I know what it is like to work in a field predominantly filled by men. In the military, specifically the Air Force, many of the men have been welcoming, but the ill comments I’ve overheard are reminders that there’s still much to be done. Determined in my new path in STEM, I aim to ensure that women’s roles continue to grow, supported by strong leadership foundations. Leadership in STEM is not just about technical expertise; it’s about inspiring others and fostering a culture of inclusion and innovation. I strive to empower other women to pursue STEM careers by sharing my story and advocating for equitable access to education and resources. My military background has instilled the value of teamwork and perseverance—qualities I intend to carry into my career and community impact. I’m passionate about engineering solutions that balance innovation and environmental responsibility. If I could do anything, I would dedicate my career to revolutionizing sustainability through carbon capture, renewable energy, and conservation. My journey began in high school when my AP Environmental Science class opened my eyes to the urgent need for sustainable solutions. I founded an environmental club, took on leadership roles, and later pursued environmental studies at UCSB. However, financial hardship forced me to pause my education, pushing me to find new ways to support my dreams. I joined the Air Force Reserves for educational benefits and eventually found my way to an online chemical engineering program. I envision myself working in a research lab or alongside engineers in the field, developing technology that pulls carbon directly from the air or designing energy systems that move us away from fossil fuels. My dream is to contribute to breakthroughs in carbon sequestration, alternative fuels, and industrial process optimizations, turning scientific advancements into real-world applications. Beyond engineering, I want to influence the policies and industries that shape our planet’s future. Whether through direct research, consulting for companies striving to reduce their carbon footprint, or advocating for sustainability-driven policies, my goal is to bridge the gap between environmental responsibility and economic feasibility. This passion isn’t just theoretical—it’s deeply personal. I want to be part of the movement that makes green technology not just an ideal but a necessity that businesses actively pursue. What excites me about STEM is its ability to turn abstract ideas into real-world solutions. Science and engineering aren’t just about understanding the world—they’re about improving it. My passion for STEM lies in its problem-solving nature, especially when applied to environmental challenges. I love the idea that a new process, material, or technology could fundamentally change how we produce energy, reduce emissions, or conserve resources. I believe the environment has intrinsic value. It is the cornerstone of life, and we have a responsibility to protect it. For meaningful change to happen, sustainability must be practical and scalable. This is where chemical engineering comes in. By developing new materials, refining industrial processes, and optimizing energy production, we can revolutionize sustainability and make environmental responsibility a necessity, not an afterthought. Pursuing a Bachelor of Science in Chemical Engineering is equipping me to fulfill my dream of driving sustainable innovation. My career path, focused on environmental conservation and renewable energy, reflects my passion for solving the world’s most pressing challenges. Chemical engineering’s interdisciplinary approach—combining chemistry, physics, and mathematics—provides me with the tools to design sustainable processes that minimize waste and reduce reliance on finite resources. By integrating STEM with environmental protection, I can make a tangible impact on sustainability. In the long term, I envision working in sectors like renewable energy or government agencies such as OUSD A&S – Environment and Energy Resilience. Communities like Oxnard, California, where asthma rates are high due to industrial emissions, inspire me to make a tangible impact. I want to be at the forefront of these developments by helping industries decarbonize and adopt sustainable practices to create a healthier, more equitable future for all. The greatest challenge I’ve faced has been the financial burden of pursuing higher education. After high school, I enrolled at UCSB as an environmental studies major, eager to build a future in sustainability. However, rising tuition and living costs forced me to withdraw. It was heartbreaking to put my dreams on hold, but I refused to give up. Determined to continue my education, I joined the Air Force Reserves for tuition assistance. Basic Military Training (BMT) tested me physically, mentally, and emotionally. With my husband deployed and little communication, I battled homesickness while adapting to its intense demands. I found solace in my faith, built camaraderie with the other women, and took on leadership roles that gave me a sense of purpose. BMT taught me resilience and discipline. I had never fired a gun before, yet I earned a sharpshooter qualification. Though I didn’t receive an honorary award, my peers recognizing me as a leader meant more than any formal title. I learned that failure isn’t an endpoint; it’s a stepping stone. However, I would not have learned those lessons as easily if I hadn’t had my sisters in arms. They were my biggest supporters at BMT. When my spirit was being tested, they were there to lift me up. When I couldn’t run anymore, they ran next to me. When I missed home, they were the shoulders I could lean on. Without them, BMT would have been unbearable. Now, I am pursuing an online chemical engineering degree while working full-time, but financial challenges persist. Tuition assistance only covers part of my expenses, and costs like software, lab equipment, and textbooks add up. Despite this, I remain committed to my goals, navigating every setback with perseverance. Winning this scholarship would provide me with crucial financial support, enabling me to focus on my studies and pursue meaningful internships. With this foundation, I can continue to develop my skills and drive change in the STEM fields. By pushing boundaries and breaking barriers, I hope to inspire future generations of women to dream boldly.

My journey in STEM began in high school, where AP Environmental Science first sparked my fascination with sustainability and energy. It was there that I realized the potential of science to create solutions for real-world challenges. I was so inspired that I founded a club and ran it as president. This passion carried me to college, where I initially pursued environmental studies at UCSB. I joined CALPIRG and the UCSB Sustainability club. However, the onset of the COVID-19 pandemic brought unforeseen difficulties. Living expenses skyrocketed, and I quickly burned through $11,000 in savings. Balancing work and school left me disconnected from the academic experience, and my grades began to falter. Eventually, I made the difficult decision to leave UCSB. This choice strained my relationship with my mother, leading to eight months of no contact, and I was left questioning my place in the world. After dropping out, I worked to rebuild myself from the ground up. I took online community college courses, earning As, and discovered the University of North Dakota’s ABET-accredited chemical engineering program—a perfect fit for my goals. I discovered that chemical engineering offered the perfect blend of my love for science and my desire to address global environmental challenges. I also joined the Air Force Reserve, gaining financial assistance through tuition aid while developing discipline and perseverance. Moving across the country, starting a full-time civilian job as a Unit Program Coordinator, and balancing my military duties has been a test of resilience, but it has prepared me for the challenges ahead. This unconventional route taught me resilience, adaptability, and the importance of seizing every opportunity to achieve my goals. My passion for STEM lies in its potential to tackle the planet’s most pressing issues. From decarbonizing industries to developing renewable energy technologies, I am driven to create systems that mitigate climate change and promote sustainability. My ultimate goal is to work as an environmental consultant or engineer, implementing innovative solutions in energy and conservation. Communities like Oxnard, California, where asthma rates are disproportionately high due to industrial pollution, deserve cleaner air and healthier futures. I envision a career that not only engineers solutions but also advocates for equitable environmental practices. Beyond academics, my involvement in STEM extracurriculars has shaped my leadership skills. In high school, I led projects on sustainability, such as researching water conservation techniques and organizing campaigns to reduce energy consumption. These experiences taught me the importance of collaboration and how to effectively communicate complex ideas to diverse audiences. Now, as I prepare to re-enter academia through an online chemical engineering program, I am eager to bring this leadership to internships with organizations like the World Wildlife Fund or renewable energy startups. Leadership in STEM is not just about technical expertise; it’s about inspiring others and fostering a culture of inclusion and innovation. I strive to empower other women to pursue STEM careers by sharing my story and advocating for equitable access to education and resources. My military background has taught me the value of teamwork and perseverance—qualities I aim to carry into my career and community impact. Winning this scholarship would provide me with critical financial support, enabling me to focus on my studies and pursue meaningful internships. With this foundation, I can continue to develop my skills and drive change in the STEM fields. By pushing boundaries and breaking barriers, I hope to inspire future generations of women to dream boldly and make waves in STEM.

I thought my chance to go back to school had finally come after graduating from Basic Military Training (BMT), I eagerly checked my email, hoping to see my UC Davis acceptance letter. I had poured my heart into the application. Instead, my heart sank as I read the words, “Thank you for your interest… Unfortunately, we are unable to offer you admission.” Even my appeal was denied, leaving me devastated and unsure of my next steps. Throughout my life, I have sought to balance ambition with resilience. My journey has been unconventional—I started college at the University of California, Santa Barbara, but financial hardship forced me to leave. Determined to continue my education, I enrolled in online community college courses, earning A’s while navigating personal challenges. I also joined the Air Force Reserve, gaining discipline, leadership experience, and financial assistance to support my academic goals. Now, as a chemical engineering student at the University of North Dakota, I am driven by a passion for sustainability and environmental conservation. This scholarship will alleviate my financial burden, allowing me to focus on excelling academically and gaining hands-on experience. While military tuition assistance and federal aid help, they do not fully cover my expenses, requiring me to work full-time while studying. With additional financial support, I can dedicate more time to research, internships, and leadership roles that will enhance my professional development. My ultimate goal is to work in renewable energy and environmental sustainability, developing technologies that help industries reduce carbon emissions and adopt sustainable practices. I am particularly inspired by communities like Oxnard, California, where industrial pollution disproportionately affects low-income residents. By contributing to advancements in decarbonization and energy resilience, I hope to create cleaner, healthier environments while addressing climate change on a systemic level. Beyond academics, I strive to make a difference in my community. In high school, I led environmental initiatives such as water conservation projects and awareness campaigns on energy efficiency. In the Air Force Reserve, I have mentored junior airmen, helping them navigate their careers and personal challenges. Through volunteer work and leadership roles, I have learned the value of service, collaboration, and lifting others up. Failure has been a crucial part of my growth. When I applied to transfer to UC Davis after Basic Military Training, I was confident I would be accepted. However, my application was denied, even after an appeal. The rejection left me devastated, but it forced me to reassess my path. Instead of giving up, I explored alternative options and discovered that chemical engineering aligned even more closely with my interests. This setback ultimately led me to an even better academic and career trajectory—one that excites and fulfills me. My greatest strengths are perseverance, adaptability, and leadership. Despite financial setbacks, I refused to give up on my education. Despite personal hardships, I have continued to grow and evolve. My ability to adapt to changing circumstances has allowed me to turn obstacles into opportunities. In both academic and military settings, I have taken on leadership roles, guiding others and fostering teamwork. These qualities, along with my dedication to sustainability and innovation, will drive me forward as I work toward my goals. With the right support, I am confident in my ability to make a meaningful impact in environmental engineering and renewable energy. This scholarship would not only ease my financial strain but also propel me toward opportunities that will shape my future and allow me to contribute to a more sustainable world.

I thought my chance to go back to school had finally come after graduating from Basic Military Training (BMT). I eagerly checked my email, hoping to see my UC Davis acceptance letter. I had poured my heart into the application—writing thoughtful personal statements, collaborating with transfer advisors, and participating in pre-application opportunities. Instead, my heart sank as I read the words, “Thank you for your interest… Unfortunately, we are unable to offer you admission.” Even my appeal was denied, leaving me devastated and unsure of my next steps. The pursuit of higher education has always been a central goal in my life, but my journey has been anything but conventional. From grappling with financial hurdles to overcoming personal and academic setbacks, I’ve faced challenges that have tested my resilience, shaped my character, and solidified my passion for pursuing a degree in chemical engineering. When I first enrolled at UCSB, I was eager to explore my interest in environmental sustainability. However, the onset of the COVID-19 pandemic brought unforeseen difficulties. Living expenses skyrocketed, and I quickly burned through $11,000 in savings. Balancing work and school left me disconnected from the academic experience, and my grades began to falter. Eventually, I made the difficult decision to leave UCSB. This choice strained my relationship with my mother, leading to eight months of no contact, and I was left questioning my place in the world. After dropping out, I worked to rebuild myself from the ground up. I moved in with my boyfriend, now husband, who offered to help me get back on my feet. I took online community college courses, earning As, and discovered the University of North Dakota’s ABET-accredited chemical engineering program—a perfect fit for my goals. I also joined the Air Force Reserve, gaining financial assistance through tuition aid while developing discipline and perseverance. Moving across the country with my husband, starting a full-time civilian job as a Unit Program Coordinator, and balancing my military duties has been a test of resilience, but it has prepared me for the challenges ahead. My passion for STEM began in high school, where AP Environmental Science sparked my interest in sustainability and renewable energy. I initially pursued environmental studies at UCSB, but I soon realized that chemical engineering offered broader opportunities to address climate change, develop sustainable systems, and combat carbon emissions. I am particularly inspired by the chance to create renewable energy solutions and processes that mitigate environmental harm. Financial challenges remain a significant hurdle in achieving my academic goals. While my military tuition assistance and FAFSA provide some relief, they fall short of covering my $9,000 semester costs. Despite working full-time, I still face a financial gap that limits my ability to fully focus on my studies. Receiving this scholarship would alleviate that burden, allowing me to dedicate more time to excelling academically, securing internships, and pursuing a master’s degree in environmental or chemical engineering. Philately, the study and collection of postage stamps, might seem outdated in today’s digital age, but it has the potential to connect people with history, culture, and even STEM fields. For example, workshops could be designed around stamps featuring significant scientific discoveries or environmental milestones, helping to bridge the gap between this traditional hobby and contemporary themes. Another idea could involve partnering with digital platforms to create virtual stamp collections, making the hobby more accessible and appealing to tech-savvy individuals. By showcasing the educational value and creativity philately can inspire, it could become a unique tool for fostering curiosity, global awareness, and a love for learning.

To face the challenges of the twenty-first century, the energy sector is at a turning point where innovation, sustainability, and equity must come together. As a chemical engineering student with a passion for environmental sustainability, I aspire to make my mark by advancing renewable energy technologies and promoting carbon capture solutions. My goal is to contribute to a cleaner, more resilient energy industry that supports both environmental conservation and global energy needs. The transition from fossil fuels to renewable energy sources is one of the most pressing challenges of our time. Wind, solar, and geothermal energy have the potential to drastically reduce greenhouse gas emissions, but the path to large-scale integration is riddled with technical, economic, and political barriers. I want to focus on developing advanced materials and processes that enhance the efficiency and affordability of renewable energy systems. For example, improving energy storage materials such as lithium-ion batteries or exploring alternatives like solid-state batteries that could revolutionize how we store and distribute renewable energy. These solutions could bridge the gap between intermittent renewable sources and consistent energy demands. While transitioning to renewable energy is critical, mitigating the environmental impacts of existing energy infrastructure is equally important. Carbon capture and storage (CCS) technologies offer a promising solution by capturing CO₂ emissions from industrial processes and power plants and storing them underground. As someone who believes in practical, implementable solutions, I am drawn to the challenge of optimizing these systems to make them more cost-effective and energy efficient. For example, advancements in chemical absorption processes or the development of solid sorbents for capturing CO₂ could significantly reduce the operational costs of CCS systems. By contributing to these innovations, I hope to make CCS a viable option for industries and regions heavily reliant on fossil fuels, creating a bridge toward a more sustainable future. Beyond technology, I am deeply committed to ensuring that energy transitions are inclusive and equitable. The energy industry has historically been a driving force for economic development, but access to affordable and reliable energy remains unequal. In rural and underserved communities, particularly in the eight states this scholarship supports, renewable energy projects can bring job opportunities and reduce energy costs. I want to be part of initiatives that prioritize these communities, ensuring that the benefits of a cleaner energy future are shared by all. Being a part of something bigger than myself is what the energy sector is all about. In my ideal future, advancements in carbon capture and renewable energy would not only slow down global warming but also promote social justice and economic expansion. I want to cultivate the skills necessary to address and I am excited to work with people who have similar goals. Through my studies in chemical engineering, I hope to improve our intersection of science, technology, and community in order to leave a legacy of sustainable progress. More than just a source of energy, the energy sector is the backbone of contemporary civilization, and I'm committed to helping it change for the better to create a more promising, clean, and just future.

I thought my chance to return to school had finally come after graduating from Basic Military Training (BMT). I eagerly checked my email for my UC Davis acceptance letter, having poured my heart into the application. Instead, my heart sank as I read, “Thank you for your interest… Unfortunately, we are unable to offer you admission.” Even my appeal was denied, leaving me devastated and questioning my next steps. The pursuit of higher education has always been a cornerstone of my life, but my journey has been far from conventional. From burning through savings, dropping out of college due to financial burdens, joining the military, and now grappling with the costs of the only online ABET-accredited program, I’ve faced challenges that tested my resilience, shaped my character, and solidified my passion for chemical engineering. My interest in environmental sustainability began in high school with AP Environmental Science, which sparked my passion for addressing climate change and renewable energy. At UCSB, I hoped to further this passion, however, the COVID-19 pandemic reshaped this path, testing both my determination and adaptability. Living expenses skyrocketed, forcing me to exhaust my savings, and balancing work and academics caused my grades to falter. Eventually, I made the difficult decision to leave UCSB, a choice that strained my relationship with my mother and left me feeling lost. This turning point became a transformative period in my life. I enrolled in online community college courses, earning As, and joined the Air Force Reserve, where I gained financial aid and developed discipline and perseverance. It was during this time I discovered that chemical engineering aligned with my passion for sustainability but also offered broader opportunities to address environmental challenges. The University of North Dakota’s ABET-accredited chemical engineering program became the perfect fit for my goals of creating renewable energy solutions and processes that mitigate environmental harm. Moving across the country with my husband, starting a full-time civilian job, and balancing military duties have tested my resilience, but they’ve also prepared me for the challenges ahead. Although my initial goal was to pursue environmental engineering, I realized that accredited programs were limited for online study. Exploring alternatives led me to see that chemical engineering, while not my first choice, is a versatile path that equips me to tackle renewable energy, environmental conservation, and sustainable systems. This degree provides the foundation for creating innovative solutions for a more sustainable future. Financial challenges, however, remain a significant hurdle. Despite military tuition assistance and FAFSA, I still face a $6,000 semester gap. Working full-time helps, but it limits my ability to fully focus on my studies. Receiving this Scholarship would alleviate burdens, enabling me to dedicate more time to academic success, internships, and pursuing a master’s degree in environmental or chemical engineering. In the long term, I hope to work in renewable energy or government agencies like OUSD A&S – Environment and Energy Resilience. Communities like Oxnard, California, where industrial emissions contribute to high asthma rates, inspire me to make an impact. By helping industries decarbonize and adopt sustainable practices, I aim to create healthier, more equitable futures. The Whiddon's legacy of perseverance and innovation deeply resonates with me, reflecting my own journey of resilience and adaptability. Their commitment to driving change mirrors my own aspirations to use STEM to address critical challenges and work toward a world where sustainability and innovation thrive hand in hand. From setbacks to self-reinvention, these experiences have strengthened my work ethic and deepened my passion for STEM. With this scholarship, I can honor their legacy while continue this journey and make a lasting impact.

My journey in STEM began in high school, where AP Environmental Science first sparked my fascination with sustainability and energy. It was there that I realized the potential of science to create solutions for real-world challenges. I was so inspired that I founded a club and ran it as president. This passion carried me to college, where I initially pursued environmental studies at UCSB. I joined CALPIRG and the UCSB Sustainability club. However, financial hardships and the challenges of attending college during the COVID-19 pandemic forced me to make the difficult decision to pause my education. I worked tirelessly to save money, but soaring living costs left me disconnected from my studies. During this time, I faced not only financial strain but also emotional turmoil, as I navigated familial disappointment and uncertainty about my future. Determined to forge a new path, I joined the military, seeking educational benefits and an opportunity to grow personally and professionally. This decision required me to leave my comfort zone, embrace rigorous training, and balance responsibilities in a male-dominated environment. I later discovered that chemical engineering offered the perfect blend of my love for science and my desire to address global environmental challenges. This unconventional route taught me resilience, adaptability, and the importance of seizing every opportunity to achieve my goals. My passion for STEM lies in its potential to tackle the planet’s most pressing issues. From decarbonizing industries to developing renewable energy technologies, I am driven to create systems that mitigate climate change and promote sustainability. My ultimate goal is to work as an environmental consultant or engineer, implementing innovative solutions in energy and conservation. Communities like Oxnard, California, where asthma rates are disproportionately high due to industrial pollution, deserve cleaner air and healthier futures. I envision a career that not only engineers solutions but also advocates for equitable environmental practices. Beyond academics, my involvement in STEM extracurriculars has shaped my leadership skills. In high school, I led projects on sustainability, such as researching water conservation techniques and organizing campaigns to reduce energy consumption. These experiences taught me the importance of collaboration and how to effectively communicate complex ideas to diverse audiences. Now, as I prepare to re-enter academia through an online chemical engineering program, I am eager to bring this leadership to internships with organizations like the World Wildlife Fund or renewable energy startups. Leadership in STEM is not just about technical expertise; it’s about inspiring others and fostering a culture of inclusion and innovation. I strive to empower other women to pursue STEM careers by sharing my story and advocating for equitable access to education and resources. My military background has taught me the value of teamwork and perseverance—qualities I aim to carry into my career and community impact. Winning this scholarship would provide me with critical financial support, enabling me to focus on my studies and pursue meaningful internships. With this foundation, I can continue to develop my skills and drive change in the STEM fields. By pushing boundaries and breaking barriers, I hope to inspire future generations of women to dream boldly and make waves in STEM.