My interest in science has been a constant throughout my life, long before I understood it as a potential career path. I grew up in the shadow of the Kennedy Space Center, with family members employed there, science was never distant or abstract, it was part of everyday conversation and imagination. From an early age, I learned to see science not just as knowledge, but as a tool for exploration, problem-solving, and service to something larger than oneself. Popular culture reinforced that curiosity in meaningful ways. I proudly consider myself part of the “Scully Effect,” the measurable influence that encouraged more women to pursue STEM careers after seeing strong, intelligent female scientists represented on television. Characters like Dana Scully showed that skepticism, evidence, and empathy could coexist, and that women belonged in scientific spaces. At the same time, growing up as a lifelong Trekkie instilled in me the belief that science, cooperation, and education are essential to building a better future. These influences shaped my values early and helped science feel accessible, purposeful, and human. As I grew older, my interest in science evolved into a commitment to environmental science. I became increasingly aware of how environmental damage directly affects human health, community stability, and long-term opportunity. This understanding has guided my academic goals and strengthened my desire to work in remediation and restoration. I am particularly interested in applying scientific solutions to repair environmental harm rather than simply document it. One of the most formative experiences in my education was a study abroad trip to the Cayman Islands, where I participated in hands-on environmental work. During that trip, I worked with local conservation efforts focused on restoring mangrove ecosystems and protecting Green Sea Turtle nesting grounds. Being part of a project that helped increase nesting numbers from approximately 20 nests to over 1,000 in a matter of twenty years, was both humbling and motivating. It showed me what is possible when science, collaboration, and sustained effort come together. That experience reinforced my belief that even small contributions, when grounded in science, can support meaningful ecological recovery. My career aspiration is to continue building a future in environmental science where research and restoration intersect with service. I want to work in roles that protect ecosystems while also supporting the communities that depend on them. I believe science carries a responsibility, not only to advance knowledge, but to improve lives. As a student with financial need, this scholarship would have a profound impact on my educational journey. It would allow me to focus more fully on my studies, continue excelling academically, and move closer to completing my degree without unnecessary financial strain. Honoring Willie Louis Pegues’s legacy of education, family, and service means committing to lifelong learning and using that knowledge responsibly. With this support, I can continue pursuing science not only as a passion, but as a means of service and positive change.

My interest in environmental science is rooted in the understanding that environmental health and human health are deeply connected. Pollution, climate change, and environmental degradation disproportionately affect marginalized and low-income communities, reducing quality of life and contributing to long-term health issues. Seeing these impacts, both in my community and through my own lived experience with environmentally triggered health challenges, made it clear that protecting the environment is not optional, but essential. I chose to pursue environmental science so I can move beyond concern and into action. Through my education, I am developing the scientific and analytical skills needed to address environmental damage directly, with a particular interest in remediation and restoration. I am especially drawn to sustainable approaches such as phytoremediation, which use plants to remove toxins from soil and water in cost-effective, community-centered ways. Through my future work, I hope to help restore contaminated environments, reduce environmental health risks, and support communities that have historically carried the greatest burden of pollution. This scholarship would help make that path possible by reducing financial barriers and allowing me to focus fully on my education and long-term impact.

A good education gives us the ability to build something that lasts. What I want to build through my education in environmental science is a future focused on restoration—one where damaged environments are rebuilt in ways that support healthier communities and long-term resilience. I am not pursuing education simply to earn a degree, but to build the skills, knowledge, and perspective necessary to make a measurable difference. I want to build a career dedicated to repairing contaminated land and water, particularly in communities that have been disproportionately affected by pollution. Environmental damage does not occur in isolation, and neither do its effects. When soil and water are compromised, public health, economic stability, and quality of life are compromised as well. By working in environmental remediation and restoration, including plant-based solutions such as phytoremediation, I hope to help rebuild ecosystems while also helping communities rebuild trust in the spaces they live in. Education is the foundation upon which this vision is built. Environmental challenges are complex, and meaningful solutions require scientific understanding, data analysis, and ethical decision-making. Through higher education, I am building the technical expertise needed to evaluate environmental risk, design remediation strategies, and contribute to sustainable solutions. Each course I complete builds toward my ability to apply science responsibly and effectively in the real world. As a low-income, first-generation student, building this future comes with real financial barriers. The cost of higher education often forces students like me to divide our time and energy between earning a living and building an education. Scholarships make it possible to continue building academic momentum without accumulating overwhelming debt or sacrificing long-term goals for short-term survival. Financial support allows me to build stability while staying focused on learning rather than simply getting by. Beyond a career, I want to build a commitment to service and accountability. I hope to build partnerships with communities, scientists, and public institutions to ensure that environmental restoration efforts are transparent, inclusive, and responsive to real needs. By building solutions collaboratively, I believe environmental science can serve not just ecosystems, but people as well. What I hope to build is a future rooted in responsibility, restoration, and opportunity. With the support of this scholarship, I can continue building an education that enables me to turn intention into action and vision into lasting impact, for myself and for the communities I hope to serve

I chose to pursue STEM because it gives me the tools to understand problems at their root and the ability to help fix them in measurable, lasting ways. Science does not rely on assumptions or good intentions alone, it demands evidence, accountability, and action. For me, that clarity is empowering. Environmental science, in particular, allows me to work at the intersection of data, public health, and justice, where informed decisions can directly improve quality of life. My interest in STEM grew from lived experience rather than a single moment of inspiration. I have seen how pollution and environmental degradation disproportionately affect marginalized communities, increasing health risks and limiting opportunity. Living with chronic health challenges that are exacerbated by environmental triggers made those connections personal. I came to understand that environmental protection is not just about conservation, it is about prevention, equity, and care. STEM offered a way to move from concern to contribution. As a woman entering a STEM field later in life, I bring perspective shaped by resilience, adaptability, and real-world experience. I did not arrive here through a traditional pipeline, and that has strengthened my resolve rather than weakened it. Returning to school required courage, particularly in fields where women (especially nontraditional students) are often underrepresented and/or underestimated. Choosing STEM meant choosing challenge, growth, and the confidence to take up space in rooms where women have historically been excluded. I hope to make a difference as a woman in STEM by focusing on work that serves communities rather than just industries. My academic focus in environmental science, particularly remediation and restoration, centers on repairing harm and reducing exposure to environmental toxins. I want to contribute to solutions that clean contaminated land and water, protect public health, and prioritize the needs of communities that are too often ignored. By grounding my work in both scientific rigor and human impact, I aim to model a form of leadership that is collaborative, ethical, and inclusive. Representation matters, not just in visibility, but in values. As a woman in STEM, I hope to challenge the idea that science must be detached from compassion to be credible. I want to show that curiosity and care can coexist with precision and expertise. I also hope to encourage other women, particularly those returning to education or coming from nontraditional backgrounds, to see STEM as a space where they belong and where their perspectives are needed. Choosing STEM was not about proving I could survive a difficult field; it was about committing to work that matters. I hope to make a difference by using science as a tool for restoration, advocacy, positive change and by contributing to a future where women’s voices are integral to solving the world’s most complex challenges

I am a low-income, first-generation college student pursuing a career rooted in service, prevention, and community well-being. While my academic path is in environmental science, my motivation aligns closely with fields like healthcare, social work, and public service because environmental health and human health are inseparable. My goal is to help create conditions where people can live healthier lives; not only through treatment after harm occurs, but by reducing the environmental factors that cause harm in the first place. My journey to higher education has been shaped by years in the service industry, where I learned resilience, communication, and empathy, but also experienced significant burnout. The COVID-19 pandemic exposed how fragile many essential systems are and forced me to reflect on the kind of impact I wanted my work to have. I realized I wanted more than survival or short-term stability; I wanted to contribute to long-term solutions that improve quality of life, particularly for communities that are most often overlooked. Environmental pollution disproportionately affects low-income and marginalized communities, increasing rates of chronic illness, respiratory disease, and neurological conditions. Living with chronic health challenges myself has made these connections impossible to ignore. I came to understand environmental protection as a form of preventative care, one that reduces future strain on healthcare systems and improves community outcomes before intervention becomes crisis response. That realization is what led me to pursue environmental science, with a focus on remediation and restoration. Through my education, I am learning how scientific tools can be applied to real-world problems such as soil contamination, water pollution, and climate-driven environmental change. I am particularly interested in phytoremediation, which uses plants to remove toxins from soil and water. This approach offers sustainable, cost-effective solutions that can be implemented in communities with limited resources. My goal is to work in roles that bridge science, public health, and community advocacy, ensuring that environmental solutions are accessible, ethical, and people-centered. As a low-income student, balancing education with financial necessity has been challenging. Despite this, I am graduating with honors and as a member of Phi Theta Kappa, and I plan to continue toward a bachelor’s degree. These achievements reflect persistence and commitment, but financial barriers remain significant. Scholarships like this one make it possible to focus more fully on education and less on survival, allowing students like me to prepare for careers that serve the public good. I hope to help the world by addressing problems at their source, cleaning contaminated environments, reducing health risks, and advocating for equitable environmental practices. Whether through environmental remediation, collaboration with public agencies, or community-based work, I want my career to contribute to healthier, more resilient communities. This scholarship would support not just my education, but my ability to pursue a career dedicated to service, prevention, and lasting impact.

I did not return to college because it was convenient, inexpensive, or easy to fit into my life. I returned because after over a decade in the service industry, a global pandemic, and more customer interactions than any human should reasonably endure, it became clear that simply “getting by” was no longer enough. Higher education, at this stage in my life, is not a detour, it is a deliberate course correction. The COVID-19 pandemic became a turning point. As the service industry destabilized and burnout intensified, I was forced to slow down and reassess what kind of future I was working toward. That pause gave me clarity. I recognized that I did not want to spend the rest of my life managing stress for someone else’s bottom line. I wanted to build something lasting and have a career that contributed to healthier communities, addressed real-world problems and be something to be proud of, rather than having a job that drives many to misuse social lubricants. At the same time, my growing awareness of environmental and public health issues solidified my values. Pollution and environmental degradation disproportionately affect marginalized communities, lowering quality of life and contributing to chronic health conditions. These realities resonated deeply with me, particularly as someone living with chronic health challenges that are worsened by environmental factors. I came to understand environmental protection not as an abstract concern, but as an issue of justice, prevention, and care. This realization shaped my decision to pursue environmental science, with a focus on remediation and restoration. Returning to school as a working adult required courage and commitment. Coming from a low-income, first-generation background meant navigating higher education without a roadmap while balancing enormous financial responsibility solo. Despite these challenges, I have thrived academically. I am graduating with honors and as a member of Phi Theta Kappa, achievements that reflect discipline, perseverance, and a renewed belief in my capabilities. I now plan to transfer to Tennessee Tech complete my bachelor’s degree and continue developing the scientific and analytical skills necessary to create meaningful environmental solutions. Community service, to me, is about responsibility rather than recognition. I intend to use my education to work on projects that clean contaminated soil and water, reduce environmental exposure to toxins, and support communities that have historically been overlooked. Whether through environmental remediation, research, or public engagement, my goal is to apply science in ways that improve daily life and protect future generations. This scholarship would play a critical role in helping me achieve these goals. The financial support would allow me to reduce my reliance on customer service work—particularly management roles that demand significant time and emotional energy—and instead focus fully on my education. Rather than running a store for someone else, I would be able to invest my energy into my own research, coursework, and general academic success as I transition toward my bachelor’s degree. My life journey has taught me resilience, empathy, and the importance of intentional change. This scholarship represents more than financial assistance; it represents the opportunity to continue building a future rooted in purpose, service, and lasting impact. With this support, I can move forward not just as a student, but as someone prepared to make a meaningful difference in my community and chosen field.

My passion for environmental protection is deeply personal. I have seen how environmental harm is not an abstract concept, but a daily reality that affects human health, quality of life, and opportunity, especially in communities with the fewest resources to protect themselves. Pollution does not exist in isolation; it accumulates in soil, water, and bodies. Living with chronic health challenges that are exacerbated by environmental triggers has made me acutely aware of how closely environmental and human health are connected. Protecting the environment, to me, is not optional; it is preventative care at a societal scale. My education in environmental science is giving me the tools to move beyond concern and into action. Through my studies, I am learning how climate change accelerates contamination, alters ecosystems, and increases human exposure to harmful substances. I am extremely interested in phytoremediation, a plant-based approach to restoring polluted soil and water. This field offers practical, scalable solutions that can reduce environmental damage while supporting long-term sustainability. By understanding the science behind remediation, data analysis, and environmental systems, I am preparing for a career focused on repairing damage rather than simply documenting it. Climate change cannot be addressed through awareness alone. It requires evidence-based solutions and people who are willing to work at the intersection of science, policy, and community needs. My goal is to apply what I learn to projects that mitigate contamination, restore degraded environments, and reduce climate-related health risks, especially in marginalized communities that are often disproportionately affected by pollution. Education allows me to engage with climate change as a problem that can be measured, challenged, and improved through informed intervention. When family and friends ask what they can do to reduce their carbon footprint, I offer advice that is realistic and rooted in impact rather than guilt. Individual actions matter most when they are sustainable and most importantly, paired with collective pressure. I encourage people to focus on changes that are practical and consistent, such as reducing unnecessary consumption, supporting local food systems when possible, and extending the lifespan of the items they already own. I also emphasize the importance of civic engagement—voting for environmental protections, supporting policies that regulate major polluters, and holding corporations accountable. Perhaps most importantly, I encourage loved ones not to underestimate their voices. While recycling and personal habits alone will not solve climate change, informed individuals who demand systemic change can. Climate action grows when people understand that their role is not to single-handedly fix the problem, but to participate in solutions that address its root causes. My passion for environmental protection comes from the belief that a healthier planet leads to healthier people. Through education, science, and community-minded action, I am working toward a future where environmental restoration is not a privilege, but a shared responsibility where climate solutions are guided by both compassion and evidence.

The courage to return to school did not come from a single moment of confidence—it came from reaching a point where continuing on my old path was no longer sustainable. For years, I worked in the service industry, a field that demands emotional labor, long hours, and constant adaptability. While I took pride in my work, the cumulative strain of customer service eventually led to extreme burnout. When the COVID-19 pandemic hit, it didn’t just disrupt my job; it fundamentally changed how I viewed my future. COVID exposed the fragility of service industry work. Furloughs, instability, and uncertainty became the norm, and the expectation to absorb stress without support intensified. During that time, I had the rare opportunity to pause and reflect. What became clear was that I could not return to a career that had drained my health, energy, and sense of purpose. I needed something more sustainable—something that aligned with my values and allowed me to build a future rather than simply survive day to day. During the lockdowns, my love of plants grew into something deeper. Gardening and learning about plant systems became a source of stability and curiosity during an otherwise overwhelming period. What began as a way to cope evolved into a genuine academic interest in environmental science and the role plants can play in healing damaged environments. For the first time, I could envision a second career that combined intellectual fulfillment, long-term impact, and personal meaning. Returning to school as an adult was still daunting. Financial concerns, age, and the fear of starting over weighed heavily on me. What made it possible was a combination of opportunity and support. Tennessee’s program to help offset the cost of an associate degree for adult learners removed a significant financial barrier and gave me the practical means to begin again. Just as importantly, I have a supportive partner who has taken on much of the financial burden while I pursue my education, believing in my long-term goals even when the short-term sacrifices are real. Choosing to return to school required courage—not because it was easy, but because it meant trusting myself to change course after years in a familiar role. It meant acknowledging burnout honestly, embracing uncertainty, and committing to growth. I am now pursuing a path that challenges me academically and aligns with my values, and I am stronger for having taken that risk. Susie Green’s legacy honors women who show strength and resolve in redefining their lives. Returning to school is my act of courage—one rooted in resilience, supported by love, and driven by the belief that it is never too late to build a life with purpose.

My “pie in the sky” dream is to help restore contaminated land in communities that have been historically marginalized; places where pollution has been treated as an acceptable cost of economic progress, and where the people affected have had the least power to object. I want to use environmental science not just to study damage, but to repair it, so that cleaner soil and water become a matter of justice rather than privilege. This dream didn’t come from a single moment, but from a growing awareness of how deeply environmental harm is tied to human health and quality of life. Pollution does not affect everyone equally. Low-income and marginalized communities are far more likely to live near contaminated land, industrial waste, or polluted waterways, and the consequences are long-term and generational. Seeing this inequity made it impossible for me to treat environmental science as an abstract field. I realized I wanted my work to matter in a way that people could feel in their everyday lives. The path toward that dream feels both inspiring and daunting. My next major step is transferring to Tennessee Tech to continue my education in environmental science, with the goal of focusing on remediation and restoration. Academically, I feel ready. I am graduating with honors, I have proven to myself that I can persist through challenges, and I am deeply motivated by the work ahead. Financially, however, the leap feels intimidating. As a first-generation, low-income student, continuing my education means taking on significant financial risk in pursuit of a future that is not guaranteed. That fear is real—but so is my commitment. Being a woman who dreams big does not mean being fearless; it means choosing to move forward anyway. I have already learned how to balance work, school, and personal challenges, and how to advocate for myself in spaces where I once felt out of place. Each step I take—completing my associate degree, earning academic honors, planning my transfer—is proof that growth happens when we dare to plant ourselves somewhere new. What gives me confidence is knowing that my dream is not centered solely on personal success. It is rooted in service and community impact. I want to work alongside scientists, communities, and policymakers to restore damaged land and reduce exposure to environmental toxins. I want marginalized communities to have access to safe environments and a voice in decisions that affect their health. When women dream out loud, we create space not just for ourselves, but for others to grow as well. My “pie in the sky” dream may feel just out of reach right now, but it is not out of sight. With continued education, financial support, and persistence, I believe it can become reality. This scholarship represents more than assistance, it represents belief. And belief is powerful. When women are supported in dreaming boldly and acting intentionally, the impact extends far beyond any single individual. It strengthens communities, restores balance, and proves that growth truly happens when we dare to dream, and follow through.

Being a first-generation college student means navigating higher education without guidance or precedent. On both sides of my family, I am the first to pursue any kind of college degree. There was no roadmap for applications, financial planning, or academic expectations. Every step of this journey has required self-advocacy, persistence, and the belief that I belong in spaces I was never taught to enter. Coming from a low-income background, the decision to pursue higher education as a working adult has been both challenging and transformative. For much of my life, my options were limited to menial jobs that offered little stability, fulfillment, or long-term impact. Balancing work and school has often meant choosing between financial necessity and academic focus. While I have remained committed to my education, the constant pressure to earn an income has made the path forward more difficult and, at times, exhausting. What motivates me to persist is a clear sense of purpose. I am deeply driven by the connection between environmental health and human health. Pollution disproportionately affects vulnerable communities, contributing to chronic illness and reduced quality of life. Through environmental science—particularly environmental remediation and restoration—I hope to help address these inequities by applying scientific solutions to reduce contamination in soil and water. I want my work to create tangible improvements in both environmental sustainability and public well-being. Despite financial and personal challenges, I am proud to be graduating with honors and as a member of Phi Theta Kappa. These accomplishments represent discipline, resilience, and a refusal to let circumstance define my potential. I plan to transfer to complete my bachelor’s degree and continue building the technical and analytical skills necessary for a meaningful career in environmental science. Receiving this scholarship would directly ease the financial strain that forces many first-generation students to divide their energy between survival and success. With this support, I would be able to reduce work hours and redirect more time and focus toward coursework, research, and preparation for my future career. This scholarship would allow me to invest fully in my education rather than constantly compensating for financial limitations. As a first-generation student, my journey has been shaped by determination, adaptability, and purpose. I am not striving for perfection, but for progress that leads to lasting impact. This scholarship would be an invaluable step toward achieving my goals, and I would be deeply grateful for the opportunity to continue building a future rooted in service, science, and positive change.

To me, legacy is not about fame, wealth, or having one’s name remembered. Legacy is something to strive for, a sense of purpose that gives meaning to the work we do and offers others something worth building upon. It is about contributing value beyond oneself and demonstrating that individual effort, when guided by intention, can have lasting impact. The strongest example of legacy in my life comes from my maternal grandparents. Both were World War II United States Marine Corps veterans, and my grandfather later became an engineer for NASA, where he worked on the Mercury and Apollo missions. Their lives reflected service, discipline, and commitment to something larger than themselves. Knowing what they accomplished showed me that meaningful work matters and that dedication can shape history, even if quietly. Their example gave me a benchmark for what a life of purpose can look like. Beyond them, however, legacy was largely absent in my upbringing. Neither of my parents nor my aunts and uncles offered a clear sense of direction or long-term purpose for anyone to aspire to. There was little emphasis on building something that would endure or inspire others. Growing up without that framework was challenging, but it also forced me to define my own values and goals rather than inheriting them. In that sense, the absence of legacy became a catalyst for self-reflection and independence. I see my education as the point where I actively choose to break that cycle. By pursuing environmental science with a focus on phytoremediation, I am committing to work that addresses environmental damage and public health in a tangible way. My goal is not recognition, but impact. I want my efforts to contribute to cleaner soil, safer water, and healthier communities. If my work helps reduce exposure to environmental toxins or restores damaged ecosystems, then it serves a purpose that extends beyond my own lifetime. Although I do not plan to have children of my own, I do not believe legacy is limited to family lines. Legacy exists in influence, example, and the ability to inspire others. I hope to encourage the people around me, whether classmates, colleagues, or community members, to believe that meaningful change is possible. By choosing responsibility, education, and service, I aim to continue the spirit of contribution my grandparents embodied while creating a new legacy rooted in environmental stewardship. Legacy, to me, is not something inherited. It is something built intentionally. And I intend to build one defined by purpose, action, and positive change.

Calculus is often viewed as one of the most difficult and intimidating math courses, but my experience with it was both engaging and enjoyable. Rather than feeling abstract or disconnected, calculus consistently showed its relevance to real-world problems, especially within environmental science. Understanding how systems change over time is central to studying the environment, and calculus provides the tools needed to model, predict, and analyze those changes. In environmental science, calculus is essential for understanding dynamic systems such as population growth, pollutant dispersion, climate trends, and energy flow. Derivatives allow scientists to analyze rates of change, such as how quickly contaminants spread through water or air, while integrals help calculate total exposure, accumulation, or impact over time. These concepts are critical when assessing environmental risk or designing remediation strategies, where accurate modeling can influence public health and policy decisions. One of the most enjoyable aspects of my calculus experience was a group project that demonstrated how statistical reasoning and calculus-based thinking apply beyond traditional textbook problems. My group analyzed data to predict the likelihood of seeing a UFO, using probability concepts, P-values, and Z-scores to assess statistical significance. While the topic itself was lighthearted, the process was rigorous and meaningful. We learned how to interpret data, evaluate uncertainty, and distinguish between random chance and statistically significant patterns. This project made complex concepts approachable and reinforced how quantitative analysis can be applied to unfamiliar or unconventional scenarios. That experience closely mirrors how data analysis functions in environmental science. Whether evaluating pollution levels, tracking climate anomalies, or assessing the effectiveness of remediation efforts, scientists must determine whether observed changes are meaningful or simply noise. Understanding P-values and Z-scores helps ensure that conclusions are based on evidence rather than coincidence. Calculus and statistics work together to provide a framework for making informed, defensible decisions in the face of uncertainty. Beyond its technical applications, calculus fosters a way of thinking that is essential in STEM fields. It encourages problem-solving, collaboration, and persistence—skills I developed through working on group projects and complex problem sets. Breaking large problems into manageable steps and interpreting results in context are habits that translate directly into environmental research and analysis. Rather than being something to endure, calculus became a course I genuinely enjoyed because of its practical relevance and creative problem-solving opportunities. It strengthened my confidence in working with data and reinforced my interest in environmental science. Calculus is important in STEM not because it is challenging, but because it equips students with the analytical tools needed to understand complex systems and apply scientific solutions to real-world problems

Caring for our planet is no longer a choice—it is a necessity for the survival and well-being of every living thing. As a future bioengineer, I believe sustainability should be the guiding principle of every project, every decision, and every innovation. My mission is to help reduce the environmental impact of human activities by designing systems and landscapes that work with nature to heal and sustain our world. My passion for sustainability grew out of personal experiences and a series of transformative moments in my life. While studying mangroves and coral reefs during a trip to Little Cayman Island, I saw firsthand how nature’s own systems can mitigate human impact. Mangroves act as natural filters, absorbing pollutants and stabilizing coastlines, while supporting vibrant ecosystems. These resilient, hyperaccumulator plants showed me that nature already holds solutions to some of our greatest environmental challenges—we just need to listen and learn. Human activities, from industrial development to urban expansion and intensive agriculture, have left deep scars on the land and water around us. Soil contamination, water pollution, and loss of biodiversity threaten not only wildlife but also human health and food security. As a bioengineer, I plan to tackle these issues head-on through phytoremediation: using plants to extract pollutants and restore balance to degraded environments. This approach doesn’t rely on invasive or harmful chemical treatments but instead harnesses the quiet power of plants to clean and rejuvenate natural systems. My journey to this field has been shaped by overcoming adversity. I am a first-generation college student who comes from a broken home and grew up well below the poverty line. After dropping out of college the first time due to a lack of support, I pursued a career as a professional musician. Though music offered creative expression, it did not fulfill my deeper need to contribute to the world in a meaningful, lasting way. While working as a server during the COVID-19 pandemic, I saw how quickly societal structures could break down and how urgently we need resilient, sustainable systems—in our communities and our environment. Returning to school to study botany and bioengineering has been a transformative decision. My focus now is on reducing human environmental impact through sustainable land restoration, green infrastructure, and community-driven ecological design. By integrating advanced technologies like drone-based LiDAR mapping and geographic information systems (GIS), I can analyze landscapes accurately and plan restoration projects that are both effective and minimally disruptive. Sustainability also means considering the long-term health of communities. Reviving green spaces with native plants and hyperaccumulators improves air and water quality, provides flood protection, and supports local biodiversity. It offers people a chance to reconnect with nature, creating healthier, more resilient communities. My goal is to involve local residents in every stage of the process, empowering them to become stewards of their environment and ensuring that these efforts are sustained for generations. This scholarship would help me complete my studies without financial strain, allowing me to focus entirely on developing practical, science-based solutions to our most pressing environmental challenges. I believe that by merging cutting-edge bioengineering techniques with a deep respect for natural processes, we can significantly reduce the negative impact of human activities and create a more sustainable, equitable future. In a time when we can no longer afford to delay, I am committed to leading by example and using my skills to restore, protect, and sustain our planet—one ecosystem at a time.

Plants have always represented resilience to me—quietly growing, adapting, and healing even in the harshest of environments. As I pursue my degree in botany, I am inspired every day by the possibility that plants offer us not only beauty but hope and healing for a damaged world. My greatest passion lies in using plants—especially hyperaccumulators, species capable of extracting pollutants from soil and water—to help restore environments degraded by human activity. I hope to make a career out of designing ecologically resilient landscapes that can bring life and balance back to places that have been harmed. My path to higher education, and to this calling, has not been easy. I am a first-generation college student from a broken home, raised well below the poverty line. There was no expectation in my family that I would go to college, much less study a scientific field. My earlier attempt at college ended in disappointment when I dropped out after facing an unsupportive environment. I pursued music professionally for several years but ultimately found the lifestyle unfulfilling and struggled with depression during that time. The COVID-19 pandemic became a turning point in my life. I was working as a server when the world seemed to lose its collective sense of decency—people were angry, scared, and often unkind. The experience wore on me emotionally and mentally, and I knew I needed to find a more meaningful, healing direction for my life. I returned to school, this time to study botany, where I found a renewed sense of purpose. My passion for phytoremediation and bioengineering deepened during a transformative trip to Little Cayman Island, a Marine Protected Area. There, I witnessed the extraordinary role of mangroves—hyperaccumulator plants that stabilize coastlines, filter pollutants, and provide critical habitat. Observing these natural engineers at work reinforced my desire to dedicate my career to helping plants and ecosystems repair our human-made environmental damage. I envision a future where I design green infrastructure and restored habitats using native plants and hyperaccumulators to improve soil health, purify water, and create sustainable spaces for both wildlife and people. The adversity I’ve faced—poverty, educational setbacks, depression, and growing up in an unstable household—has only strengthened my determination and deepened my empathy. I know what it means to start from behind, to persevere when the odds seem stacked against you, and to keep pursuing your passion even when life throws obstacles in your path. In many ways, I feel a kinship with the plants I have been studying; adapting, surviving, and slowly building something new and beautiful from difficult circumstances. I am applying for this scholarship because it will directly help me achieve my goal of becoming a leader in ecological restoration and green space design. Financial hardship has always been a barrier for me, but scholarships like this one allow me to focus on my education and research without being constantly pulled away by economic survival. I want to honor the spirit of this award by using my education to bring healing—both environmental and personal—to the world around me. I believe I am deserving of this opportunity because I am driven, passionate, and committed to making a lasting impact through my work. Like Jay Curry, I find purpose and joy in creating beautiful, resilient spaces that nurture life. Through botany and ecological restoration, I hope to give back to my community and the planet in ways that endure long after I am gone.

Pursuing higher education at this stage of my life is more than just an academic decision—it's a deeply personal commitment to growth, service, and purpose. I am proud to be the first person in my family to earn a degree, but the path here has been anything but linear. I began my college journey years ago as a music education major, full of enthusiasm but met with discouragement. A series of unsupportive professors and a lack of academic community made it difficult to thrive. Instead of continuing down a path that no longer inspired me, I left school to pursue a professional music career. On stage, I found moments of expression and connection, but over time I realized that performing music wasn’t enough to fulfill my deeper desire to make a lasting, tangible difference in the world. While working as a server to support myself, the COVID-19 pandemic changed everything. I witnessed firsthand how society’s sense of public decency and mutual respect began to erode under stress. The job became emotionally exhausting and financially unviable, so I began to re-evaluate what I truly wanted to do with my life. It was in that moment of uncertainty that I rediscovered a lifelong passion for growing things and decided to go back to school to study botany. That decision changed everything. As I immersed myself in school, I became increasingly drawn to phytoremediation—the use of plants to clean and restore polluted environments. This interest deepened after a transformative trip to Little Cayman Island to study biodiversity in a designated Marine Protected Area. While studying mangroves and coral reefs, I witnessed the quiet, powerful work of nature’s own engineers. Mangroves, in particular, opened my eyes to the idea that plants could be tools for healing—not just ecosystems, but communities. These hyperaccumulators filter toxins, stabilize shorelines, and nurture marine life, all while thriving in harsh conditions. I knew then that I wanted to become a bioengineer, using the intersection of biology and technology to restore damaged landscapes and protect our planet’s future. These experiences have reshaped my values and aspirations. I believe deeply in sustainability, equity, and the responsibility we have to serve the places we live. My goal is to engineer ecologically balanced environments—particularly in areas affected by industrial pollution, climate change, or neglect—and to work with communities to design green spaces that are both restorative and resilient. This work not only contributes to environmental health but also helps improve public well-being, access to nature, and local food systems. Education is now my bridge to these goals. Through a degree in bioengineering, I’ll gain the scientific knowledge, technical skills, and research experience necessary to lead impactful restoration projects. This scholarship will be instrumental in helping me complete my studies without the financial burden that has held many in my family back. It would allow me to focus fully on building a career centered on service—to people, to the environment, and to the generations who will inherit what we leave behind. My journey has taken me through music halls, restaurants, coral reefs, and classrooms—but each chapter has led me closer to this moment. I am ready to use everything I’ve learned, from both success and hardship, to make the world a healthier and more hopeful place.

I want to become a bioengineer to help design and restore environments that have been damaged by human activity. My focus is on creating sustainable, ecologically resilient systems that work with nature—not against it. I believe that engineering should be a tool for healing, and my goal is to use bioengineering to rehabilitate landscapes, reintroduce native species, and restore natural balance in places where it has been lost. One of the most defining moments in my journey was visiting Little Cayman Island, a Marine Protected Area in the Caribbean. There, I had the opportunity to observe mangrove ecosystems up close—particularly how these plants, known as hyperaccumulators, play a crucial role in stabilizing coastal environments. Mangroves filter pollutants, trap sediments, prevent shoreline erosion, and serve as vital habitats for marine life. Seeing their impact firsthand was powerful. They were not just trees—they were nature’s engineers, solving complex environmental problems with elegant simplicity. That experience opened my eyes to how natural systems already have the tools to repair ecological damage—and how our job as engineers should be to support, design, and scale those systems through science and technology. It was on that island, snorkeling in knee-deep water and surrounded by mangrove roots, that I realized I wanted to help engineer a solution to our global environmental challenges. It wasn’t about imposing human structures on nature—it was about understanding and amplifying what nature already does best. As a future bioengineer, I am particularly interested in designing and restoring ecologically sensitive areas using native plant species, natural water filtration systems, and environmentally integrated designs. Whether it’s building wetlands to clean contaminated water, replanting degraded land with native flora, or stabilizing soils in post-industrial zones, I want to bring scientific innovation and environmental empathy together. Technology will be an essential part of my work. I plan to use tools like drone-based LiDAR scanning and GIS mapping to assess terrain and develop data-informed restoration strategies. These tools allow for precise, non-invasive analysis of landscapes, helping us restore ecosystems without further disrupting them. With this information, I hope to build environments that are not only biologically diverse but also functional, self-sustaining, and beneficial to nearby communities. That human element is especially important to me. I believe ecological restoration can—and should—serve people as much as it serves nature. Reviving native landscapes improves air and water quality, supports local food systems, and provides spaces for recreation, cultural expression, and education. In my work, I want to involve local communities in every stage of the design and restoration process, empowering them with knowledge and tools to care for the land long after the initial work is complete. Through a career in bioengineering, I hope to be part of a movement that redefines what it means to build something. I want to create living systems, not just infrastructure. I want to restore ecosystems, not just repair damage. And most of all, I want to be part of a generation of engineers who measure success not just in what we construct, but in what we help regenerate. In every project, I’ll carry the memory of those mangroves in Little Cayman—a reminder of how powerful nature can be, and how much we can achieve when we choose to work alongside it.

Among the many technological innovations of the past decade, LiDAR drones stand out as my favorite. These remarkable devices have revolutionized fields ranging from archaeology to agriculture. For me, they symbolize more than just a leap in technological advancement; they represent a powerful, non-invasive tool to help us reconnect with the Earth, understand our impact on it, and work toward restoring what we’ve damaged. As a future Dynamic Woman in I.T., I see LiDAR drones not only as instruments of precision but as allies in my mission to heal ecological wounds caused by anthropogenic activity. What makes LiDAR drones so amazing to me is their ability to scan the Earth's surface in incredible detail without disturbing anything. In archaeology, they have unveiled hidden ruins and ancient cities buried under dense forests, finds that would have taken decades to uncover through traditional excavation and damage already critically endangered ecosystems. In agriculture, these drones help monitor crop health, assess soil composition, and track changes in vegetation with remarkable accuracy. Both applications rely on the drones' capacity to "see" through plant cover and build 3D models of terrain—offering a way to explore, monitor, and learn without clearing land or disrupting ecosystems. This non-invasive quality is what makes LiDAR drones such an interesting and useful technology. As someone dedicated to environmental remediation, I aim to leverage technology to restore native plant species in ecologically damaged areas. The balance of nature has been deeply affected by anthropogenic activities—industrial development, deforestation, pollution—and it is our responsibility to restore it. By using LiDAR drones to map and assess degraded landscapes, I can identify the best locations for replanting efforts, track ecological changes over time, and monitor the success of remediation projects with minimal environmental intrusion. Beyond ecological impact, this work has profound potential to help local communities. Healthy ecosystems provide cleaner air, more stable soils, and natural water filtration—essential components for human health and resilience. Restoring native plant life can reduce the risk of flooding, create buffers against climate extremes, and even revitalize local agriculture by improving soil health. Reintroducing biodiversity also brings back pollinators and wildlife, which in turn supports food systems and eco-tourism opportunities. Not to mention the majority of new life-changing drugs come directly from the plants around us, so remediating our environment has multiple ways it can benefit both the local community and global one as well. Moreover, I envision collaborating with local communities to involve them in restoration efforts—sharing knowledge, offering training, and using technology to empower rather than displace. LiDAR data can be used to inform community planning, guide sustainable farming practices, and support indigenous or traditional ecological knowledge with modern tools. By making technology accessible and community-centered, we ensure that environmental progress is inclusive and sustainable. As a woman in the information technology field, I am passionate about using my skills to bridge the gap between cutting-edge tech and environmental stewardship. I want to show that I.T. isn’t just about coding or servers—it’s about creating intelligent systems that can lead to meaningful change. My journey is driven by the belief that we can live in harmony with nature, even in the face of past mistakes. As a Dynamic Woman in STEM, I’m embracing a future where technology serves not just innovation, but regeneration. With every flight over a damaged landscape, we gather not only data but hope—a clearer picture of where we've been, and a smarter path to where we must go. Through this work, I aspire to be a catalyst for healing, blending technology, ecology, and community to bring back balance and beauty to the world around us

Magic Music Days at Disney has to be one of my favorite things about Disney. This was an incredible and transformative experience for me as a high school student involved in both marching band and orchestra. It was a unique opportunity that not only allowed me to showcase my musical talents but also provided valuable exposure to the real-world realm of music and food production. As a member of the marching band, I got to perform in captivating parades down the iconic Main Street, USA. The feeling of marching in synchronized precision alongside my bandmates, playing dynamic tunes that reverberated through the crowd, paired with the performance level of the professional character actors, was an unforgettable experience. The energy and enthusiasm from the spectators fueled our performance, and the joy on their faces validated the countless hours of practice and dedication we had put into perfecting our craft. In addition to the parades, we also had the privilege of performing in the renowned Disney World parks, where our music resonated through the grandiose venues. Whether it was the majestic Cinderella Castle or the bustling streets of Epcot, the opportunity to share our musical talents in such iconic settings was a dream come true. Furthermore, Magic Music Days provided a glimpse into the world of professional music production. We had the chance to warm up and rehearse backstage in the same studio the Official Disney Orchestra records the soundtracks and background music for all Disney movies. As a lower-income school, being able to play and use the same space and some of the same gear as the professional was a life-changing experience for many of us, myself included. Beyond the performances, we got to take a backstage tour of Epcot one year and see the food production and hydroponic gardens, which have become a massively influential part of my adult life. Seeing how much food was produced in such a small space, and how it provided a constant source of fresh foods for their restaurants was an integral part of my love for botany and my desire to start urban gardening projects and eventually take farming off-world. In retrospect, Magic Music Days at Disney was an invaluable experience that went beyond mere performances. It instilled in me a deeper appreciation for the art of music, exposed me to the intricacies of music production, showed me the lush gardens of the future, and gave me fertile ground for innovation and growth; it was a journey that taught me the importance of discipline, collaboration, and the pursuit of excellence. Most importantly, it ignited a spark within me to continue my musical journey and pursue a career in agriculture in this world and space.

Throughout my tenure as a founding member and leader of my online book club community, I have demonstrated various leadership qualities and undertaken several initiatives. Firstly, I take pride in inspiring individuals to read and fostering a sense of belonging within our community. By organizing publicly hosted community meets, posting democratically run polls, and maintaining voting records, I ensure that members have a platform to come together, share their thoughts, and engage in meaningful discussions about literature that allows everyone to have a voice. Our book club meets have member attendance anywhere from 50 people to several hundred, depending on the book selection. To further promote our book club, I utilize my creativity to design eye-catching and unique posters that capture the essence of each selected book. These posters not only attract attention but also convey the excitement and value of reading, inspiring others to participate and discover new literary works. Maintaining effective promotion is another crucial aspect of my leadership role. By continuously sharing updates, recommendations, and engaging content related to our book club, I strive to keep the enthusiasm alive and attract new members. Additionally, I take the initiative to establish connections with relevant authors, inviting them to our community meets as guest speakers or arranging online Q&A sessions. These interactions offer our members unique opportunities to engage directly with authors, gaining insights into their creative processes and fostering a deeper appreciation for literature. In the future, I aim to leverage my leadership skills and passion for botany to create urban gardens and address the challenge of feeding future space explorers. Through my leadership, I aspire to develop sustainable and innovative approaches to urban gardening, utilizing vertical farming, hydroponics, and other emerging techniques. By integrating these methods, I envision creating self-sufficient and environmentally friendly urban spaces that produce fresh and nutritious food for local communities. Furthermore, I hope to collaborate with experts in the field of space exploration and agriculture to tackle the specific challenges of feeding astronauts during long-duration space missions. By applying my leadership skills to this area, I aspire to contribute to the development of efficient and sustainable food production systems for space exploration, ensuring the well-being and nutrition of future astronauts. Ultimately, my goal is to make a meaningful impact on both the local and global scale through my leadership in botany. By creating urban gardens and addressing the challenges of space agriculture, I aim to foster a greater sense of food security, environmental sustainability, and innovation. Through my efforts, I hope to inspire others to embrace the potential of botany and contribute to a future where humans can thrive both on Earth and beyond.