My plans for the future are centered on becoming a biomedical engineer and eventually working in neural engineering, particularly brain-computer interfaces. When I first became interested in technology, I was drawn to computers, cybersecurity, and the challenge of understanding how technology works. As I have grown, I have realized that I want to use that same curiosity and problem-solving mindset in a way that directly impacts people's lives. This is what led me to biomedical engineering. I am especially interested in brain-computer interfaces because of their potential to help people with paralysis and other physical disabilities regain greater independence. The idea that engineers can combine biology, neuroscience, and technology to create systems that communicate with the brain is something I find incredibly exciting. My long-term goal is to become a BCI engineer and contribute to research and technologies that could help people regain movement or interact with the world in new ways. I know that reaching this goal will require years of education, hands-on experience, and research. This scholarship would help me take important steps toward that future by reducing some of the financial responsibilities that come with being a college student. I would use the funds to help pay for my textbooks, laboratory fees, and other educational expenses throughout the school year. My classes are giving me the foundation I need in subjects such as biology, chemistry, mathematics, and engineering, and having the necessary materials and resources is important for my success. I would also like to use part of the scholarship to help me pursue undergraduate research. One of my biggest goals in college is to become involved in a research laboratory on campus. I want to gain experience outside of the classroom and learn what it is actually like to work on biomedical research. Being able to assist with experiments, learn laboratory techniques, work with other students and researchers, and contribute to a real project would help me understand the field on a much deeper level. I hope that my research experiences will eventually allow me to explore neural engineering and brain-computer interfaces more closely. The scholarship would also help me with the cost of my university meal plan. While a meal plan may seem separate from my career goals, being able to afford basic college expenses makes it easier for me to focus on my education. Instead of constantly worrying about how I will cover my next textbook, laboratory fee, or meal, I can put more of my energy into studying, participating in research, and taking advantage of opportunities on campus. Ultimately, this scholarship would be more than financial assistance. It would give me additional support as I work toward becoming an engineer who can use technology to solve meaningful problems. I am still at the beginning of my journey, but I already know that I want my education to lead to something bigger than a degree. I want to develop technology that can improve someone's quality of life. With the support of this scholarship, I can continue building the knowledge, experience, and skills I need to turn that goal into a career.

I want to build something that gives people back a piece of independence they may have lost: technology that helps people with paralysis move again. I am a freshman from South Carolina pursuing a biomedical engineering degree at the University of South Carolina, and I am especially interested in neural engineering. My goal is to become a BCI engineer, working on brain-computer interfaces and prosthetic technologies that can translate a person’s intentions into movement. What excites me most is that this field brings together everything I enjoy about engineering: understanding how systems work, interpreting signals, solving difficult problems, and building something that can directly improve someone’s life. The idea that a device could recognize what someone’s brain is trying to do and translate that intention into movement once sounded like science fiction to me. Now, I see it as an engineering challenge. I want to spend my career helping turn that possibility into technology that people can actually use. My experiences have taught me that building is rarely about getting something right on the first try. Through VEX Robotics, I learned to design, test, fail, troubleshoot, and improve until a solution works. My experiences with CyberBeak Squad and my AP Research project on gamification and privacy also showed me that technology comes with responsibility. For brain-computer interfaces, that responsibility is even greater because brain data is deeply personal. The technology must be secure, trustworthy, and designed with the person using it in mind. Volunteering with Cyber-Seniors reinforced that lesson. I learned that technology is only truly useful when people feel comfortable understanding and using it. That experience changed how I think about engineering. I do not want to build technology simply because it is technically impressive. I want to build technology that is accessible, understandable, and meaningful to the people who depend on it. I am building my future by combining my interests in technology, engineering, and human impact. I hope that one day, the things I build will help someone reach for a cup, control a prosthetic limb, or move independently again. To me, that is what engineering should ultimately be about: not just building better technology but building better possibilities for people and communities.

One of the technology projects I became most passionate about was my AP Research project, where I studied how people interact with privacy settings in applications and whether different designs could help users make better decisions about their information. I have always been interested in technology because I like understanding how things work and finding ways to make them better. However, this project made me realize that technology is not only about writing code or creating an application. It is also about understanding the people who use it. I became interested in the question of what happens when users are given complicated privacy settings that they do not fully understand. If technology is supposed to make life easier, I wondered why protecting personal information could feel so difficult. For my project, I explored different ways privacy settings could be presented to users. I created prototypes that used different approaches, including a more traditional design and a more interactive, gamified approach. I then used surveys to examine how people responded to the different designs and considered how the way information is presented can influence a user's decisions. What made this project meaningful to me was that I was not simply completing an assignment. I was creating something, testing an idea, looking at the results, and asking myself how I could improve it. When something did not work the way I expected, I had to rethink my approach instead of giving up. That process taught me that technology requires curiosity, patience, and a willingness to keep learning. My AP Research project also changed the way I think about my future in technology. At first, I imagined myself mainly working in cybersecurity and information technology. Through my experiences with technology, I eventually became interested in the intersection of engineering, healthcare, and technology. I now plan to pursue biomedical engineering and hope to become a brain-computer interface engineer. I want to use technology to develop systems that could help people with disabilities regain abilities that they have lost, including helping paralyzed individuals interact with the world in new ways. My interests may continue to grow and change, but my AP Research project showed me why I want technology to remain part of my future. I enjoy the process of taking a problem, researching it, building something, testing it, and thinking about how it could have a real impact. Technology inspires me because there is always another problem to solve and another opportunity to improve what already exists. The Chadwick D. McNab Scholarship represents the kind of growth I hope to continue throughout college. I want to become not only a stronger engineer but also someone who uses technology to serve others and contribute something meaningful to my community.

I chose STEM because I have always been curious about how things work, but I stayed in STEM because I discovered how much I can do with that curiosity. My journey began with technology and cybersecurity. I enjoyed solving technical problems, learning how systems worked, and figuring out what happened when something went wrong. As I continued exploring STEM, however, I realized I wanted to use those skills for something that could have a direct impact on people's lives. That led me to biomedical engineering. I am now pursuing biomedical engineering with the goal of becoming a neural or brain-computer interface engineer. I am especially interested in developing technology that could help people with paralysis regain movement and independence. The possibility of interpreting signals from the brain and translating them into movement combines the parts of STEM that excite me most: engineering, technology, biology, and problem-solving. I want to work on solutions that can move from an idea in a laboratory into something that genuinely helps a person. My experiences have shown me that I enjoy the persistence required in STEM. Through robotics, I learned that failure is often part of the engineering process. When something did not work, I had to figure out why, make adjustments, and try again. During my technology internship with Richland School District Two, I gained hands-on experience setting up computers, tracking hundreds of devices, troubleshooting hardware, and helping people with technology. Those experiences gave me confidence that I can learn complicated systems and keep working when the answer is not immediately obvious. As a woman in STEM, I want to contribute to a field where innovation depends on people bringing different experiences and perspectives to difficult problems. I also want younger girls who are interested in science and technology to see STEM as a place where they belong. I know what it feels like to change direction and enter an unfamiliar area, and I want to encourage other young women to explore fields that may initially seem intimidating or outside their reach. My future impact will be measured by more than the technology I help create. I want to develop biomedical devices with the people who use them in mind and contribute to research that can improve mobility and independence. I also hope to mentor other students and encourage them to pursue STEM, especially when they doubt whether they belong. To me, being a woman in STEM means more than earning a degree. It means being willing to ask difficult questions, keep experimenting when something fails, and use knowledge to create a better future. I chose STEM because I love solving problems. I am staying in STEM because I have found a problem I deeply want to help solve.

When I first became interested in technology, I never imagined that it would eventually lead me toward biomedical engineering. I spent years learning about cybersecurity and computer technology because I enjoyed understanding how systems worked. As I gained more experience, however, I realized that I wanted to use those skills for something that directly affected people's lives. That realization led me to my current goal of becoming a biomedical engineer specializing in neural engineering and brain-computer interfaces. My academic goal is to earn my degree in biomedical engineering and eventually work on technologies that can help people with paralysis regain movement and independence. I am fascinated by the possibility of using signals from the brain to control devices or neuroprosthetics. To me, this is more than an interesting engineering challenge. It represents an opportunity to give people greater control over their lives and create possibilities that may not exist today. My background in STEM has prepared me to pursue this goal. Through robotics, I learned that engineering requires patience, creativity, and the willingness to keep working when something does not function the way you expected. My technology internship with Richland School District Two gave me hands-on experience troubleshooting hardware, setting up computers, tracking hundreds of devices, and helping others solve technology problems. These experiences showed me that I enjoy both the technical side of problem-solving and the human side of using technology to help someone. As a woman entering STEM, I also want to challenge myself to take up space in a field where I may not always see people who look like me. I do not want underrepresentation or stereotypes to determine what I believe I am capable of accomplishing. Instead, I want my work to show other young women that they can be engineers, researchers, inventors, and leaders. I hope that one day another girl interested in science and technology will see a woman working in neural engineering and realize that she belongs there too. My educational goal is to earn a biomedical engineering degree and develop a strong foundation in circuits, signal processing, biomechanics, and bioinstrumentation. I also want to become involved in research laboratories around campus so I can gain hands-on experience and learn from researchers working on biomedical technologies. My long-term goal is to contribute to the development of BCIs and neuroprosthetics that can help people with paralysis regain movement and independence. This scholarship would have an immediate impact on my education. I would use the funding to help pay for my books and laboratory textbooks for my next semester, allowing me to spend less time worrying about educational expenses and more time focusing on my coursework. I would also use the support as a foundation for pursuing research opportunities around campus, where I can gain experience that will prepare me for future work in neural engineering. To me, this scholarship would not simply help pay for college. It would help me take the next step toward turning my interest in biomedical engineering into a career dedicated to helping people move again.

I refuse to accept paralysis as the end of someone's ability to move, communicate, or live independently. That belief is one of the reasons I chose to study biomedical engineering. I want to become a neural engineer and work on brain-computer interfaces that could help people with paralysis regain control over movement and interact with the world in ways that their bodies may no longer allow. My interest in this problem began when I learned about the possibility of connecting engineering with the human nervous system. I was fascinated by the idea that the brain continuously produces signals representing what a person wants to do, even when an injury or illness prevents those intentions from becoming physical movement. A BCI could potentially interpret those signals and use them to control an external device or neuroprosthetic. The more I learned, the more I realized that paralysis is not simply a medical problem. It is also an engineering problem, and that means engineers have a responsibility to keep looking for better solutions. My previous experiences with technology taught me how I want to approach that problem. Through robotics, I learned to build systems, test them, watch them fail, and figure out how to improve them. During my technology internship with Richland School District Two, I worked with computers and hardware while troubleshooting problems for teachers and managing hundreds of devices. Those experiences taught me to be patient with complicated systems and persistent when the first solution does not work. I have also learned that creating technology is only part of solving a problem. Through CyberSeniors, I helped older adults who sometimes felt overwhelmed by technology. That experience showed me the importance of designing around the person who will actually use a device. A BCI may involve extremely advanced engineering, but if it is uncomfortable, inaccessible, or difficult to use, it will not fulfill its purpose. I want my future work to focus on both technical performance and the human experience. As a biomedical engineering student, I plan to build my knowledge in biomechanics, circuits, signal processing, bioinstrumentation, and neural engineering. I hope to join research laboratories where I can gain hands-on experience and learn how researchers turn ideas into devices that can eventually reach patients. My long-term goal is to contribute to BCI and neuroprosthetic research that gives people with paralysis more control over their movement and independence. The future I want to help create is one where a serious neurological injury does not automatically mean giving up on mobility. I know that developing this technology will require years of research, experimentation, and failure. But I am willing to do that work because I believe the question should not be, “How do we accept this?” It should be, “What can we build to make it better?”

I chose biomedical engineering because I want to use technology to help people do something they may have thought they could never do again. My goal is to become a neural or brain-computer interface engineer and help develop technologies that could allow people with paralysis to regain movement and independence. To me, biomedical engineering is where my love for technology meets something much bigger: the opportunity to improve someone's quality of life. My interest in STEM started with technology. For years, I focused on cybersecurity and enjoyed learning how computers, networks, and systems worked. I also gained hands-on experience through robotics and a technology internship with Richland School District Two, where I helped set up computers, track hundreds of devices, troubleshoot technology, and support teachers. These experiences taught me how much I enjoy solving problems, but they also made me realize that I wanted my work to have a more direct impact on people's lives. That realization changed the direction of my education. When I learned about brain-computer interfaces, I became fascinated by the possibility of using engineering to connect technology with the human nervous system. The idea that a device could interpret signals from someone's brain and translate them into movement showed me a completely different side of engineering. I realized I could combine my interests in technology, biology, and problem-solving to work toward something that could restore independence to people living with disabilities. My experiences with service have also shaped the kind of engineer I want to become. Through CyberSeniors, I helped older adults who were sometimes overwhelmed by technology. I learned that helping someone is not always about creating the most advanced solution. It is about understanding the person, listening to what they need, and making technology work for them. I want to carry that lesson into biomedical engineering by creating assistive technologies that are not only innovative, but also useful and centered around the people who depend on them. As I continue my education in biomedical engineering, I hope to gain experience in research laboratories and develop skills in areas such as biomechanics, circuits, signal processing, and bioinstrumentation. Eventually, I want to contribute to research and development in neural engineering and help turn emerging BCI technology into practical tools for people with paralysis. This scholarship would help me take the next steps toward that goal by reducing the financial burden of my education and allowing me to focus more fully on my coursework and opportunities to gain hands-on experience. More than financial assistance, it would be an investment in my ability to pursue a field where I hope to make a lasting difference. I want my education to lead to more than a career. I want it to help me build technology that gives people possibilities they may have thought they had lost.

For a long time, I thought my future would be in cybersecurity. I loved technology, enjoyed figuring out how systems worked, and spent years building my skills in computer science and cybersecurity. But as I gained more experience, I realized that what excited me most was not technology by itself. I wanted to use what I knew to directly help people. That realization led me to biomedical engineering and, specifically, my interest in brain-computer interfaces. I am now pursuing biomedical engineering because I want to become a neural or BCI engineer and help develop technologies that could allow people with paralysis to regain movement and independence. The idea of taking signals from the brain and translating them into movement fascinates me because it combines the subjects I enjoy most: technology, engineering, biology, and problem-solving. I want to work on technology that does more than look impressive. I want to create something that can change what a person is able to do. My experiences in STEM have taught me that meaningful innovation requires persistence. Through robotics, I learned that building something often means watching it fail, figuring out why, and trying again. My technology internship with Richland School District Two gave me hands-on experience setting up computers, tracking hundreds of devices, troubleshooting hardware, and helping people solve technology problems. These experiences strengthened my technical skills, but they also taught me that technology only matters when it helps the person using it. Service has become an important part of how I view STEM. Through CyberSeniors, I helped older adults who sometimes felt overwhelmed by technology. Instead of assuming that people should simply understand a device, I learned to meet them where they were and explain things in a way that made technology less intimidating. That experience shaped how I think about biomedical engineering. A device can be scientifically advanced, but it still needs to be accessible, understandable, and designed around the person who depends on it. My education at the University of South Carolina will help me build the foundation I need to pursue this goal through engineering, research, and hands-on experiences. I want to develop skills in areas such as circuits, biomechanics, signal processing, and bioinstrumentation and eventually become involved in research focused on neural engineering and assistive technology. My goal is not simply to earn a degree. I want to use my education to contribute to a field that can give people greater independence and improve their quality of life. I also hope to encourage other students, especially students from communities that have historically been underrepresented in STEM, to see themselves as engineers, researchers, and innovators. My journey from cybersecurity to biomedical engineering has shown me that STEM is not just about building technology. It is about discovering what problems matter to you and using your skills to help solve them.

The idea that someone could lose the ability to move and that engineering could help give that ability back is what made me want to become a biomedical engineer. I am especially interested in neural engineering and brain-computer interfaces, technology that can interpret signals from the brain and translate them into movement. My goal is to become a BCI engineer and help develop technology that gives people with paralysis greater mobility, independence, and control over their lives. My interest in engineering comes from enjoying the process of figuring out how systems work. Through VEX Robotics, I learned to build, test, fail, and try again. A robot rarely works perfectly on the first attempt, so I learned to look at what went wrong, understand the problem, and make changes until the system worked. I see that same process in biomedical engineering. Developing a neuroprosthetic or BCI requires understanding biology while also designing hardware, processing signals, testing systems, and continuously improving them. I want to use engineering not just to create something impressive, but to solve problems that directly affect people's lives. My experiences with technology have also made me think about the responsibility that comes with developing devices that interact with people. Through CyberBeak Squad and my interest in cybersecurity, I became aware of how important it is to protect sensitive information. A BCI could interact with some of the most personal information a person has: signals from their nervous system. My AP Research project on privacy and technology also made me interested in how people develop trust in the technology they use. As a future biomedical engineer, I want to consider both how a device works and whether the person using it can trust and comfortably use it. That human side is especially important to me. Through CyberSeniors, I helped older adults who sometimes felt overwhelmed by technology. That experience taught me that good technology is not simply technology that works. It needs to be designed around the person using it. I want to bring that mindset into biomedical engineering by helping create mobility technologies that are practical, accessible, and centered on the people who depend on them. My educational goal is to earn a biomedical engineering degree and develop a strong foundation in circuits, signal processing, biomechanics, and bioinstrumentation. I also want to become involved in research laboratories around campus so I can gain hands-on experience and learn from researchers working on biomedical technologies. My long-term goal is to contribute to the development of BCIs and neuroprosthetics that can help people with paralysis regain movement and independence. This scholarship would have an immediate impact on my education. I would use the funding to help pay for my books and laboratory textbooks for my next semester, allowing me to spend less time worrying about educational expenses and more time focusing on my coursework. I would also use the support as a foundation for pursuing research opportunities around campus, where I can gain experience that will prepare me for future work in neural engineering. To me, this scholarship would not simply help pay for college. It would help me take the next step toward turning my interest in biomedical engineering into a career dedicated to helping people move again.

I still remember when I began questioning what kind of career would truly challenge me while allowing me to make a meaningful difference. As a high school senior from South Carolina, I explored different paths, including technology and cybersecurity. Those early interests helped me develop strong problem-solving skills, attention to detail, and an appreciation for systems where precision truly matters. However, over time, I realized I was most drawn to work that combines technical skill with human connection, where knowledge and compassion come together to directly impact lives. That realization led me to pursue a degree in healthcare, with the long-term goal of becoming a Certified Registered Nurse Anesthetist. Healthcare stands out to me because it requires both intellectual strength and emotional awareness. It is a field where decisions must be made quickly and accurately, yet always with empathy and care. I am especially motivated by the role CRNAs play in patient safety. They are responsible for monitoring vital signs, administering anesthesia, and responding to critical situations in real time. This level of responsibility requires discipline, focus, and calm decision-making, qualities I have worked to develop and strengthen throughout my academic journey. I want to be in a position where my skills can directly protect and support patients during some of the most vulnerable moments of their lives. As a woman entering the healthcare field, I hope to make a positive impact by contributing to a profession that values both competence and compassion. Women continue to play a vital role in shaping healthcare, and I am proud to be part of that legacy. I aim to advocate for patients by ensuring they feel heard, respected, and safe in clinical settings. Trust is essential in healthcare, and I want to help build that trust by communicating clearly, listening carefully, and treating every patient with dignity. In addition, I am passionate about serving diverse and underserved populations. Access to quality healthcare is not equal for everyone, and I want to be part of the effort to close that gap. Whether working in hospitals, clinics, or community settings, I hope to use my education to bring safe and effective care to those who need it most. Being able to combine advanced clinical skills with service to others is one of the most meaningful aspects of this career path. My future plans include earning a Bachelor’s degree in Nursing , followed by advanced nursing education by working in the icu for a couple of years and get specialized CRNA training. I understand that this path requires dedication, resilience, and continuous learning, and I am fully committed to meeting those challenges. I value discipline and lifelong growth, and I am prepared to invest the time and effort needed to succeed in such a demanding field. Ultimately, my decision to pursue healthcare is rooted in a desire to make a lasting, positive impact. I want to be someone patients can rely on in critical moments, someone who brings both skill and compassion into every situation. As a future CRNA and as a woman in healthcare, I hope to contribute not only to patient care but also to a more equitable and supportive healthcare system

Everyone has something that makes them a little awkward. For me, it shows up in unexpected ways. When a room gets too quiet, I’ll hum a random note or tap my fingers against my leg without thinking. During presentations, I sometimes laugh at the worst possible moments, not because anything is funny, but because my nerves need somewhere to go, and my body chooses laughter as the release valve. And when I get overheated, whether from anxiety or a stuffy classroom, I feel this sudden wave of prickly sensations across my skin, which definitely gets me some confused looks from people who don’t know what’s happening. For a long time, I thought these things made me stand out in the wrong way. I remember sitting in a quiet library once, the air, so still you could hear pages turning, and before I could stop myself, I made a small squeaking sound. A few people looked up. Someone smiled awkwardly. Someone else just looked confused. In those moments, I felt like everyone else had been given a manual on how to act normal, and my copy had gotten lost. I started to believe my strangeness was a weakness, something to apologize for or hide. But over time, I realized those moments weren't flaws. They were just how I responded to pressure and discomfort. Instead of suppressing them completely, which only made me more anxious, I've learned to manage them and keep going anyway. I've discovered that if I take a slow breath before speaking, the random noises happen less often. If I acknowledge a nervous laugh with a quick "sorry, nerves," people usually nod in understanding. And when the prickly heat rises, I've learned to excuse myself for ten seconds, splash cold water on my wrists, and come back ready to focus. What makes this awkwardness meaningful is that it's pushed me to become more self-aware and resilient than I might have been otherwise. I've had to practice staying composed while my skin tingles, speaking through a dry throat, and not letting embarrassment stop me from showing up. Even when I laugh mid-presentation, I still finish what I started. In fact, I've noticed that sometimes my imperfections make others more comfortable, like my visible nervousness gives them permission to be imperfect, too. Now, I see those quirks as part of what makes me human, not what holds me back. They remind me that I don't have to be perfectly polished to be confident or capable. If anything, they've made me stronger because I've learned how to keep going even when I feel uncomfortable. That's a skill no textbook taught me. I still make random noises. I still laugh at the wrong time sometimes. But now, I just keep talking, and that has made all the difference.

The moment I collapsed on the tennis court, everything went silent. One second I was trying to keep up with drills, and the next, my body gave out in front of my entire team. I have a heart murmur, and when my heart starts acting up, it can take control of everything. Lying there, embarrassed and overwhelmed, I felt like I had just lost my place on the team. I went home early that day, angry at myself and holding back tears as my dad picked me up early, giving me that disappointed look, and me sitting there holding back tears made it even harder. I was angry at myself for something I couldn’t fully control. I truly believed that moment defined me That night, I kept thinking about what happened. Part of me wanted to give up, to avoid that feeling ever again. But a bigger part of me refused to let that moment define who I am. The next day, I showed up anyway. Tennis was completely new to me, and it wasn’t easy. I hit balls out of the court, missed shots, and felt the pressure of everyone watching. But instead of shutting down, I pushed myself to focus. I knew I couldn’t let fear or embarrassment take over again. I had to prove to myself that I was stronger than that moment. That Friday, I went to my dad for help. We worked on the basics, how to swing, how to control the ball, and how to stay calm. It wasn’t just about learning tennis. It was about rebuilding my confidence piece by piece. With practice, I started improving. I became more focused, more controlled, and more determined. When I stepped back onto the court with my doubles partner, I played with a different mindset. Together, we won three games. That win meant everything to me, not because of the score, but because I didn’t give up on myself. Living with a heart murmur has taught me that I may face challenges other people don’t see, but it has also taught me resilience. I’ve learned how to push through fear, manage pressure, and keep going even when things feel out of my control. That experience on the court showed me that falling doesn’t make me weak, staying down does. I want to receive this scholarship because it will help me continue pursuing both my academic and athletic goals. I want to receive this scholarship because it would allow me to continue pursuing both my academic and athletic goals without being held back by financial barriers. As a student, I am committed to working hard and building a future in healthcare, where I can help others who face medical challenges like mine. As an athlete, I want to keep growing, improving, and proving that my condition does not limit my potential. I plan to use this scholarship to help pay for college expenses like tuition, books, and transportation so I can focus fully on my goal of entering the healthcare field. It will allow me to dedicate more time to studying and gaining the knowledge I need to become a Certified Registered Nurse Anesthetist. Athletically, this support will help me continue playing tennis by covering training opportunities. Being able to stay involved in sports will help me keep building my endurance and manage my heart condition while staying active. This scholarship would give me the stability to grow both academically and athletically without being held back by financial stress. I may have fallen on that court, but I didn’t stay down. And I never will.

When I first became interested in cybersecurity during my high school career, I didn't realize I was building the foundation for something much bigger than data protection. The skills that drew me to tech, systematic problem-solving, attention to detail, and understanding complex systems, are the same ones I now recognize as essential to healthcare innovation. My journey to nurse anesthesia isn't a detour from STEM; it's an evolution of it, and it's rooted in a commitment to bringing excellence and equity to a field that desperately needs both. Nurse anesthesia is fundamentally a STEM discipline. It requires deep knowledge of pharmacology, physiology, chemistry, and the technological systems that monitor and support patients during surgery. CRNAs use evidence-based practice to manage complex clinical situations in real time, making split-second decisions based on data interpretation and critical analysis. This is applied science at its most consequential, where understanding how medications interact with the body, how different physiological systems respond to stress, and how to interpret live patient data can literally mean the difference between life and death. That's the kind of STEM work that excites me: knowledge that transforms directly into human outcomes. However, here's what I'm equally passionate about: the fact that Black Americans earn only 7% of STEM degrees, with even lower representation in healthcare fields like nursing. That statistic isn't just a number to me, it reflects the communities I come from and the patients I'll serve. When my future patients in underserved areas see a Black woman who is a skilled, confident STEM professional managing their care, it sends a message: this field is for you too. That visibility matters. Representation in STEM isn't just about fairness; it's about building a healthcare workforce that actually reflects and understands the communities it serves. My IT internship with Richland School District Two taught me how crucial technical literacy is, even outside traditional tech roles. I learned that every professional field is becoming more technical, and healthcare is no exception. I'm committed to bringing that same precision and innovation mindset to nursing anesthesia, whether that's staying current with new anesthetic protocols, understanding the technology behind patient monitoring systems, or eventually contributing to research that advances the field. The community uplift piece isn't separate from my STEM goals, it's central to them. I want to practice in diverse and underserved communities where access to quality anesthesia care is limited. I want to mentor younger Black students, especially young women, who might have interest in healthcare or STEM but lack examples of people who look like them in those spaces. And I want to be part of shifting the narrative: that STEM careers in healthcare aren't just about individual achievement, but about building a more equitable system where everyone has access to excellent, culturally competent care. Ultimately, my decision to pursue a career in STEM is rooted in both passion and purpose. I am driven not only by a love for science and problem-solving, but also by a desire to use my education to serve others. Through my journey to becoming a CRNA, I aim to combine technical knowledge, compassion, and representation to make a lasting impact on both individual lives and the broader community.

I hear my dad's car pull into the driveway late at night, and I know he is exhausted. He works the night shift so my family can stay afloat. College means giving him a reason, a real, tangible reason, to believe that his sacrifice is not a waste. This year , I watched him choose between sleep and checking on my homework. Between rest and asking about my future. One night, after a particularly long shift, we talked about college costs. My stomach twisted thinking about tuition we could barely afford. Before I could even finish explaining my worries, he told me he would do whatever it takes. He meant it. And that moment changed everything for me. Going to college is not just about getting a degree. It is about honoring the sacrifices my family has made and building a life where I can do the same for others. It is about breaking cycles and creating new ones, cycles of care, ambition, and compassion. I am pursuing a career as a Certified Registered Nurse Anesthetist. Nursing chose me the moment I realized that my dad's quiet dedication, showing up tired, showing up anyway, was the purest form of compassion I know. Patients in anesthesia care are vulnerable in ways most people never experience. They place their trust in healthcare professionals during some of the most critical moments of their lives. I want to be someone they can trust. I want to provide not just safe, precise care, but also the kind of reassurance and empathy that my dad has always shown me. College is where I will gain the knowledge and skills to do that. I have already taken dual enrollment courses at Midlands Technical College while finishing high school, and I have done an IT internship where I learned the value of attention to detail and critical thinking in professional settings. But nursing requires deeper preparation and years of education beyond my undergraduate degree. College is the foundation for everything I am working toward. What I am trying to accomplish goes beyond myself. Every semester I will push through, every exam I'll study for, every late night I spend on coursework, it lightens the load on my family. It proves to my dad that his investment in my future was not made in vain. More importantly, it brings me closer to a career where I can provide that same level of dedication and care to people I have never met, simply because they need help. I know that coming from a minority background and a working-class family means I face obstacles that other students might not. But my dad taught me that obstacles are not reasons to stop, they are reasons to work harder. He taught me that compassion is not just something you say. It is something you do, even when it is difficult, even when you are tired, even when no one is watching. College means I get to turn that lesson into my life's work. It means I get to become the nurse who shows up for patients the way my dad shows up for me. It means I get to build a legacy where my success becomes a stepping stone for my future family, breaking the cycles of struggle and creating cycles of opportunity instead. My dad will never ask for recognition for what he has done. That is not who he is. But going to college, becoming a CRNA, and dedicating my career to compassionate care, that is how I will honor him. That is how I will say thank you.

In the opening lines of Book 2 of his Meditations, Marcus Aurelius presents a profound philosophical exercise: "Begin the morning by saying to yourself, ‘I shall meet with the busybody, the ungrateful, arrogant, deceitful, envious, unsocial.’ All these things happen to them by reason of their ignorance of what is good and evil. But I, who have seen the nature of the good that it is beautiful, and of the bad that it is ugly, and the nature of him who does wrong, that it is akin to me, not only of the same blood or seed, but that it participates in the same intelligence and the same portion of the divinity, I can neither be injured by any of them, for no one can fix on me what is ugly. Nor can I be angry with my kinsman, nor hate him. For we are made for cooperation, like feet, like hands, like eyelids, like the rows of the upper and lower teeth. To act against one another then is contrary to nature and it is acting against one another to be vexed and turned away." In this passage, Marcus Aurelius posits that true resilience and social harmony are not achieved through the avoidance of difficult people, but through a radical cognitive shift that recognizes the shared divine origin of all humanity and the inherent power of the individual to remain uncorrupted by external vice. By reframing interpersonal conflict as a natural byproduct of moral ignorance rather than personal malice, Aurelius argues that the "close reading" of one's own internal moral compass is the only defense against the "ugliness" of the world, ultimately asserting that our biological and spiritual design necessitates cooperation over contention. Aurelius begins with a pragmatic, almost bracing, morning ritual: the premeditation of adversity. This is not an exercise in cynicism, but a cornerstone of Stoic practice known as praemeditatio malorum, or the premeditation of evils. By consciously anticipating encounters with challenging individuals, the "busybody, the ungrateful, arrogant, deceitful, envious, unsocial", Aurelius aims to inoculate himself against the emotional turbulence these interactions might otherwise provoke. The power of this practice lies in its ability to strip away the element of surprise, which often amplifies negative reactions. When one expects difficulty, it loses its capacity to shock and disorient. This deliberate mental preparation allows the Stoic to approach such encounters with a degree of detachment, preserving their inner tranquility. It is a proactive form of self-mastery, acknowledging the inevitability of external friction while asserting control over one's internal response. The passage then pivots to a crucial reinterpretation of wrongdoing. Aurelius attributes the undesirable behaviors of others not to inherent wickedness, but to "their ignorance of what is good and evil." This distinction is fundamental to Stoic ethics. Instead of condemning or resenting those who act poorly, Aurelius advocates for a perspective of pity. If individuals truly understood the nature of good, its inherent beauty, and evil, its inherent ugliness, they would invariably choose the former. Their transgressions, therefore, stem from a flawed understanding, a blindness to true virtue. This re framing is liberating; it removes the personal sting from others' actions. One cannot be truly harmed by ignorance, only by one's own judgment of that ignorance. This intellectual charity allows Aurelius to maintain his equanimity, preventing the external "ugliness" from penetrating his inner citadel. The most radical aspect of this passage, and indeed of Stoic philosophy, is the assertion of a shared humanity rooted in a "portion of the divinity." Aurelius states that the wrongdoer is "akin to me, not only of the same blood or seed, but that it participates in the same intelligence and the same portion of the divinity." This elevates the concept of human connection beyond mere biological or social ties to a spiritual commonality. Every individual, regardless of their actions, possesses a spark of divine reason. This shared intelligence, this universal rationality, means that even in the face of egregious behavior, there is an underlying kinship. This perspective makes anger and hatred illogical; how can one truly despise a part of the universal whole, a being that shares the same fundamental essence? This profound insight underpins the Stoic call for universal benevolence and mutual aid, transforming potential adversaries into misguided brethren. Building on this foundation, Aurelius declares, "I can neither be injured by any of them, for no one can fix on me what is ugly." This is the core of Stoic psychological autonomy. External events and the actions of others can only affect us if we allow them to. Our judgments, our reactions, are entirely within our control. If we perceive an insult as merely a sound, or a slight as an indifferent event, it loses its power to wound. The "ugliness" of another's character cannot be transferred to our own unless we internalize it through our own negative emotions. This principle empowers the individual, making them impervious to external harm and placing the responsibility for their emotional state squarely on their own shoulders. It is a powerful affirmation of inner freedom, even in the most constrained circumstances. Finally, Aurelius employs a compelling biological metaphor to underscore the natural imperative for cooperation: "For we are made for cooperation, like feet, like hands, like eyelids, like the rows of the upper and lower teeth. To act against one another then is contrary to nature and it is acting against one another to be vexed and turned away." This analogy highlights the interconnection of humanity, likening society to a single organism where each part serves a distinct yet interdependent function. Just as a foot cannot function effectively if it works against the hand, or an eyelid if it resists its counterpart, so too must humans cooperate for the flourishing of the whole. Conflict, anger, and alienation are thus not merely undesirable; they are unnatural, a violation of our fundamental design. This perspective transforms social responsibility into a natural law, urging individuals to align their actions with the harmonious functioning of the human collective. In conclusion, Marcus Aurelius's seemingly simple morning reflection is a masterclass in close reading of the human condition. It offers a multi-layered strategy for navigating the complexities of social interaction and maintaining inner peace. By advocating for premeditation of adversity, reinterpreting wrongdoing as ignorance, recognizing shared divinity, asserting psychological immunity, and emphasizing the natural law of cooperation, Aurelius provides a timeless framework for cultivating resilience and fostering harmonious relationships. His philosophy encourages us to look beyond superficial irritations and delve into the deeper currents of human nature, ultimately revealing that our capacity for empathy and cooperation is not merely a moral choice, but an intrinsic aspect of our being. This "close reading" of ourselves and others, as guided by Aurelius, is indeed a powerful tool for extracting profound meaning and maximizing one's knowledge in the pursuit of a well-lived life.

The quiet sound of my dad’s car pulling into the driveway early in the morning at 3 am or 5 am if it was a really busy night has become a symbol of compassion in my life. While most people are asleep, he is just returning home from another long shift, working tirelessly to help me reach college. His actions have shown me that compassion is not just something you say, it is something you do, even when it is difficult. My dad works night shifts to support our family, often sacrificing his own rest and comfort. Despite how exhausted he is, he always takes time to check on me. He asks about my grades, my plans, and how I am preparing for my future. One night, after an especially long shift, we sat down to talk about college expenses. I felt overwhelmed knowing that tuition was more than we could easily afford. Before I could fully explain my worries, he reassured me that he would do whatever it takes to help me succeed, even if it meant working even harder. That moment changed my understanding of compassion. My dad was not just offering financial support; he was showing belief in me through action. His willingness to sacrifice for my future, without expecting anything in return, demonstrated a level of care that goes beyond words. It was in that moment I realized that true compassion is consistent, selfless, and often quiet. His example has directly influenced my decision to pursue a career in healthcare. I am a high school senior from South Carolina with the goal of becoming a Certified Registered Nurse Anesthetist CRNA. My interest in healthcare grew as I reflected on where my strengths, attention to detail, critical thinking, and calm decision-making, could make the greatest impact. I want to be in a position where my actions can directly improve someone’s life, just as my dad’s actions have impacted mine. Compassion is essential in nursing, especially in high-stakes environments like anesthesia care. Patients place their trust in healthcare professionals during some of their most vulnerable moments. I am motivated to become the kind of nurse who not only provides safe and precise care but also offers reassurance and empathy to patients and their families. Inspired by stories like Philippe Forton’s, I understand how meaningful compassionate care can be during difficult medical experiences. This experience with my dad has shaped how I approach my goals. It has motivated me to work harder academically, apply for scholarships, and take responsibility for my future. I know that every opportunity I earn helps ease the burden on my family. More importantly, it has shaped the kind of professional I hope to become, someone who shows compassion through dedication, reliability, and action. As I pursue my education in nursing, I will carry my dad’s example with me. His sacrifices remind me that compassion has no boundaries, it extends beyond circumstances and is measured by what we are willing to give for others. One day, I hope to honor his efforts by building a career where I can provide that same level of care and commitment to my patients. Through my work as a future CRNA, I aim to make a meaningful difference, just as he has made in my life.

The moment a student’s computer finally connected to the school network, they let out a sigh of relief and said, “I thought I was just bad with technology.” That moment stuck with me. The problem had never been their ability. They just needed someone to show them how the system worked. Moments like that shaped who I am and the kind of impact I want to make in the world. I am a high school senior in South Carolina who enjoys solving complex problems and helping others overcome challenges that initially feel overwhelming. Throughout high school, I have actively pursued opportunities that allow me to do both. During my IT internship, I worked alongside technology staff to troubleshoot devices, support users, and understand how digital systems operate behind the scenes. I saw firsthand how a small technical issue could create a major barrier for someone trying to learn or complete their work. Instead of simply fixing problems, I focused on helping people understand what went wrong and how to prevent it in the future. I also began developing ideas like CyberBeak Assist, a student-focused technology support chatbot designed to guide students through common technical issues step by step. Through these experiences, I discovered that what motivates me most is helping people feel supported during moments of uncertainty. This realization ultimately led me to pursue a career as a Certified Registered Nurse Anesthetist (CRNA). In operating rooms, CRNAs are responsible for monitoring patients, administering anesthesia, and ensuring safety during procedures. It is a role that demands technical precision, calm decision-making, and deep compassion. I am drawn to this career because it combines science, responsibility, and the opportunity to support people during some of the most vulnerable moments of their lives. My background in technology has prepared me well for this path. Cybersecurity and IT have taught me to analyze complex systems, identify potential risks, and remain detail-oriented under pressure. These same skills are essential in healthcare, where careful monitoring and quick thinking can make a critical difference in patient outcomes. In the future, I also hope to advocate for better integration of technology within healthcare environments. Hospitals rely heavily on digital systems, yet inefficient technology can create stress for both patients and healthcare professionals. By combining my technical background with medical training, I hope to contribute to safer and more efficient healthcare systems. Whether helping a classmate navigate a school device or supporting a patient before surgery, my goal remains the same: to make intimidating systems feel manageable and to help people move forward with confidence. If I can use my skills to bring clarity, safety, and reassurance to others when they need it most, then I know I will be making a positive impact on the world.

The first time I realized resilience could inspire someone else was not during a big achievement. It happened when I was simply trying not to quit. Throughout high school, I pushed myself into spaces where I was not always confident I belonged. I chose to study cybersecurity, a field that can feel intimidating even to adults. At times, the material was complex, the expectations were high, and it felt like everyone else understood things faster than I did. There were moments when I questioned whether I was capable of succeeding in such a technical field. Instead of stepping away, I leaned in. I started asking more questions in class, spending extra time learning concepts that confused me, and building projects outside of school just to improve my skills. I reminded myself that resilience is not about being naturally talented. It is about continuing even when something feels difficult. One of the ways this persistence showed itself was through a project I helped build called CyberBeak Squad. The goal was simple but meaningful: help students and teachers solve everyday technology problems so they would not feel frustrated or stuck. Technology issues can make people feel helpless, especially when assignments or deadlines depend on it. As I worked on solutions and helped others troubleshoot their problems, something unexpected happened. Students began coming to me not just for answers, but for encouragement. Some told me they avoided technology classes because they thought they were “bad at computers.” When they saw someone their own age patiently working through problems, making mistakes, and still finding solutions, their perspective started to change. One student told me they decided to sign up for a technology course the following semester because they realized struggling with something does not mean you cannot succeed at it. That moment stayed with me. Resilience is often thought of as something personal, a quiet determination that helps someone push through challenges. But I learned that resilience can also be contagious. When people see someone continue trying, learning, and improving, it permits them to do the same. My experiences have shaped the way I approach both challenges and leadership. Whether I am helping someone fix a technical issue, studying for certifications, or pursuing my future goals in healthcare, I try to lead by example. I want people to see that progress rarely comes from perfection. It comes from persistence. If my journey has taught me anything, it is that resilience is not just about overcoming obstacles for yourself. It is about showing others that obstacles can be overcome at all. And sometimes, the most inspiring thing you can do is simply refuse to give up.

My inspiration for pursuing nursing comes from a growing realization that the work that fulfills me most is work that directly helps people in moments when they are vulnerable. Throughout high school, I built my academic and extracurricular experiences around technology and cybersecurity. I enjoyed solving problems, protecting systems, and creating tools that helped people navigate technology more safely. However, through these experiences, I began to recognize something deeper about myself: the most meaningful part of any project was knowing that what I created could help someone feel safer, supported, or less overwhelmed. At the same time, I became increasingly interested in healthcare and the role nurses play in patient care. Nurses are often the professionals who spend the most time with patients, translating complex medical information into reassurance and understanding. They are not only skilled clinicians but also advocates, educators, and sources of comfort. That combination of technical expertise and human connection deeply resonates with me. My long-term goal is to become a Certified Registered Nurse Anesthetist. The field of nurse anesthesia requires strong scientific knowledge, critical thinking, and the ability to remain calm and focused in high-pressure situations. These are skills I have already begun developing through my studies and problem-solving experiences in technology. What draws me most to nursing is the opportunity to combine knowledge with compassion. Technology taught me how to analyze problems and think critically, but nursing will allow me to apply those abilities in a way that directly improves people’s lives. I want to be someone patients trust during some of the most important moments of their care, providing both clinical expertise and reassurance when they need it most. To me, the phrase “human touch” represents the empathy, presence, and compassion that transform healthcare from a purely clinical process into genuine patient care. While medicine relies on advanced technology, scientific knowledge, and precise procedures, healing often depends just as much on how patients are treated as people. The human touch is the ability to see beyond a chart, diagnosis, or medical record and recognize the individual behind it. Every patient enters a healthcare setting with their own fears, questions, and personal experiences. A nurse who practices the human touch takes the time to listen, to speak calmly, and to provide reassurance when a patient feels uncertain or afraid. Small actions can make a powerful difference. Explaining a procedure in a way a patient can understand, maintaining eye contact, or offering a few moments of encouragement before surgery can significantly reduce anxiety. These moments remind patients that they are not alone in their experience and that someone is genuinely invested in their well-being. The human touch also plays an important role in building trust. Patients are often required to place their safety and comfort in the hands of healthcare professionals they have just met. When nurses show compassion and patience, they create an environment where patients feel respected and heard. This trust can improve communication, making patients more likely to share important information about their symptoms or concerns, which ultimately leads to better care. As someone who hopes to become a Certified Registered Nurse Anesthetist, I believe the human touch is especially important in high-stress medical situations. Patients preparing for anesthesia or surgery often experience fear and uncertainty. In those moments, a nurse’s calm presence and reassurance can help patients feel safe before a procedure begins. Healthcare will always continue to advance technologically, but technology cannot replace genuine human connection. The human touch ensures that even in highly technical environments, compassion remains at the center of care. It reminds patients that they are more than a case or condition; they are individuals deserving dignity, understanding, and kindness.

The moment I realized I wanted to work in healthcare came when I began asking myself where my skills could truly help people. I had once imagined a future in technology and cybersecurity, fields that taught me precision, responsibility, and problem-solving. However, as I reflected on what motivated me most, I recognized that I wanted to make an impact not only through systems and solutions, but through direct human connection. I wanted a career where calm decision-making, compassion, and technical expertise could directly improve someone’s life. That realization led me to pursue a healthcare career and ultimately inspired my goal of becoming a Certified Registered Nurse Anesthetist. I plan to make a positive impact on the world by combining advanced medical skills with patient-centered care. CRNAs play a vital role in patient safety, guiding individuals through surgeries and medical procedures during moments when they are most vulnerable. Patients often enter operating rooms feeling fear and uncertainty, and I aspire to be the professional who brings reassurance, competence, and stability to those moments. By prioritizing both safety and empathy, I hope to ensure that every patient feels respected, heard, and cared for. My impact will begin during college. As I pursue a degree in Health Professions and Clinical Sciences, I plan to engage in community service opportunities focused on health education, hospital volunteering, and outreach programs that serve underserved populations. I believe positive change often starts locally. By supporting community health initiatives and promoting health literacy, I hope to help individuals better understand their healthcare options and advocate for their own well-being. Education empowers communities, and I want to contribute to building healthier, more informed environments. Beyond clinical service, I also hope to make an impact through mentorship. My own journey has involved exploration and self-discovery, and I understand how important guidance and encouragement can be for students trying to find their path. I plan to mentor younger students interested in healthcare, particularly those who may not initially see advanced medical careers as attainable. Representation, support, and shared knowledge can open doors, and I want to help others believe in possibilities they may not yet see for themselves. After completing my education and CRNA training, my long-term goal is to work in healthcare systems that serve diverse and underserved communities, including rural or resource-limited areas where anesthesia providers are critically needed. Access to quality healthcare should not depend on geography or socioeconomic status. By practicing in areas with limited medical resources, I hope to contribute to reducing healthcare disparities while delivering safe and compassionate care. Making a positive impact on the world, to me, means improving lives one person at a time. Through lifelong learning, service, and dedication to patient care, I aim to use my education not only to build a successful career but to create lasting change. By combining technical excellence with empathy, advocacy, and mentorship, I hope to leave every community I serve stronger, healthier, and more supported than before.

My goal of becoming a Certified Registered Nurse Anesthetist developed through exploration, reflection, and a growing understanding of where my abilities can make the greatest difference. As a high school senior from South Carolina, I have spent time discovering how my interests in problem-solving, precision, and service could come together into a meaningful career. While I was initially drawn to technology and cybersecurity, those experiences helped me realize that I am most fulfilled when technical skill is paired with human connection. Healthcare became the path where I could combine analytical thinking with compassionate care, ultimately leading me toward nurse anesthesia. While in college, my primary goal is to build a strong academic and clinical foundation in healthcare. I plan to pursue a Bachelor’s degree in Health Professions and Clinical Sciences while preparing for advanced nursing education. During this time, I intend to actively engage in student organizations, seek mentorship from healthcare professionals, and pursue hands-on clinical and volunteer experiences. I want to develop not only medical knowledge but also leadership skills, emotional intelligence, and resilience, qualities essential for working in high-pressure environments such as critical care and anesthesia. Community service has shaped how I view responsibility and success. I believe service begins with recognizing the needs of others and responding with empathy and consistency. Throughout my experiences helping peers academically and offering support within my community, I have learned that kindness often appears in everyday actions: listening, encouraging others, and helping someone overcome challenges. These moments reinforced my belief that meaningful impact does not always require grand gestures but rather a commitment to showing up for others. During my college years, I plan to expand my service through healthcare outreach programs, hospital volunteering, and initiatives that promote health education and accessibility. I am especially motivated to serve underserved communities, where access to healthcare resources and education may be limited. By participating in community health initiatives and patient advocacy programs, I hope to help bridge gaps in healthcare understanding while gaining experience serving diverse populations. Following graduation and completion of CRNA training, my long-term goal is to work in hospitals and healthcare systems that prioritize patient-centered care and community impact. CRNAs play a critical role in patient safety, managing complex clinical situations, and providing anesthesia services in both large hospitals and rural or underserved areas. I aspire to contribute to these environments by delivering safe, compassionate care while remaining calm and decisive during critical moments. In addition to patient care, I hope to mentor future students interested in healthcare careers, helping others recognize their potential and navigate paths similar to my own. Ultimately, my future goals center on service, lifelong learning, and meaningful impact. Becoming a CRNA represents more than a professional achievement; it is an opportunity to combine technical expertise with compassion in order to improve lives. Through my education and future career, I am committed to serving my community, advocating for equitable healthcare, and becoming a healthcare professional who brings both skill and humanity to every patient encounter.

I am passionate about nursing because it sits at the intersection of science, compassion, and advocacy. Nursing is not just about treating symptoms; it is about caring for people during some of the most vulnerable moments of their lives. What draws me to this profession is the responsibility nurses carry, not only to provide skilled medical care, but also to listen, reassure, and advocate for patients when they may not be able to do so for themselves. Nursing allows me to combine critical thinking with human connection, which is what makes the role both challenging and deeply meaningful. Through my career as a nurse, I hope to gain the ability to make a tangible difference in patients’ lives every day. I want to develop strong clinical judgment, technical expertise, and emotional intelligence so I can provide care that is both effective and empathetic. Beyond technical skills, I hope to grow as a leader and lifelong learner, someone who adapts to new medical advancements while staying grounded in patient-centered care. Ultimately, I want a career where my work has a lasting impact, whether through easing a patient’s fear, improving outcomes, or supporting families during critical moments. The area of nursing I hope to enter is advanced practice nursing, with a long-term goal of becoming a Certified Registered Nurse Anesthetist. I am drawn to nurse anesthesia because it requires a high level of precision, responsibility, and expertise while still prioritizing patient safety and comfort. CRNAs play a vital role in surgical and procedural care, often serving as the primary anesthesia providers, especially in rural and underserved communities. This blend of autonomy, clinical depth, and service aligns strongly with my personal values and professional goals. In the specialty of nurse anesthesia, I hope to make an impact by being a meticulous, patient-focused provider who prioritizes safety, communication, and trust. I want patients to feel informed and supported before procedures, not just medically prepared. I also hope to contribute to improving access to high-quality anesthesia care, particularly in areas where healthcare resources are limited. By maintaining high ethical standards, staying current with evidence-based practices, and mentoring future nurses, I aim to strengthen both patient outcomes and the nursing profession as a whole. Nursing, to me, is more than a career; it is a commitment to service, excellence, and lifelong growth. Through this path, I hope to leave a meaningful mark on my patients, my specialty, and the healthcare system as a whole.

Precision matters when lives are at stake, but so does access to care. Growing up in South Carolina, I have seen how a lack of medical resources, provider shortages, and limited health education can affect entire communities. These realities shaped my decision to pursue nursing and my long-term goal of becoming a Certified Registered Nurse Anesthetist. My journey toward healthcare was shaped by exploration and purpose. Earlier in my education, I explored technology and cybersecurity, developing strong problem-solving skills, attention to detail, and discipline. While those fields sharpened my analytical thinking, I realized my greatest impact would come from direct patient care. I wanted a career where my decisions could immediately improve safety, comfort, and outcomes for individuals and families. That realization led me to nursing and clarified my ambition to work in advanced clinical practice. As a future nurse, I am motivated by the role CRNAs play in protecting patient safety during critical procedures. Beyond the operating room, however, I see nursing as a way to strengthen the health of entire communities. I am particularly committed to serving rural and underserved populations, where access to anesthesia providers and specialized care can be limited. By working in hospitals and surgical centers that serve these communities, I hope to reduce barriers to safe surgical care and improve recovery outcomes. I also plan to make a difference through patient education and advocacy. Many health complications are worsened by gaps in understanding, fear, or lack of trust in the healthcare system. As a nurse, I aim to be someone who listens, explains procedures clearly, and helps patients feel informed and respected. Building trust at the individual level contributes to healthier families and, ultimately, stronger communities. To reach this goal, I plan to pursue a Bachelor’s degree in Nursing, followed by working in the icu for 2 years and then CRNA training. I approach this path with discipline and long-term focus, understanding that serving my community requires both perseverance and continual learning. I am driven by the responsibility to return my education and training to the communities that supported my growth. My commitment to service is influenced by my family’s military background. My father served 20 years in the United States Coast Guard, and growing up in a household shaped by service taught me accountability, resilience, and the importance of contributing to something larger than myself. His example reinforced my desire to pursue a profession grounded in responsibility and public service. As a nurse, I plan to give back to my community through skilled care, patient advocacy, and dedication to improving access to healthcare. By combining ambition with compassion and drive with service, I aim to make a meaningful and lasting impact where it matters most.

The first time I stepped onto a tennis court in tenth grade, I was completely unprepared. I had no prior experience, no refined technique, and very little confidence. During matches, I hit balls over the fence and into the woods more times than I can count. Each mistake felt embarrassing, especially knowing people were watching. I considered quitting, but instead, I made a decision that would shape how I face challenges: I would keep going until I improved. Tennis taught me early on that progress does not happen overnight. Improvement requires patience, discipline, and consistent effort. Outside of team practices, my parents helped me train by working on fundamentals like serves, footwork, and control. At first, it felt like no matter how much I practiced, I still struggled. But slowly, the effort added up. Eventually, I won two matches that once felt impossible. Those wins meant more to me than the score; they represented persistence, growth, and the reward of not giving up. One of the most important lessons tennis taught me was the importance of accountability. On the court, there is no one else to rely on. Every missed shot and every success belongs to you. That responsibility forced me to confront my weaknesses instead of avoiding them. I learned to evaluate what went wrong, adjust my approach, and try again. This mindset has influenced how I handle challenges beyond athletics. That mental resilience became especially important when I faced pre-calculus, a class that tested me academically and mentally. There were moments when the material felt overwhelming, and self-doubt crept in. During those times, I relied on the same mindset that tennis had taught me. I reminded myself, “I’m going to make it out of this class, and I’m going to pass.” Just like on the court, I focused on consistent effort, asking questions, practicing problems, and staying committed even when progress felt slow. That determination helped me push through instead of giving up. Tennis also strengthened my ability to stay focused under pressure. Matches taught me to move on from mistakes quickly and stay mentally present. I learned that confidence is built through preparation and perseverance, not perfection. This lesson has shaped how I approach my future goals, particularly my interest in cybersecurity, a field that requires problem-solving, adaptability, and persistence. Just as in tennis, setbacks are part of the learning process, and success comes from analyzing mistakes and continuing forward. What started as an uncomfortable and humbling experience became a foundation for my growth. Tennis reshaped my mindset, teaching me resilience, accountability, and confidence. I may not have started as a strong player, but I learned how to push myself and believe in my ability to succeed. Those lessons will continue to guide me as I move forward in both my education and my future career.

Leadership, to me, has never been about holding a title; it has been about seeing a problem, stepping up, and bringing others with me toward a solution. One of the most meaningful ways I demonstrated leadership was through creating and leading CyberBeak Squad, a student-driven initiative focused on improving technology support and cybersecurity awareness within my school community. As technology became more embedded in daily learning, I noticed a recurring issue: students and teachers were often frustrated by technical problems, unsure how to protect their accounts, and overwhelmed by security concepts that felt inaccessible. Rather than waiting for someone else to fix the problem, I took initiative. I founded CyberBeak Squad to bridge the gap between students and school IT resources by providing clear, student-friendly guidance on common technical issues and cybersecurity best practices. Leading this initiative required more than technical knowledge; it required communication, empathy, and accountability. I worked closely with students to identify recurring problems, designed solutions that prioritized ease of use, and ensured that help was available before issues escalated. One of my proudest accomplishments was helping develop CyberBeak Assist, an AI-powered support concept designed to guide students through basic troubleshooting and cybersecurity awareness before needing IT intervention. This not only empowered students to solve problems independently, but also reduced strain on school IT staff. The impact of this leadership extended beyond solving technical issues. Students gained confidence in managing their digital security, teachers saved time, and the overall school environment became more proactive rather than reactive. More importantly, I learned how leadership rooted in service can create lasting change. By listening first and acting intentionally, I was able to lead in a way that uplifted others rather than simply directing them. The leadership lessons I gained through CyberBeak Squad directly shape my future plans. I plan to pursue a degree in cybersecurity, where I can continue combining technical expertise with service-oriented leadership. In college, I intend to join or help establish cybersecurity-focused student organizations, mentor peers who are new to technology, and contribute to applied security projects that address real-world challenges. Just as I did in high school, I want to lead by creating environments where others feel empowered to learn, ask questions, and take ownership of their digital safety. I am currently preparing for the CompTIA Security+ certification and developing hands-on projects that reflect my commitment to responsible and ethical security practices. My long-term goal is to work in government or public-sector cybersecurity, protecting the critical systems that schools, cities, and communities rely on every day. I am especially motivated to serve in roles where security is not only about technology, but about trust, accessibility, and protecting people who may not always understand the risks they face. The legacy of Larry A. Montgomery as a servant leader deeply resonates with me. His commitment to excellence across academics, career, faith, and personal life reflects the values I strive to embody. This scholarship would support my academic journey while reinforcing my commitment to lead with integrity, purpose, and impact. Wherever my path leads, I will continue to measure success not just by personal achievement but by how effectively I serve and uplift those around me.

The first time I understood the power of cybersecurity was when I stopped a friend from falling for a scam email. The message looked like it was from our school, but something felt off the wording was strange, and the sender’s address didn’t match. I urged her not to click the link, and later, she told me her parents had narrowly avoided a similar attack. In that moment, I realized technology isn’t just about convenience; it’s a shield protecting people from real harm. Like Robert F. Lawson, who dedicated his life to serving others, I want my career to be a force for good, safeguarding communities in an increasingly digital world. Growing up with a learning disability taught me resilience. While classmates grasped concepts quickly, I often needed extra time, sitting in resource rooms or asking teachers to explain things again. At first, I felt ashamed, but over time, I learned to embrace the struggle. Every small victory, mastering a tough lesson, improving a grade, reinforced my determination. That persistence became my superpower, and it’s what drives me to pursue cybersecurity: a field where vigilance and problem-solving can protect countless lives. Financial hardship has also shaped my perspective. My parents worked tirelessly to provide for our family, stretching every dollar to cover necessities. Without scholarships and school programs, opportunities like my IT internship or access to coding courses would’ve been out of reach. Those experiences instilled in me a deep gratitude and a responsibility to pay it forward. I want to ensure others, especially those from underserved backgrounds, have the tools to navigate an increasingly tech-driven world safely. This commitment led me to create CyberBeak Assist, an AI-powered support tool for my school district. I noticed how frustrated students and teachers grew waiting days for simple IT fixes, password resets, and printer issues, so I designed a chatbot to guide them through solutions instantly. What started as a side project became a district-wide resource, saving time for IT staff and empowering users to solve problems independently. When a teacher thanked me for making her week easier, I realized even small innovations can ripple outward, improving lives in tangible ways. During my IT internship, I saw information technology’s human impact firsthand. Monitoring networks and analyzing threats, I helped thwart a phishing attack targeting staff emails. Stopping it early prevented potential data breaches, protecting sensitive information for thousands of students and employees. That experience crystallized my goal: to specialize in cybersecurity forensics, working with the Department of Defense to combat threats that endanger national security. In this digital age, protecting systems means protecting people, their privacy, livelihoods, and trust. This scholarship would empower me to take the next steps toward that mission. With support, I can earn my CompTIA Security+ certification, pursue a degree in cybersecurity, and eventually work on the front lines of digital defense. Like Robert F. Lawson, I believe service isn’t confined to a single career path; it’s a mindset. Whether by securing critical infrastructure or mentoring future technologists, I want to ensure technology remains a tool for opportunity, not exploitation. To me, cybersecurity is more than coding or firewalls, it’s a modern form of service, defending the vulnerable and preserving the systems we all rely on. With this scholarship, I’ll honor Lawson’s legacy by building a safer, more equitable digital future.

When I read about Kalia D. Davis, what stood out most was her ability to balance so much, school, sports, leadership, and service, while still uplifting the people around her. Even without meeting her, I can tell she was the kind of person who inspired others to aim higher. That’s the kind of example I want to follow as I pursue my own goals. Sports have played a big role in shaping my confidence and determination, but it didn’t start smoothly. In 10th grade, I joined my school’s tennis team for doubles, despite never having picked up a racket before. I was shy, nervous, and, to be honest, terrible. I didn’t know how to serve, couldn’t keep the ball in play, and felt like everyone else was years ahead of me. But I showed up to every practice, stayed late to work on my swings, and studied other players’ techniques. Little by little, my game improved. By the end of the season, I had not only gained confidence but also won two matches, something I wouldn’t have believed possible on the first day I stepped onto the court. That season taught me that growth comes from persistence and the courage to keep trying, even when you feel far behind. Outside of sports, I’ve developed a strong interest in technology. As a member of my school’s CyberBeak Squad, I help students and teachers solve everything from basic printer problems to tricky Chromebook issues. Each time I troubleshoot successfully, I feel a sense of accomplishment, especially when it removes stress for someone else. These moments have fueled my interest in pursuing a career in information technology at the University of South Carolina, where I plan to protect digital systems and contribute to national defense. Service is also central to my life. I’ve volunteered spread the awareness that kids at are correntional school don't have school supplies, helped at local events by giving can goods, and led technology workshops for younger students. One moment that stands out was teaching a middle schooler how to use accessibility tools on their Chromebook so they could complete assignments more independently. Watching their confidence grow reminded me why helping others is so fulfilling. I’m currently preparing to earn my CompTIA Security+ certification before graduation, giving me the technical foundation to step into cybersecurity with confidence. This scholarship would help me do more than simply afford tuition, it would give me access to the specialized training and certifications I need to be competitive in a rapidly growing field. Without the burden of financial stress, I could devote more time and energy to deepening my skills, taking on research opportunities, and contributing to campus organizations that make a positive impact. Receiving the Kalia D. Davis Scholarship would also be a personal reminder to lead with determination, kindness, and resilience. Kalia’s legacy shows that it’s possible to achieve big goals while making those around you feel valued and supported, and that’s exactly how I plan to live my life.

The first time I realized technology could change someone’s life, I wasn’t reading about it in a textbook, I was living it. In middle school, I became the “unofficial tech helper” for my classmates and even teachers. Whether it was fixing a frozen Chromebook, helping someone recover a lost password, or explaining how to use a new program, I loved the moment when frustration turned into relief. I didn’t know it then, but those small acts of problem-solving were planting the seeds for my future in information technology. I am a female, African American high school senior from South Carolina, and I am deeply passionate about technology, not just for what it can do, but for how it can empower people. I come from a financially disadvantaged background, where every opportunity has to be earned and nothing is taken for granted. My family has faced times when money was tight and resources were limited, but those circumstances taught me the value of perseverance, adaptability, and using what I have to create something better. Growing up, I didn’t have the newest devices or the fastest internet. Instead, I learned to work with what was available, often repairing and repurposing old computers just to keep learning. That determination carried over into my academics, where I’ve pursued every technology-related class, club, and opportunity I could find. My IT internship with my school district gave me hands-on experience troubleshooting systems, supporting staff, and understanding the real-world importance of secure networks. One project that truly shaped my path was creating CyberBeak Assist, an AI-powered IT support chatbot for my school. I wanted students and teachers to have a quick, accessible way to solve common tech issues without waiting for help. Building it required me to teach myself programming skills, research AI integration, and problem-solve through trial and error. The result was a working tool that not only improved efficiency but also made technology less intimidating for those who were nervous about using it. That experience showed me how my skills could make a tangible difference in a community. My passion for cybersecurity also grew from inspiration outside of school. Reading 1st Case by James Patterson introduced me to the world of digital forensics and the idea of using technical skills to solve crimes and protect people. The blend of detective work and technology fascinated me, and I began to see cybersecurity not just as a career path, but as a way to safeguard individuals, organizations, and even nations from harm. Despite my progress, my journey hasn’t been without challenges. Being a young Black woman in a field still dominated by men means I’ve sometimes had to work twice as hard to be taken seriously. I’ve faced moments in my cybersecurity class where my abilities were underestimated before I even had the chance to demonstrate them. Instead of letting that discourage me, I’ve used it as motivation to sharpen my skills, earn certifications, and build a portfolio that speaks louder than stereotypes. Financial barriers have also been significant. My family’s budget leaves little room for expensive training programs, certifications, or equipment. I’ve relied on free online resources, school-provided tools, and self-study to advance my knowledge. That’s why scholarships like this one mean so much, they aren’t just financial assistance, they’re a vote of confidence in students like me who are determined to succeed despite obstacles. I plan to attend the University of South Carolina to study integrated information technology with a minor in cyber operations. My short-term goal is to earn the CompTIA Security+ certification before December 2025. Long-term, I hope to work for the Department of Defense, protecting critical systems and infrastructure from cyberattacks. I want my work to contribute to a safer digital world, where people can use technology without fear of their data, privacy, or safety being compromised. Beyond my own career, I am committed to opening doors for others especially girls of color who may not see themselves represented in STEM fields. I want to mentor young people, create workshops, and develop accessible resources to help them explore technology and build confidence in their abilities. Representation matters, and I hope to be the kind of role model I wish I had when I was first starting out. Science and leadership shape the future when they work together, and I believe my path embodies both. Science gives me the tools to protect and innovate; leadership allows me to inspire, guide, and create opportunities for others. Like Eric Larson, I believe in equality in the sciences, and I want my journey to prove that talent and determination not gender, race, or financial status should define who belongs in STEM. This scholarship would not only help ease the financial strain of pursuing higher education, it would also honor the values I live by: resilience, curiosity, and the belief that education is the foundation for lasting change. With the support of this opportunity, I will continue to push forward, protect what matters, and open doors for the next generation of women in STEM.

Some people find their passions by accident; I found mine by solving problems. In middle school, I was the person classmates came to when their laptops froze or their accounts locked them out. At first, it felt like a small skill, but it sparked a curiosity about how technology works and, more importantly, how to protect it. That curiosity has grown into a passion for cybersecurity, a field where I can combine problem solving with helping others. I am now a high school senior in South Carolina, preparing to pursue cyber intelligence with a minor in cyber operations at the University of South Carolina. My dream is to work for the Department of Defense to protect critical systems and national security from cyberattacks. The path here hasn’t just been about academics; it’s been about using what I learn to make a difference right now. One of my proudest accomplishments is creating CyberBeak Assist, an AI-powered IT support chatbot for my school. I designed it to give students and teachers quick, simple solutions to common tech problems, freeing up time for our IT staff and making technology more accessible for everyone. I’ve always believed that knowledge should be shared, and that’s why I’m drawn to community focused work. I’ve seen firsthand how access to resources can change someone’s path. Technology is powerful, but it’s not equally obtainable to all, and without guidance, people can be left vulnerable online. That’s why I’m committed to using my skills not only to secure systems but also to educate others about online safety. My short-term goal is to earn the CompTIA Security+ certification before December 2025. This will not only prepare me for my career but also allow me to mentor others with confidence and credibility. I see certifications and degrees as more than credentials they’re stepping stones toward making a bigger impact. My inspiration comes from a mix of real-life experiences and small moments of encouragement. Reading 1st Case by James Patterson introduced me to the thrill of solving digital mysteries, and my IT internship with my school district showed me how those skills can protect and empower people. Both experiences reinforced that this is the right path for me. I believe in giving back. I want to build a career that doesn’t just serve me but uplifts others especially young people in underserved communities who might not see a future in tech for themselves. One day, I hope to run programs that teach students about cybersecurity, giving them both the skills and the confidence to succeed in a field that desperately needs diverse voices. Education is my way forward, but it’s also my way to give back. Every step I take toward my degree is a step toward building a safer digital world. I’m committed to working hard, staying curious, and using my knowledge to help others, just as my community has helped me.

The first time I imagined myself in the world of cybersecurity wasn’t in a classroom or during a school project, it was in the pages of a novel. I was reading 1st Case by James Patterson, a thriller about a young computer genius who used her skills to uncover hidden patterns, outthink cybercriminals, and solve dangerous cases. I could see myself in her shoes: solving puzzles, protecting people, and staying one step ahead of those who wanted to do harm. That story didn’t just entertain me, it lit a spark. From that moment on, I knew I wanted to turn that vision into my reality. Today, I’m a high school senior in South Carolina with a deep passion for technology, problem solving, and service. What started as curiosity, tinkering with devices and troubleshooting school computers, has evolved into creating solutions that make a real impact. One of my proudest accomplishments is CyberBeak Assist, an AI-powered IT support chatbot I designed to help students and teachers quickly solve common tech problems. It taught me that cybersecurity isn’t only about blocking hackers, it’s about making technology safer, more accessible, and more dependable for the people who rely on it every day. Inspired by both fictional heroes and real world needs, I’ve been intentional about preparing for a career in this field. My short-term goal is to earn the CompTIA Security+ certification before December 2025. This milestone will prove my foundational cybersecurity skills and readiness to tackle real world challenges. To me, certifications and education are not just achievements, they are shields for me to help me protect others. Looking ahead, I plan to attend the University of South Carolina to study cyber intelligence with a minor in cyber operations. My ultimate goal is to work for the Department of Defense, safeguarding critical infrastructure and national security. The same excitement I felt when I first read 1st Case, that mix of curiosity, strategy, and purpose, is the energy I want to bring into my career. I’m committed to pursuing higher education because it’s the bridge between my potential and my purpose. College will give me the advanced technical knowledge, leadership skills, and problem solving mindset necessary to succeed in a high stakes, ever changing environment. In cybersecurity, threats evolve quickly, you have to think critically, adapt instantly, and anticipate what’s next. At its core, cybersecurity is about people. Every secure system keeps someone’s private information safe. Every blocked intrusion ensures a hospital keeps running, a family’s savings remain untouched, or a school stays open. That’s the kind of impact I want to make, quiet but essential, unseen but vital. In the future, I also hope to mentor young people who might not see a clear path into technology. Just like 1st Case opened my eyes to what was possible, I want to inspire others to find their place in this field and show them how curiosity can turn into a career that makes a difference. For me, a degree in cybersecurity isn’t just a career move, it’s a commitment. A promise to keep learning, stay ahead of threats, and use my skills in service of something bigger than myself. With higher education, I can transform the spark that began in a novel into a lifelong contribution to my community and my country.