thrive. The National Center for Biotechnology Information (NCBI) stands as a digital citadel of knowledge that I navigate with enthusiasm and curiosity. As a bioinformatician, access to this repository has not only broadened my academic horizons but has also empowered my research endeavors. The real-world applications of the information gleaned from NCBI have propelled my bioinformatics projects forward, keeping me at the forefront of this rapidly advancing field. In the intricate world of genomic research, databases like GISAID and tools like BLAST serve as invaluable resources that bridge the gap between theory and application. GISAID's global initiative in sharing influenza data has been instrumental in keeping me informed about the latest developments in viral genomics. Similarly, the precision and efficiency of BLAST in sequence comparison have streamlined my data analysis processes, enabling me to draw meaningful insights from complex genetic information. EMBOSS (European Molecular Biology Open Software Suite) stands as a versatile tool in my online toolkit, facilitating the seamless translation of genetic sequences across various formats. This resource has not only expedited my data manipulation tasks but has also enhanced the precision and accuracy of my analyses, showcasing the transformative potential of online learning tools in the hands of a dedicated learner. The integration of these online platforms, tools, and resources has not only revolutionized the rate of success in my academic endeavors but has also become a cornerstone of effective communication and collaboration. As I pursue my bioinformatics master's program fully online through NYU, this scholarship is a testament to the power of digital learning in shaping the next generation of innovators. Receiving the Learner’s Annual Online Innovator Scholarship would not only acknowledge the strides I've made in utilizing online tools for academic excellence but would also propel me further on this digital journey of discovery. It is a recognition of the transformative power of online learning in shaping the next generation of bioinformatics leaders and a testament to the boundless possibilities that emerge when ambitious minds harness the vast potential of the digital frontier.

In the dynamic landscape of science, technology, engineering, and mathematics (STEM), women have historically faced challenges in achieving equal representation. The Learner's Annual Women in STEM Scholarship stands as a beacon of encouragement for women in STEM, recognizing their indispensable contributions to technological advancements and fostering a community of empowered, knowledgeable women ready to make a difference in the field. As a passionate and dedicated woman in STEM, I aspire to be an agent of change, breaking barriers and inspiring the next generation of female leaders. My academic journey defied convention, a testament to my unwavering commitment to continuous learning and growth. After investing three semesters in a challenging six-year pharmacy program, I recognized the need for a shift. This realization led me to transfer to Passaic County Community College, where I dedicated myself to the study of biology. In a remarkably short span of three semesters, I emerged from PCCC with an associate's degree in biology, a testament to my dedication and ability to navigate academic challenges. Embracing the winding path, I found my true passion in biochemistry and pursued a bachelor's degree at Ramapo College of New Jersey. Over two enriching years at Ramapo, I immersed myself in the complexities of biochemistry, solidifying my understanding of the transformative power of STEM and the critical importance of fostering inclusivity to drive innovation. My professional experiences have further fueled my determination to make a lasting impact in STEM. Working at CooperGenomics and Pfizer, I immersed myself in the intricacies of molecular biology and bioinformatics, contributing to groundbreaking projects in the biotechnology and pharmaceutical sectors. These experiences have shaped my understanding of the transformative power of STEM and the importance of fostering inclusivity to drive innovation. One of the defining moments of my journey was the pursuit of a master's in bioinformatics, a decision supported by Pfizer. This educational pursuit not only reflects my commitment to staying at the forefront of technological advancements but also exemplifies the significance of organizations fostering the growth of women in STEM. It is a testament to the potential for change when women are given equal opportunities and support in pursuing their ambitions. As a woman in STEM, I am acutely aware of the need for a diverse and inclusive environment that encourages the participation of women in all facets of the field. I am committed to being a catalyst for change, promoting a culture that celebrates differences and leverages the collective brilliance of a diverse workforce. My ambition is not just to excel in my career but to create pathways for future generations of women in STEM, eliminating barriers that hinder their academic and professional journeys. Receiving the Learner's Annual Women in STEM Scholarship would not only alleviate financial burdens but also serve as a recognition of my commitment to advancing in STEM. It would be an affirmation that my journey, with its twists and turns, has the power to inspire and contribute to the community of women empowered by knowledge and driven by curiosity. With this scholarship, I envision not just a personal triumph but a step towards fostering a more inclusive and equitable STEM community. In conclusion, my journey in STEM has been fueled by ambition, driven by a passion for discovery, and grounded in the belief that diversity is the catalyst for innovation. I am poised to make a lasting impact as a woman in STEM, breaking barriers and contributing to a field that benefits from the richness of varied perspectives and experiences. This scholarship and recognition will empower me to fulfill my potential and inspire others to do the same.

Embracing the Unconventional Path to Success: Success, a concept as diverse as the individuals who strive for it, transcends the confines of traditional academia. It is a multifaceted journey marked by passion, perseverance, and continuous self-education. My personal narrative mirrors this diversity, showcasing that the path to success is not linear but a tapestry woven with the threads of unique experiences and relentless determination. Initially embarking on a six-year pharmacy program at St. John's University, I found myself struggling to navigate the demanding academic landscape. Despite the challenges, I remained committed, hoping that this traditional path would lead me to success. However, after a year and a half of grappling with the complexities of the program, I made a bold decision to redirect my journey. Recognizing the need for a change, I chose to discontinue the pharmacy program and sought a different route to self-discovery and academic fulfillment. Embracing the winding and unconventional path, I enrolled in a community college to pursue an associate's degree in biology. This decision not only provided me with a fresh perspective on my academic pursuits but also allowed me to rediscover my passion for the biological sciences. Transferring to Ramapo College, I continued my educational journey, majoring in biochemistry. The winding road I traversed during these years of reinvention became a source of strength rather than a hindrance. My experiences at each educational institution, although divergent, collectively contributed to shaping my unique perspective and resilience. As part of this transformative journey, I embarked on a two-year tenure at CooperGenomics, where I applied my knowledge and skills in a practical setting. This experience further fueled my curiosity and passion for the intricate world of biochemistry, genomics, and biotechnology. Subsequently, I transitioned to Pfizer, a decision that marked another significant chapter in my professional development. At Pfizer, I found an environment that not only embraced diversity of thought but also provided opportunities for continuous growth. The twists and turns of my journey culminated in Pfizer sponsoring my master's education in bioinformatics, a testament to the company's commitment to nurturing talent and fostering individual success. Reflecting on my unconventional path, I realize that these unique experiences, though initially challenging, have become a source of joy and fulfillment. They have molded me into a resilient and adaptable individual, capable of navigating the complexities of the scientific landscape. Each twist in my journey has contributed to my personal growth, equipping me with the skills and determination needed to overcome any obstacle. This scholarship opportunity represents more than just financial assistance; it symbolizes validation for the unconventional path I have chosen. It is an affirmation that success is not confined to a specific trajectory but is achieved through passion, drive, and the courage to embrace one's unique journey. In conclusion, my journey is a testament to the idea that success is not a destination but a continuous process of self-discovery and growth. This scholarship will further empower me to redefine success on my terms, solidifying the belief that every twist and turn in my journey has been a valuable and enriching experience. Sincerely, Sarah Feraidoon

In the dynamic environment of NYU Tandon School of Engineering, I am currently pursuing a master's in bioinformatics, expecting to graduate in Spring 2024. This journey is a thrilling exploration, employing science and technology to carve pathways in healthcare and scientific research. My academic venture began with a bold step into St. John's PharmD program, met with challenges in the form of an intensive honors program and organic chemistry that led me into a profound crisis. Unswayed, I orchestrated a significant turnaround by immersing myself in biology at community college, participating in a NASA program, exploring biochemistry at Ramapo, and ultimately finding my academic home at NYU Tandon. Integrity, to me, is more than a virtue; it is a guiding force that shapes character and builds unwavering self-confidence. It's a code that sets standards, aligns actions with principles, and, akin to faith, prevents self-betrayal. In the dynamic world of science and technology, where innovation and ethics intertwine, integrity forms the bedrock of my pursuits. The life and spirit of Richard P. Mullen resonate deeply with me. His selflessness, particularly in generously offering guidance to others, mirrors my own commitment to assisting friends, colleagues, and peers. As an Associate Scientist - Molecular Biologist & Bioinformatics at Pfizer, I've been a catalyst for change, from securing jobs for friends to supporting a coworker's journey into NYU, embodying the ripple effect of mentorship and support. My career trajectory reflects an unyielding drive and ambition. Delving into cutting-edge Next-Generation Sequencing (NGS) technology at Pfizer, my transition to the molecular cloning team signifies my commitment to making a tangible impact. Navigating robotic and liquid handling systems, my quest for knowledge propels me to contribute meaningfully, becoming a mosaic of diverse skills and influences. The Richard P. Mullen Memorial Scholarship is not only a recognition of my journey and values, but also a lifeline for my family. Pursuing my master's at NYU while working full-time at Pfizer is a testament to my dedication. This scholarship will alleviate the financial burdens associated with my academic pursuits and familial responsibilities. Winning this scholarship transcends mere academic support; it's a tribute to the legacy of a man who epitomized integrity and selflessness. As I persist in merging science, technology, and ethics at NYU Tandon, I am poised to leave an indelible mark in the realms of engineering, healthcare, and scientific discovery—an honor and responsibility that this scholarship fuels and acknowledges.

Jimmy Jonathan Watts, a remarkable individual who left an enduring legacy, shared a profound dedication to serving others, guided by his Christian faith. His remarkable journey through academia, from Harvard University to the threshold of medical school at Columbia University, was tragically cut short by an ice-climbing accident. Jimmy's unwavering commitment to community service, leadership within his church, and passion for exploring the wilderness resonates deeply with me. While our paths never crossed, I find inspiration in his life's mission, which mirrored my own dedication to volunteerism and values-driven life choices. Volunteering has been an integral part of my life, shaping my core values and directing my path toward future career and life goals. It has been a profound influence, instilling in me the importance of empathy, service, and community engagement. From my early years in high school, I joined LEAP (Leaders Encouraging Adolescent Progress), a club dedicated to educating students about the dangers of underage drinking and drug use. This experience emphasized the significance of a drug and alcohol-free lifestyle. We conducted workshops and presentations, educating middle and elementary school students on healthier ways to relieve stress and interact with peers. Through this involvement, I developed a profound sense of selflessness and a commitment to making a positive impact. During my time at St. John's University in Queens, NY, I had the opportunity to participate in the university's 'Midnight Runs' program. Together with a dedicated team, we prepared food boxes filled with sandwiches, candy, fruit, juice, water, and warm soup. Throughout the night, we traveled through Manhattan in a van, stopping at various spots to distribute these essential supplies to the homeless. The experience was eye-opening and humbling, reinforcing my commitment to serving those in need. Furthermore, my volunteer work at Pfizer provided hands-on experience in giving back to the community. My responsibilities included assembling education and health kits for distribution to local organizations, in partnership with the United Way of Rockland County (UWRC). This experience allowed me to directly contribute to improving the lives of individuals in need, aligning with my values of service and community engagement. My commitment to community service extends beyond the tangible. Inspired by my best friend's battle with cancer, I have a deep passion for supporting organizations that aid cancer patients. This personal connection has strengthened my resolve to use my skills and knowledge to contribute to the field of bioinformatics. My goal is to advance precision medicine, ultimately enhancing cancer prevention and treatment. Volunteering has not only influenced my core values but has also shaped my career aspirations. The lessons I've learned in service, empathy, and community engagement have provided the foundation for my dedication to making a positive impact through my academic and career pursuits. As I embark on my journey in the field of bioinformatics, I am driven by the desire to leverage my skills and knowledge to create meaningful change in healthcare and medical research. In conclusion, my volunteer experiences have deeply influenced my core values and the direction of my career and life goals. The principles of empathy, service, and community engagement have become an integral part of who I am. I am committed to using my education and skills to make a positive impact in the world, aligning my values with my career aspirations. Volunteering has been a guiding force in my life, and I look forward to continuing this journey of service and impact.

Immersed in the enchanting world of Harry Potter, where magic and adventure intertwine, I find myself drawn to the alluring tapestry of Hogwarts. In this realm of wonder, where courage, wisdom, loyalty, and ambition flourish, the Sorting Hat's decision carries profound significance. As I contemplate my place within this mystical world, I firmly believe that my true home lies in the house of Slytherin. Slytherin House, renowned for its ambition and resourcefulness, embodies qualities that resonate deeply with my character and aspirations. I envision myself as a Slytherin because I am driven by an unwavering ambition to excel and make a meaningful impact in the world. The pursuit of knowledge and personal growth fuels my desire to achieve greatness. One of my defining challenges was my transition into higher education as a first-generation student. This journey required me to navigate the complexities of academia independently, which strengthened my problem-solving skills and adaptability. Much like a Slytherin's strategic thinking, I developed strategies to excel academically and overcome obstacles. My unwavering determination led me to earn my Bachelor's degree in Biochemistry and pursue a Master's in Bioinformatics, showcasing my commitment to intellectual growth and innovation. In the spirit of Slytherin, I embrace every opportunity to challenge myself and strive for excellence. My academic journey reflects my commitment to expanding my knowledge and achieving greatness. I encountered complex challenges that demanded creative problem-solving and adaptability, much like a Slytherin's resourcefulness. My dedication to community service further aligns with the values of Slytherin. Just as this house values loyalty and camaraderie, I am deeply committed to supporting and uplifting those around me. In high school, I joined LEAP (Leaders Encouraging Adolescent Progress), a club dedicated to educating students about the dangers of underage drinking and drug use. Our mission was to promote a drug and alcohol-free lifestyle by educating middle and elementary school students on healthy ways to relieve stress and interact with peers. We organized various community service events, such as volunteering as chaperones for kids' parties in local clubhouse communities and participating in walkathons. These experiences allowed me to develop strong bonds with my community and exemplified my dedication to making a positive impact. Moreover, my passion for community service extends to my aspiration to volunteer for organizations supporting homeless individuals and cancer patients. Inspired by my best friend's battle with cancer, I am determined to contribute to the development of precision medicine, working tirelessly in the field of bioinformatics. My ambition to make a meaningful impact drives me to serve and uplift my community. In conclusion, I am confident that the house of Slytherin is my true home within the world of Hogwarts. My ambition, drive, and passion align seamlessly with the qualities that define this house. I am committed to achieving greatness and making a lasting impact, just as any Slytherin should be. As I embark on this magical journey through the "Harry Potter and the Sorting Hat Scholarship," I am excited to showcase my unwavering connection to the wizarding world and my deep appreciation for Harry Potter. Thank you for considering my application, and I eagerly await the Sorting Hat's decision.

In August of 2020, the world lost a remarkable soul, Maida Brkanovic, whose legacy of selflessness and compassion has deeply resonated with me. While I never had the privilege of meeting Maida in person, her dedication to causes like cancer research and advocating for animal welfare has left an unforgettable mark on my heart. Her actions continue to inspire and impact lives, including my own, as I've come to admire and respect the passion and commitment she embodied. As a first-generation American with roots tracing back to Afghanistan, my journey in this diverse land has profoundly shaped my beliefs about life, family, and the pursuit of independence. My story is one of determination, self-awareness, and a deep desire to build a future that aligns with my values. Family has always been at the core of my aspirations. My parents immigrated to the United States in the early 80s, seeking a better life and opportunities. Growing up, I witnessed the sacrifices my parents made and the hard work they put in. Their dedication to providing for our family and creating opportunities for me and my siblings, all born here in New Jersey, has instilled in me a profound sense of gratitude and responsibility. I've learned that family is not just about blood ties; it's about supporting and uplifting each other in our pursuit of happiness and success. One of my core beliefs about life is the importance of making a meaningful impact in the world. While financial independence is a valuable aspect of this journey, my true passion lies in the realm of cancer research and precision medicine. Inspired by the journey of my best friend, who battled and triumphed over cancer, I'm driven to become a pioneer in precision medicine, enhancing people's chances of beating and preventing cancer. My education in bioinformatics serves as a powerful tool in pursuing this goal. In my pursuit of independence and the opportunity to make a difference, education has played a pivotal role. I've come to realize that education not only imparts knowledge but also builds confidence. Each step of my academic journey has provided me with the skills and self-assurance to navigate life's challenges. Through my successes and failures, my pursuit of education has brought me joy and a sense of purpose. Becoming a first-generation student has brought its own set of challenges and rewards. It's a journey marked by self-awareness, as I've learned to navigate the complexities of the education system, often independently. I've also recognized the importance of mentorship and guidance, which have been instrumental in my academic success. As I strive to achieve my educational and career goals, I'm committed to being a source of support and inspiration for others who may be following a similar path. My beliefs about life extend beyond personal aspirations. I believe in the power of community service and selflessness, values that resonate deeply with Maida's legacy. Just as she dedicated her time to causes close to her heart, I aspire to use my education and resources to make a positive impact on the lives of others. My journey into the realm of community service began in high school when I joined LEAP (Leaders Encouraging Adolescent Progress), a club committed to educating students about the dangers of underage drinking and drug use. In LEAP, we emphasized the importance of a drug and alcohol-free lifestyle, sharing our commitment with middle and elementary school students through workshops that focused on healthy ways to relieve stress and interact with peers. Our club organized numerous community service events, from volunteering as chaperones for kids' parties in local clubhouse communities to participating in walkathons. These experiences allowed me to actively engage with my community, inspiring a sense of selflessness that has persisted throughout my academic journey. Throughout my journey, I've actively engaged in community service, dedicating my time and effort to various causes. I've volunteered at Pfizer, where I participated in assembling education and health kits for distribution to local organizations in collaboration with the United Way of Rockland County (UWRC). This experience allowed me to directly contribute to improving the lives of individuals in need. In conclusion, my journey as a first-generation American with Afghan roots has reinforced my beliefs about the importance of family, education, and selflessness, particularly in the context of cancer research and precision medicine. I'm deeply honored to be considered for the Maida Brkanovic Memorial Scholarship, which aligns with my values and aspirations. This scholarship offers a valuable opportunity for me to extend my journey of selflessness, working towards a brighter future for both myself and those I have the privilege to impact, in honor of Maida Brkanovic. Thank you for considering my application, and I look forward to the opportunity to carry forward Maida's legacy of compassion and dedication to helping others.

In the vibrant tapestry of my imagination, my Barbie Dream House emerges as a testament to my love for all things pink, my fascination with diverse landscapes, and my deep connection to creativity and self-expression. Nestled within the breathtaking embrace of nature, my dream house finds its home on the edge of a tranquil mountain range, overlooking the distant allure of the ocean waves. This idyllic location seamlessly blends the majesty of the mountains with the serene beauty of the sea, offering a panoramic view that inspires wonder and awe. The exterior of my dream house is a whimsical blend of architectural styles, fusing the elegant charm of a coastal cottage with the modern flair of a city penthouse. A cobblestone path meanders through a meticulously landscaped garden, leading to a grand entrance adorned with a rose-covered archway. The fragrance of blooming flowers permeates the air. Stepping inside, you are immediately greeted by the enchanting aura of creativity and inspiration that permeates PersianBarbie's Dream House. The foyer welcomes guests with a crystal chandelier that sparkles like stars, casting a warm glow on the soft pink walls. Persian rugs, a nod to my heritage, adorn the floors, adding a touch of tradition to this modern paradise. As you proceed into the Living Room, it becomes apparent that this space is a tribute to the rich cultural heritage passed down through my Afghan roots. Much like my mother's living room, which she lovingly preserves like a museum for special occasions, this room boasts elegant Persian rugs, painstakingly chosen to reflect the beauty and history of Afghan craftsmanship. The furniture, though luxuriously comfortable, is elegantly covered, preserving its pristine condition until the moment it's unveiled for cherished guests. The heart of my dream house is the spacious bedroom, where a plush canopy bed, adorned with blush-pink satin, invites peaceful slumber. The walk-in closet, my sanctuary, boasts floor-to-ceiling shelves filled with the latest designer outfits and accessories. Every piece of clothing is meticulously organized, making each day's outfit selection a delightful experience. Adjacent to the bedroom lies the ultimate haven for my passions: the Entertainment Wing. This room is dedicated to my love for video games, with a state-of-the-art gaming setup featuring the latest consoles and a massive screen for epic Halo battles. Delving deeper into PersianBarbie's Dream House, you'll uncover the Music Studio, where my metallic pink Ibanez electric guitar takes center stage. Inside these walls, you'll find a diverse repertoire of post-hardcore rock and metal songs, offering a unique blend of musical genres that pairs surprisingly well with the guitar's charming appearance. Here, I immerse myself in the melodies and rhythms that fill the room, surrounded by an array of instruments, amplifiers, and a recording setup that enables me to share my musical journey with the world. To nurture both my physical and mental well-being, my dream house boasts a versatile space that transforms from a Home Gym into a serene Yoga Room. Here, I can practice mindfulness and maintain my fitness regimen while staying connected with nature through large windows that open to panoramic views of the mountains and the sea. In conclusion, PersianBarbie's Dream House is more than just a dwelling; it's a reflection of my personality, passions, and aspirations. This fantastical sanctuary, infused with shades of pink and nestled amidst the mountains and the sea, embodies the harmony I seek between nature, creativity, and self-discovery. It is a place where dreams take shape, and imagination knows no bounds. Just like Barbie, I aspire to inspire and create a world of endless possibilities within the walls of my dream house.

In the realm of science, discoveries light the path to progress, and as a scientist, I have devoted my career to illuminating the intricate mysteries of life. Yet, alongside my scientific pursuits, there is another journey that has consistently defined my life—a journey of service, empathy, and unwavering commitment to making the world a better place. As a dedicated scientist at Pfizer in Pearl River, NY, my days are often immersed in the rigorous world of healthcare and precision medicine. However, my passion for service has been a steadfast companion throughout my life. I've sought out volunteer opportunities in my community and beyond, driven by the belief that the knowledge and skills I've gained in my scientific career can be harnessed to make a meaningful difference in the lives of those in need. One such opportunity recently emerged when I collaborated with the United Way of Rockland County (UWRC) to assemble education and health kits for local organizations. This experience reinforced my conviction that science and service are not mutually exclusive; they can, and should, coexist harmoniously to address the most pressing challenges facing our society. My background as a scientist has provided me with a unique perspective on healthcare and the potential to contribute to improving the lives of those who need it most. Yet, my commitment to service extends far beyond my workplace. Throughout my educational journey, from high school to college, I actively engaged in volunteer activities that shaped my understanding of the profound impact of selflessness. Whether assisting cancer patients at Ronald McDonald House Charities, volunteering to provide Midnight Runs at shelters in New York City, or participating in community outreach programs, each experience enriched my life and reinforced my belief in the transformative power of compassion. Looking forward, my vision for creating a positive impact on the world is deeply rooted in my scientific background and my desire to serve those facing health-related challenges. Volunteering for groups such as cancer patients or individuals experiencing homelessness allows me to combine my scientific knowledge with my compassionate nature. I aim to offer not only practical assistance but also emotional support and hope to those navigating difficult journeys. In conclusion, the Priscilla Shireen Luke Scholarship speaks to my core values and my lifelong commitment to service, which has been intertwined with my identity as a scientist. My goal is to honor Priscilla's legacy by using my unique combination of scientific expertise and a compassionate heart to illuminate the lives of others. Thank you for considering my application. I eagerly anticipate the opportunity to carry forward Priscilla Shireen Luke's legacy of service, lighting the way for future generations through the lens of science and empathy.

Hello! My name is Sarah Feraidoon, and I'm an Afghan-American woman with a deep passion for science. My journey has been marked by both challenges and resilience, and I'm excited to share how the Barbara J. DeVaney Scholarship would make a meaningful impact on my life and my commitment to giving back. Growing up, my family's approach to discipline was often rougher than what I observed among my peers. I faced a unique struggle of not having a relatable support system I could turn to for confirmation or guidance during those challenging times. Despite these difficulties, I remained determined to find my path, with education becoming my refuge and a source of hope for a better future. My educational and career goals are rooted in my passion for science and my desire to make a positive impact on people's lives. With a solid foundation and degrees in Biochemistry and Biology, I'm currently pursuing my Master's in Bioinformatics, while working full-time as an Associate Scientist at Pfizer. I've always sought to be the bridge between science and healthcare, using my skills to directly help patients in the future. I firmly believe that a deep understanding of disease biology and precision medicine can transform lives and alleviate suffering. One example of my ambition and drive is my transition within Pfizer from a role in Robotics & Automation to the challenging field of Bioinformatics. This transition required me to acquire new knowledge and skills, and it reflects my determination to excel in my chosen path. I am a deserving candidate for the Barbara J. DeVaney Scholarship because of my unwavering dedication to making a difference. I genuinely care about people, and I've worked tirelessly to overcome the challenges life has thrown my way. My experiences have shaped me into a resilient and compassionate individual who is committed to improving the world through science. Receiving this scholarship would be a game-changer for me. Currently, I'm living at home with my mother, and my financial situation is precarious due to debt and the high cost of education. This scholarship would provide much-needed relief, allowing me to focus more on my studies and worry less about finances. It would enable me to save for the future, helping me eventually settle down and have the time to give back to the community. I've also made a positive impact in my workplace and community. I initiated a chess club at my workplace, fostering camaraderie and bringing people together. Additionally, I've consistently been a friendly and team-oriented colleague, contributing to a positive work environment. Balancing work, life, and school demonstrates my drive and determination to achieve my goals despite the challenges. This scholarship would bring me closer to a future where I can balance my personal growth with contributing to others. I envision a life where I can share my knowledge, lift others up, and inspire them to pursue their passions. I yearn for the opportunity to return to volunteering and have slower, more meaningful days. In conclusion, I believe that receiving the Barbara J. DeVaney Scholarship would not only transform my life but also serve as a beacon of hope for others facing similar challenges. By supporting me, the scholarship committee would be investing in someone who is dedicated to making a positive impact in the world. Together, we can show what can be achieved when one's mind is set on a path of resilience, compassion, and the pursuit of knowledge. Thank you for considering my application, and I look forward to the opportunity to create a better life for myself and inspire others to do the same.

I love math because of how satisfying it is to find a solution. Growing up, math was my favorite subject and it was something that always clicked for me. We had challenges to see who would complete their times-table worksheets the fastest and I remember racing through them as fast as I could. As a result, my teachers would call me the "human calculator". From a young age, I found it very rewarding to tackle and finally solve a problem. The class that most sparked my interest in math was Creative Math, which I took in seventh and eighth grade. That class shaped me and challenged me to be the kind of thinker I am today. The problems we were faced with were problems that required one to think outside the box. It also demanded attention to detail and critical reading skills. This kind of math was pivotal in developing the kind of thinking and learning I would do from then on. I am currently in a Master's program in Bioinformatics. My previous job role as a lab technician inspired me. At CooperGenomics, a genetic testing company, we would run assays and use sequencing instruments called NextSeqs to give IVF patients a diagnosis on their biopsied embryos and give a recommendation regarding implantation. The core of NextSeq technology is statistics and algorithms so that piqued my interest in further studying bioinformatics, biotechnology, and NextSeq technology. Little me would have never guessed that I would find such a cool real-life application of math! I love both maximizing efficiency and understanding the world and math is a tool that helps me do just that.

To this day, reffing girls' lacrosse has been my most rewarding job. I love that it feels like the "first day of school" every time I ref the first game of the season. At the age of sixteen, one of my close friends from my high school lacrosse team encouraged me to join her in becoming a lacrosse official/referee. I took a chance and said, "Let's do it!" I couldn't drive yet so my mom would drop us both off at Livingston High School for a four-hour meeting on a Saturday. Four hours, for four Saturdays in a row, felt like an eternity to a sixteen-year-old (still feels long even now). Once we took our certification exams, BOOM, we were in! As long as we paid our dues every year, we would never have to sit through one of those four-hour meetings again. In 2013, I turned seventeen, passed my driving exam, and finally began officiating lacrosse games all over New Jersey for girls ages 8 to 14. I truly love the role I play in these young girls' lives. Often, their coaches do not know the rules that well. The field is usually not correctly marked or bordered/sectioned with cones. There needs to be a visible scoreboard at all times and the home team is supposed to provide a person to keep time. Admittedly, the rules within the game are a bit complex - there are updates every year and it's silly to expect a little kid to remember all of them. However, there are aspects coaches can more directly control, like making sure one's field meets the requirements of the rulebook. Such an arrangement is not difficult to achieve but it requires preparedness from the coaches. Unfortunately, while field regulations are a fundamental necessity, I usually find that fields are failing the pre-game inspection checks. To address this, I've connected with my lacrosse mentor and will soon create a new workflow for addressing, logging, and solving problems every lacrosse official encounters that cannot be solved that day in hopes to prevent it from becoming an ongoing issue. I hope to see a change in the way coaches are prepared for game day, whether it has to do with field dimensions and equipment, or even any issue beyond this one. Being a youth girls' lacrosse official for nine years has allowed me to provide safety, structure, feedback, and positivity to the girls' lacrosse community. To be in this role for so long meant a commitment to upholding the fairness of the game and knowledge of the rules as well as being a role model for professionalism and sportsmanship. It motivates me to be strong, knowledgeable and prepared for instances when a person or coach disagreed with my call. This role is what you make of it and having the self-discipline to annotate the rulebook every year and be as studious as possible allowed me to be an excellent official. I am grateful for the transferable skills it's given me and the comfort in knowing it is a role I can always return to.

To this day, reffing girls' lacrosse has been my most rewarding job. I love that it feels like the "first day of school" every time I ref the first game of the season. At the age of sixteen, one of my close friends from my high school lacrosse team encouraged me to join her in becoming a lacrosse official/referee. I took a chance and said, "Let's do it!" I couldn't drive yet so my mom would drop us both off at Livingston High School for a four-hour meeting on a Saturday. Four hours, for four Saturdays in a row, felt like an eternity to a sixteen-year-old (still feels long even now). Once we took our certification exams, BOOM, we were in! As long as we paid our dues every year, we would never have to sit through one of those four-hour meetings again. In 2013, I turned seventeen, passed my driving exam, and finally began officiating lacrosse games all over New Jersey for girls ages 8 to 14. I truly love the role I play in these young girls' lives. Often, their coaches do not know the rules that well. The field is usually not correctly marked or bordered/sectioned with cones. There needs to be a visible scoreboard at all times and the home team is supposed to provide a person to keep time. Admittedly, the rules within the game are a bit complex - there are updates every year and it's silly to expect a little kid to remember all of them. However, there are aspects coaches can more directly control, like making sure one's field meets the requirements of the rulebook. Such an arrangement is not difficult to achieve but it requires preparedness from the coaches. Unfortunately, while field regulations are a fundamental necessity, I usually find that fields are failing the pre-game inspection checks. To address this, I've connected with my lacrosse mentor and will soon create a new workflow for addressing, logging, and solving problems every lacrosse official encounters that cannot be solved that day in hopes to prevent it from becoming an ongoing issue. I hope to see a change in the way coaches are prepared for game day, whether it has to do with field dimensions and equipment, or even any issue beyond this one. Being a youth girls' lacrosse official for nine years has allowed me to provide safety, structure, feedback, and positivity to the girls' lacrosse community. It motivates me to be strong, knowledgeable and prepared for instances when a person or coach disagreed with my call. I am grateful for the transferable skills it's given me and the comfort in knowing it is a role I can always return to.

I've always loved playing sports, especially with my big brother. Growing up, he always let me join pick-up games with his friends. Nothing made me happier than being a goalie in soccer or just shooting around our basketball hoop. I loved being included and it made me feel important to help complete their teams. I've played many sports from childhood through adulthood. My experience is unique because I've been a team's MVP but I've also been one of the weaker players. In each circumstance, I truly found joy in working with my team and bettering myself. It was always hard for me to run in the cold weather, so I preferred to play goalie in soccer. I ended up breaking my wrist one year blocking a shot, and that break took me out for the season. Even so, I cheered my team on every single game from the sidelines. Basketball was my favorite. I was called "sharpshooter" in elementary school! When I got to middle school, however, I started to see other girls' skill sets surpass mine - I was a good ball handler but my agility needed serious conditioning due to my asthma. In 7th grade, I did not make the basketball team, which I felt was embarrassing but fair. In response, I worked hard to ensure my body was ready for tryouts the following year. That next year, I did make the team and felt proud to be a part of something that was not exactly easy to achieve. Lacrosse is the sport that stuck with me the longest. It was a fairly new sport for most of us in town at the time and during my 8th-grade year, parents were gathering any athletes they knew to make a new team. I was never the best lacrosse player - it was difficult for me to overcome my asthma during colder days. Playing the attack position was my favorite and worth working for. I loved the opportunity of having the ball, sprinting to goal, faking out the goalie then releasing a shot, and my teammates cheering me on. I played lacrosse all four years of high school and looking back, I still feel nostalgic about it - across the street from our high school was the go-to pizza place that gave me the sustenance I needed to get through 2 hours of practice. One of my close friends on the team encouraged me to join her in becoming a lacrosse official/ referee. At age sixteen, my mom would drop us both off at Livingston High School for a four-hour meeting on a Saturday. Four hours, for four Saturdays in a row, felt like an eternity to a sixteen-year-old (still feels long even now). Once we took our certification exams, BOOM, we were in! As long as you pay your dues every year, you never have to sit through one of those meetings again. In 2013, I turned 17, passed my driving exam, and began officiating lacrosse games all over New Jersey for girls ages 8 to 14. To this day, reffing girls' lacrosse has been the most rewarding job for me. I love that it feels like the "first day of school" every time I ref the first game of the season. It motivates me to be strong, knowledgeable and prepared for instances when a person or coach disagreed with my call. This role has allowed me to provide safety, structure, feedback, and positivity to the girls' lacrosse community. It's given me transferable skills and it's a role I can always return to.

To me, being a Muslim means viewing the world through a lens of gratitude and treating people how I want to be treated. My parents immigrated to the U.S. from Afghanistan and I grew up going to Sunday school and learning about Islam. The values I learned there shaped me into the person that I am. It gave me the tools to communicate directly with Allah without a middleman. I always wanted to be a doctor or scientist growing up. Healing people was the goal. I received my A.S. in Biology and my B.S. in Biochemistry. After college, I worked as a PGT-A Lab Technician [PGT-A: Preimplantation Genetic Testing for Aneuploidy (ploidy = chromosome abundance)] at CooperGenomics for two years. There, we received samples of biopsied embryos from embryologists whose patients started IVF because they had reproductive health issues and we would diagnose embryos as euploid (normal) or aneuploid (abnormal). Now, I am doing vaccine research via robotics & automation and am going back to school for my Master's in Bioinformatics at NYU. My passion is in precision medicine because I want to minimize the suffering in the world and find early prognostic markers and better treat/prevent cancer. It was not just a single person who inspired me for this career but throughout life, I found inspiration in my mentors and even in myself through my success and failures. I originally went to a PharmD program at St. John's University after high school but it was challenging for me to find a balance there. Instead of completely giving up or staying somewhere I didn't belong, I shifted gears and transitioned into a Biology program at community college back in New Jersey, where I could move back home and recalibrate. At the end of the day, I really want to make my mom and myself proud. I actually never saw myself going back for my Master's because I thought it was too difficult for someone like me, but over time, I truly became aware of how much I was capable of. I was very involved in my community in high school. I had joined a club called LEAP, which stands for Leaders Encouraging Adolescent Progress. This was a club where members led a drinking-and-drug-free lifestyle and went to elementary- and middle-schools to advocate for anti-drug abuse. In college, I really enjoyed "Midnight Runs" where we coordinated multiple points in Manhattan to distribute food and clothes to individuals experiencing homelessness. Now, I continue to make a difference in my community by holding part-time jobs where I get to interact with the next generation. I was a substitute teacher at my old high school, Lakeland Regional High School, for a few years and still currently referee lacrosse for New Jersey Youth Girls Lacrosse (ages 8-14). This Bioinformatics program will allow me to independently and collaboratively research, analyze, troubleshoot, and make projections in cancer research. NYU’s faculty have so much experience in research and addressing genetic diseases. One day I would love to gain my own and show student scientists how real-world applications are being used today. I am lucky for the upbringing my parents gave me so that I could focus on my ambitions. I do not take the food, clothing, and shelter I have for granted. Because of them, I became ready to accept this new challenge and commitment to taking my education to the next level. I hope to have you, additionally, to thank for supporting my journey as a pioneer of precision medicine.

I am really inspired how sequencing technology has made the world a better place. Frederick Sanger developed a traditional method of sequencing in 1977 that was very accurate but very slow. The automation of Sanger Sequencing led to the impressive Human Genome Project, completed ahead of schedule. The human genome was originally thought to be only 500 human genes, but the first draft of the HGP in 2001 provided a surprising estimation that the number of human genes was lower than expected. When scientists realized that only covered 1% of the human genome, they projected it would take 100 years to complete. Using a combination of Shotgun Sequencing and Hierarchical Sequencing, scientists from all over the world contributed to the revolutionary discovery and cataloging of a "parts list" of more human genes, leading to the emergence of proteomics and transforming our understanding of evolution. I find sequencing inspiring because of my experience as a PGT-A Lab Technician [PGT-A: Preimplantation Genetic Testing for Aneuploidy (ploidy = chromosome abundance)]. I worked at a genetic testing company at CooperGenomics once I graduated Ramapo College with a B.S. in Biochemistry in 2019. There, we received samples of biopsied embryos from embryologists whose patients had reproductive health issues. These samples would come to our lab, where we would intake and freeze them, then perform amplification in order to increase the genetic material. Once confirming successful amplification, we would use a Nextera Library Preparation kit to fragment, molecularly tag, and amplify many samples in a high-throughput nature (96 or 192 samples at a time). Samples would be further process by "cleaning" away any impurities via size-selection beads and later would be normalized via ion-selection beads. Normalization was for statistical purposes (very important) to ensure the sample amounts were equal to each other so the sequencing machine wouldn't favor reading one over the other. Finally, the samples would be denatured to become single-stranded and, altogether, pooled and fed into the NextSeq machine. The DNA would flow across a flow cell and the flow cell's lawn, coated with oligos, would collect these strands and begin bridge amplification, sequencing, and identifying nucleotides with fluorescent technology. After 14 hours, the NextSeq produces a file of reads that describe the abundance of each chromosome, thus diagnosing embryos as euploid (normal) or aneuploid (abnormal). This sequencing technology is mind-blowing and I'm learning more about it in my Master's program!

I love math because of how satisfying it is to solve a problem. Growing up, math was always my favorite subject and I was really good at it. I loved filling out the times-table worksheets in record time. Just being able to figure out the solutions quickly was really rewarding. There was even a time where my teachers would call me the "human calculator"! My favorite class growing up was Creative Math in seventh and eighth grade. I really feel like that class shaped me and challenged me to be the kind of thinker I am today. I love both maximizing efficiency and understanding the world and math is a tool that helps me do just that. I am currently in a Masters program in Bioinformatics. I was inspired by my previous job as a lab technician at this genetic testing company called CooperGenomics. There, we would run assays and use machines called NextSeqs to give IVF patients a diagnosis on their biopsied embryos and give a recommendation regarding implantation. The core of NextSeq technology is statistics and algorithms so that piqued my interest in further studying bioinformatics, biotechnology, and NextSeq technology. Little me would have never guessed that I would find such a cool real-life application of math!