Imagine being pushed so far from your comfort zone it feels like you were thrown off a cliff. That was me last year, and it was all thanks to two amazing women who made a huge impact on my life. Those women are Aditta Riha & Kenya Smith. Two summers ago, I joined the Orange County Career Source Summer Youth Program. It centered around introducing students to the more county-centered careers, allowing us to explore, engage, and experience careers we wouldn’t give a second thought to. It was through this program I branched out and met many amazing people, who taught me many things. Among them was our head attendee, Mrs. Riha, who constantly pushed me out of my comfort zone, something I hated at the time. After the program ended, I reached out to Mrs. Riha and asked her to be my mentor. Since my freshman year, I’ve so badly, more than anything, wanted to sing a spotlight solo at my school’s annual Spring concert. Sadly, my confidence was smaller than a hamster, so I would’ve failed spectacularly. However, with her advice to “get comfortable being uncomfortable,” I decided to start singing in front of people, slowly. It began with joining my church’s children’s choir and performing a small solo during devotion. That small decision opened up a can of worms, and I couldn’t be happier. Thanks to it, my church’s youth director, Mrs. Kenya, volunteered me for more solos, but they didn’t go as well as the previous because I forgot the lyrics as soon as I stepped in front of the church. My throat closed, and my mouth ran dry as I tried desperately to rack my head for lyrics. Thankfully, the pianist and drummer played louder than I sang, so my mistakes were drowned out. Much to my dismay, Mrs. Kenya still wanted me to perform, but she wanted me to dance instead of sing. As we practiced, I felt that if I were anywhere else in the world, I wouldn’t have nearly as much fun. I had never felt so at peace with myself. Despite the overwhelming nerves and performance anxiety I felt during the days leading up to our first dance, my body moved on its own, as if it were butter in a skillet. Praise dancing is something I can’t see myself without anymore. The art and the execution are the definition of magnificent in my eyes; it’s one of my main escapes, my haven. Had it not been for Mrs. Riha tossing me off a cliff, Mrs. Kenya constantly pushing me despite my obvious reluctance, I would’ve never discovered this part of myself that I can no longer live without. That experience taught me a lot more about myself and flipped everything I knew upside down. I learned I am not as social or outspoken as I believed. That realization allowed me to vastly narrow down my major. I originally wanted to do Robotics, Mechanical, Aerospace, or Industrial Engineering. Those choices required heavy teamwork and leadership skills, both of which I learned the hard way that I lack. While they have improved greatly since my first (and last) solo act, I still find myself working more comfortably and efficiently when alone. Which is why I decided on, Computer Science. It works out perfectly for me because coding and software are the main components, both of which happen to be my strong suits. In the future, I still plan to continue praise dancing, but instead of feeling most comfortable amongst lines of flags, my new favorite place will be within lines of code.

The villa wakes up to find a giant steel vault in the garden with the words "Someone has stolen your heart... now steal it back." In the challenge, each Islander must secretly collect "Heart Tokens" while convincing everyone else they are completely loyal to their current partner. The twist is no one knows who is working with whom—or who is secretly working alone. At the start of the game, every contestant receives a sealed envelope. Most envelopes contain the name of another Islander who has secretly "stolen" their heart. Their objective is to discreetly steal three Heart Tokens from that person by completing harmless covert tasks, such as making them laugh during breakfast, getting them to compliment you, convincing them to wear your sunglasses, or getting them to choose you during a group activity. Neither person knows what tasks the other has received, creating constant suspicion and second-guessing. Plot twist, three envelopes are different. One the title Master Thief, one Double Agent, and the last Safecracker. The Master Thief can steal tokens from anyone but must never reveal their identity. The Double Agent has two assigned targets and earns double points if both remain unaware until the end. The Safecracker has no target at all; instead, they must correctly identify who the Master Thief is before the challenge ends. Contestants secretly place their Heart Tokens into locked boxes around the villa. Throughout the day, periodic alarms interrupt conversations, forcing everyone into quick mini-games where additional tokens can be won or lost. During these interruptions, Islanders can accuse one another of being a thief. A correct accusation steals one token from the accused, while an incorrect accusation costs the accuser one of their own. At sunset, everyone gathers around the vault. One by one, the envelopes are revealed, followed by each contestant's completed secret tasks. The reactions are projected onto a giant screen with replay clips showing the exact moments people were unknowingly manipulated. Islanders discover who flirted strategically, who was genuinely kind, who played both sides, and who completely misread the situation. The player with the most Heart Tokens earns an exclusive overnight date with the partner of their choice, regardless of current couples. If the Master Thief wins without being correctly identified, they also gain the power to anonymously swap one existing couple before the next recoupling ceremony. Meanwhile, if the Safecracker successfully exposes the Master Thief, that power is canceled, and the Safecracker instead receives immunity from elimination at the next dumping.

I believe you should consider me for this scholarship because I have constantly been challenging myself academically through my entire academic career by taking more rigorous and high level classes. Things like Advanced Placement(AP) courses and AICE writing courses demanded perseverance, hard work, dedication, commitment and a multitude of other skills and qualities. In addition I have taken choir throughout the entirety of my middle and high school years. Specifically, I took multiple AP classes and one AICE classes every year throughout high school. The AICE classes focused on extensive writing skills, basic analytical thinking skills, and how language came to be. It was essentially telling my how to build a case, communicate my thoughts clearly, and defend my ideas with evidence. My first AICE class did exactly that, by hosting a mock trial that recreated the case of the Salem witch trials which was a book we had read that year. The later language courses drilled memorization, time management and active recall skills into my brain before I even realized it. The AP courses focused on their respective subjects, such as physics, world history, and so forth. But they required me to develop and master different skills; critical thinking, problem solving, what to do in real world situations, how to think like people in higher positions, and to prioritize certain things over others. They also taught me to collaborate with other students, because there was no way I was surviving a few of them without doing so. They taught how, when and that it is okay to ask for help because not everyone has all the answers, not even the teachers. Now while I know the seven years of choir may sound like a random and completely unrelated topic, it taught me more than both sets of classes could. My memory isn’t all that well when it comes to personal experience or my own memories, so I can’t tell you very much about my middle school experience. However, my high school experience has taught me things that will truly prepare me for the world and that will help me navigate the non educational world of college. My teacher, Mrs. Shafer, has got to be the scariest woman I’ve ever met. She genuinely made me cry sometimes, but she was tight there to comfort me. Being in that room 50 minutes a day for four years taught me how to work for myself, how to bond with others, how to have fun doing what I love, how to strive for the best because I can do it and therefore should never settle for less. Each time we got on stage was a nervous nightmare, but it taught me bravery, strength, courage, patience and a pride in myself that I would have never felt otherwise. All in all, I believe I should be considered for this scholarship because I deserve to. As egoistical as that may sound, that is what I believe. I worked my butt off taking classes with teachers that made my friends question my sanity. I showed up for the final exams and although I may not have always passed them all, I always passed the class and I always left with something new. In fact, this year, I earned an AP scholar award, given to students who have passed 3 or more AP exams in a single school year. And honestly, I cried, because I was only confident in one out of the four exams I took. Although I didn’t pass my AP calc exam, it was the only one I didn’t pass. It was also one of the most difficult and frustrating classes I had ever taken in my life. So many times did I want to drop the class, and I did try multiple times, but I never got all the way through. I struggled through that class, and sat for that exam, which is more than I can say for others that took the same course. Seeing it didn’t make me sad, I didn’t have much hope, but I was happy to see an actual score there, and I was proud of myself for having the courage and perseverance to actually take the exam. I want to continue to work hard in college and reach my goal of becoming a computer scientists. However I can’t do that if I’m struggling and constantly worrying about how I am going to cover the cost of things every day. Which combined with everything else, is reason enough for me to deserve being at the very least, considered for this opportunity.

Growing up in a single-parent household has shaped nearly every part of who I am today. My mother has always been the foundation of our family, carrying the responsibility of raising three children while doing everything she could to provide for us. Watching her work tirelessly despite financial struggles has taught me lessons about perseverance, sacrifice, and determination that I will carry with me for the rest of my life. Life was not always stable. Because money was often tight, my family had to move several times when we could no longer afford to stay where we were. Each move meant adjusting to a new environment, making new friends, and finding a sense of normalcy all over again. While those experiences were difficult, they taught me how to adapt to change instead of fearing it. Rather than allowing instability to define me, I learned to focus on the things I could control—my education, my work ethic, and my attitude. As the oldest siblings grew older, everyone in the family had responsibilities, and I was no exception. Both of my siblings live with sickle cell disease, and there were many times when I helped care for them while my mother balanced the countless responsibilities of raising our family. Seeing them experience painful episodes and frequent medical challenges gave me a greater appreciation for compassion and patience. It also showed me how important it is to support the people you love, even when life becomes overwhelming. Despite everything she faced, my mother never allowed us to believe that our circumstances would determine our future. She encouraged us to work hard, value our education, and always strive for something greater. Because of her example, I learned that success is earned through persistence, not handed to you because life is easy. Whenever I encountered challenges in school or in my personal life, I remembered the sacrifices she made every day, and it motivated me to keep pushing forward. Those lessons eventually influenced my passion for STEM. Through years of engineering and computer science classes, I discovered a love for coding and robotics. Programming taught me that even the most frustrating problems can be solved with enough patience and determination—a mindset I had already begun developing through my experiences at home. Every challenge I overcame, whether in the classroom or in my personal life, reinforced my belief that persistence leads to progress. Growing up with a single mother did not simply teach me how to overcome obstacles; it taught me how to appreciate opportunity. I understand the value of hard work because I watched my mother demonstrate it every day. I understand responsibility because I have experienced it from a young age. Most importantly, I understand the importance of using my education to create a better future—not only for myself, but for my family as well. While my family's journey has not been easy, it has made me stronger, more compassionate, and more determined to succeed. Everything I accomplish will be a reflection of the sacrifices my mother made and the values she worked so hard to instill in me. Her strength has become my inspiration, and because of her, I am confident that I can overcome whatever challenges lie ahead.

People often ask what inspired my interest in STEM, and the truth is, it started completely by accident. When I joined Project Lead The Way (PLTW) in sixth grade, it wasn't because I loved engineering or dreamed of becoming a programmer. I joined because the boy I had a crush on was in the class. Unfortunately for me, he already had a girlfriend, and I wanted to drop the course immediately. Thankfully, I wasn't allowed to. Looking back, that disappointment ended up changing my life. Everything changed when we began our first coding unit. For the first time, I experienced the satisfaction of writing code that actually worked. Soon after, I fell in love with robotics and programming. I continued with PLTW throughout middle school and later joined my high school's Engineering Magnet Program. Since then, coding has become more than a hobby—it has become the career I know I want to pursue. One of my favorite experiences came during my engineering class last year. My team was challenged to build and program a robot that could push water bottles across a table while staying on the surface during one continuous run. Building the robot was straightforward, but programming it tested my patience. For weeks, I adjusted speeds, wheel rotations, and turning angles, yet the robot kept driving off the table. I became frustrated, but I refused to give up. After asking my teacher for guidance and making a few final adjustments, everything finally worked. Watching the robot complete its task successfully was one of the most rewarding moments I've experienced because it reminded me that persistence is often the key to solving difficult problems. That lesson has carried over into my life outside the classroom. I was raised in a low-income, single-parent household where financial instability meant my family often had to move because we couldn't keep up with bills. Constantly changing homes made it difficult to find stability, but I stayed committed to my education. At home, I also help care for two of my siblings who have sickle cell disease. Watching them endure pain and frequent medical challenges has strengthened my compassion and taught me the importance of perseverance. These experiences have motivated me to build a future where I can provide greater stability for my family. My personal experiences have also shaped the impact I hope to make through STEM. For years, I dreamed of creating an artificial intelligence capable of discovering a cure for sickle cell disease. With recent medical breakthroughs, that dream has evolved. Instead of finding the cure, I hope to develop software or automated systems that can help researchers and manufacturers produce treatments more efficiently so they become more accessible to the families who need them. More broadly, I want to use computer science to solve meaningful problems and improve people's lives. STEM has shown me that every difficult challenge has a solution if you're willing to keep searching for it. Whether I'm debugging a program or overcoming obstacles in my own life, I have learned that persistence, creativity, and determination can turn setbacks into opportunities. Those lessons are the foundation of who I am today and the engineer I hope to become.

I’ll be honest, I don’t remember hardly anything from my childhood. However, certain memories stick out like sore thumbs, things I couldn’t forget if I tried. One time when I was younger, riding a motorscooter that I had gotten for Christmas, I crashed into my grandma’s big green truck. It was terrifying, blood was coming from my mouth, and I thought I was dying, but I don’t think I even lost any teeth. Another memory is when I first joined Project Lead The Way (PTLW) in 6th grade. I originally joined because the guy that I had a crush on was in it, but sadly, he had a girlfriend. I was so distressed that I wanted to leave the class altogether, but they wouldn’t allow it. So I trudged on miserably, at least until we began a unit on coding. Immediately, this stood out to me and caught my attention. Curious, I stopped being so mopey and paid more attention. That is how I fell in love with the idea of creating robots and coding. I loved it so much that I stayed in PTLW all through middle school and joined the Engineering magnet program in high school. The act of watching my own blood, sweat, and tears come to fruition by completing a task flawlessly or running a code smoothly without any bugs brings me a joy that I genuinely can’t put into words. I can’t express how excited I am to be going to college for something I love. Building robots and coding computers is like heaven to me. Well, at least after I complete them. Last year in my Engineering class, we were tasked with creating a small robot that could move forward and guide water bottles from one end of a table to another. The robot had to be able to do all of this in one continuous run and remain on the table. While I did have partners, I’ve learned through trial and error that I work best alone. That being said, we spent multiple weeks on this project. First, I had to build the robot. That part wasn’t difficult because we were provided all the materials and were relatively familiar with each function from previous years in the program. The hard part came from actually programming the robot to do those things. I remembered being stuck on this part for weeks. I was frustrated beyond belief because no matter what I did, I couldn’t for the life of me get the robot to stay on the table. I had tried everything: adjusting the speed, adjusting the degree turns of the wheel, adjusting the degree turns of the bot itself. Nothing stuck. Finally, I asked my teacher for advice, and was finally able to complete the project. I remember being so happy I almost cried, but that’s just what coding and robotics do to me. It’s something I don’t think I can live without anymore, and I couldn’t be happier that I decided to continue. I plan to make an impact in this field by programing a system that could assist in the production of the newly discovered cure for sickle cell disease. My original goal was to program an AI that would work towards discovering a cure, but since on has recently been discovered, I want to create something that helps mass produce it.

Growing up, I was always curious about how things worked. That curiosity eventually led me to STEM, and since the sixth grade I have been taking STEM-focused courses that introduced me to coding, engineering, and robotics. Over the years, what started as a class requirement became a passion. I discovered that I loved writing code, solving problems, and building robots that could accomplish real tasks. Now, at 18 years old and freshly graduated from high school, I am excited to continue that journey and build a career in STEM. My path has not always been easy. I come from a single-parent household, and my mother has worked hard to provide for me and my four siblings despite financial struggles. Watching her make sacrifices for our family has motivated me to work hard in school and pursue opportunities that can create a better future for all of us. Those experiences have taught me resilience, responsibility, and the importance of never giving up, even when life becomes difficult. Outside of school, I enjoy spending time with my dog, who always manages to brighten my day. I also hope to own an albino snake someday because I've always thought they were fascinating and surprisingly adorable. While that may seem like an unusual goal, I think it reflects my personality—I enjoy learning about things that others might overlook and appreciate the uniqueness they bring. For a long time, I dreamed of creating a robot that could help scientists find a cure for sickle cell disease. Two of my siblings live with the condition, so I have seen firsthand how much it can affect a person's life. Knowing they had to face pain and hospital visits inspired me to believe that technology could make a difference. Recently, breakthroughs have made a cure possible for some patients, which is an incredible achievement and something I am truly grateful for. Although my original dream has changed, my desire to use technology to improve people's lives has not. Today, I don't have one specific invention in mind, and I think that's okay. What I know for certain is that I want to write software that helps people. Whether it's creating systems that make it easier for my church to organize events and serve the community, developing robots that solve everyday problems, or even designing video games that entertain and inspire others, I want my work to have a positive impact. Computer science gives me the freedom to be creative while solving meaningful problems, and that's exactly the kind of career I want. STEM has given me more than technical skills—it has given me confidence, purpose, and hope for the future. I look forward to continuing my education, expanding my knowledge, and using my passion for coding and robotics to create technology that makes life a little easier, a little more enjoyable, and a little better for the people around me.

In the near future—about 500 years from now—robots have become an inseparable part of everyday life. They cook meals, clean homes, care for hospital patients, administer medicine with perfect precision, repair roads before potholes can even form, and even teach college students. Their ability to process information instantly and perform tasks without fatigue has made them far more efficient than humans in many areas. As a result, society has changed dramatically. People no longer spend their days worrying about routine chores or dangerous jobs. Instead, they focus on creativity, discovery, and spending more time with their families. For centuries, robotics has continued to improve, creating a world that is safer, healthier, and more connected than anyone in the twenty-first century could have imagined. Among humanity's greatest achievements was a powerful artificial intelligence known as Boba. Unlike ordinary household robots, Boba was designed to oversee an entire city's emergency response network. Every rescue drone, traffic signal, communication system, and power grid was connected to his immense intelligence. During emergencies, Boba could analyze millions of possibilities in seconds and coordinate resources more effectively than any human team ever could. One year, an enormous superstorm struck the city. Hurricane-force winds tore apart buildings while relentless rain flooded the streets. Entire neighborhoods lost electricity, transportation ground to a halt, and thousands of people were trapped in their homes. As panic spread, Boba immediately took control. He dispatched rescue drones to stranded families, redirected traffic away from dangerous roads, restored electricity to hospitals, and coordinated emergency crews with incredible speed. Thousands of lives were saved, proving once again that robotics had transformed the world for the better. However, the storm refused to weaken. As floodwaters continued to rise, Boba encountered a problem no amount of processing power could completely solve. Two rescue teams had become trapped on opposite sides of the city, and only one could be reached before the flooded streets became impossible to cross. After analyzing every possible outcome, Boba calculated which choice would save the greatest number of people. From a mathematical perspective, the answer was obvious. Yet numbers could not measure everything. Boba understood probabilities, but he could not understand grief, hope, sacrifice, or the emotional burden of leaving people behind. Just as he was about to send the rescue drones, a veteran firefighter stepped forward and made the final decision. It was not the flawless calculation Boba had produced, but it was guided by years of experience, compassion, and the belief that every human life carried value beyond statistics. Although heartbreaking, the firefighter accepted the responsibility that no machine truly could. The event sparked a worldwide debate about the future of robotics. People realized that while robots could perform incredible tasks, process information instantly, and protect lives in ways humans never could, they were never meant to replace humanity. Machines could calculate outcomes, but they could not fully understand love, empathy, sacrifice, or the difficult moral choices that define the human experience. Society eventually embraced a simple idea: the greatest opportunity of robotics was never to create machines that think exactly like people, but to build tools that help people make wiser, safer, and more informed decisions. After all, the most powerful technology is not the one that replaces humanity—it is the one that helps us become better versions of ourselves.

Growing up in a low-income, single-parent family taught me that success depends on not where you start, but the determination to move forward despite obstacles. Students from disadvantaged backgrounds deserve opportunities such as scholarships and financial aid, as they often have to work twice as hard as others to achieve the same goals. Financial assistance does more than just cover educational expenses; it enables students to focus on their education, develop their talents, and build a better future for themselves and their families, instead of worrying about how they will cover next month’s expenses. Economic instability has been a constant challenge throughout my life. My family frequently had to move because we struggled to make ends meet, making it difficult to establish a sense of stability. Each move required adapting to a new environment without losing sight of my academic goals. Instead of letting these changes discourage me, I learned to be resilient, flexible, and determined to pursue my objectives, regardless of the circumstances. Another responsibility I have is helping to care for my siblings, who suffer from sickle cell disease. Watching them face the physical and emotional challenges associated with their condition has given me a deeper understanding of resilience and compassion. When my parents need support, I step in to help, balancing this commitment with my academic duties. Although these experiences have required sacrifices, they have strengthened my sense of responsibility and my desire to build a future where my family can enjoy greater security and stability. Despite the hardships, I have remained motivated to pursue a university education, knowing it is the most effective path to changing my family's future. I have developed a passion for computer science because I love solving complex problems and creating technologies that can make a significant impact. This field offers endless possibilities for innovation, and I am excited about the prospect of contributing to advancements that improve people's lives. Receiving this scholarship would alleviate a significant financial burden, allowing me to devote more time and energy to my studies rather than worrying about university costs. Above all, it would bring me closer to earning my degree in computer science, building a successful career, and establishing long-term financial stability for my family. My goal is not merely personal success, but also to give back to those who have made so many sacrifices for me. This scholarship would represent far more than just financial aid; it would be an investment in someone who has remained determined in the face of adversity and is committed to turning opportunities into lasting change. With this support, I will continue working to build a future where my passion for computer science enables me to support my family, overcome the limitations imposed by my circumstances, and inspire others facing similar challenges.

During the previous summer, I joined the Orange County Career Source Summer Youth Program. The program centered around introducing students to the more county-centered careers, allowing us to explore, engage, and experience careers we otherwise wouldn’t have given a second thought to. It was through this program I branched out and met many amazing people, who taught me many things. Among them was our head attendee, Mrs. Riha, who constantly pushed me out of my comfort zone. It was something I hated at the time. After the conclusion of the summer program, I reached out to Mrs. Riha and asked her to be my mentor. Since my freshman year, I’ve so badly, more than anything, wanted to sing a spotlight solo at our annual Spring concert. Sadly, my confidence was about the size of a hamster, so I definitely would’ve failed spectacularly. However, with her advice to “get comfortable being uncomfortable,” I decided to start singing in front of people slowly. It began with joining my church’s children’s choir and performing a small solo during devotion at my church. That small decision opened up its can of worms, and I couldn’t be happier. Thanks to that solo, my church’s youth director, Mrs. Kenya, volunteered me for more solos, but they didn’t go as well as the previous ones because I forgot the lyrics as soon as I stepped in front of the church. My throat closed, and my mouth ran dry as I tried desperately to rack my head for the lyrics. Thankfully, the pianist and drummer played louder than I sang, so my mistakes were drowned out. Much to my dismay, Mrs. Kenya still wanted me to perform, but this time we focused on dancing instead of singing. As we practiced, I truly felt as though if I were anywhere else in the world, I wouldn’t be having as much fun. I had never felt so at peace with myself. Despite the overwhelming nerves and performance anxiety I felt during the days leading up to our first dance, my body moved on its own, as if it were butter in a skillet. Praise dancing is something I can’t see myself without anymore. The art of it and the execution are the definition of magnificent in my eyes; it’s one of my main escapes, my haven. Had it not been for Mrs. Riha tossing me off a cliff, Mrs. Kenya constantly pushing me despite my obvious reluctance, I would’ve never discovered this part of myself that I can no longer live without. That experience taught me a lot more about myself and flipped what I thought I knew upside down. I learned I am not as social or outspoken as I believed. That realization allowed me to vastly narrow down my major. I originally wanted to do Robotics, Mechanical, Aerospace, or Industrial Engineering. I’ve finally decided on my career choice and major: Computer Science. The reason is my previous choices and options required heavy teamwork and leadership skills, both of which I learned the hard way. While they have improved greatly since my first (and last) solo act, I still find myself working more comfortably and efficiently when I’m not required to work with others. Knowing this, Computer Science has become my goal, which works out perfectly for me because coding and software are the main components, both of which happen to be my strong suits. In the future, I still plan to continue praise dancing, but instead of feeling most comfortable amongst lines of flags, my new favorite place will be within lines of code.

Being a first-generation college student is an identity that comes with both pride and pressure. As the first in my family to attend college, I am forging a path that no one in my immediate family has walked before. This experience shapes my view of the world, my sense of responsibility, and especially the goals I set for my future career. The journey is not just about personal achievement but also about breaking barriers, creating opportunities, and redefining what is possible for those who come after me. Navigating college without a family blueprint means facing unique challenges. I have learned to be flexible and resourceful in unfamiliar academic and social environments. Without the advantage of family advice on applications, financial aid, or course selection, I have relied on determination and problem-solving, much like how robotic swarms must securely cooperate without full knowledge of their mission’s high-level objectives. Every obstacle I overcome—whether it is understanding academic jargon or finding support networks—builds resilience. This resilience becomes a core part of my character, shaping my approach to future career challenges. Being a first-generation student also means I see education and career as interconnected opportunities to create change. Just as evolutionary robotics tackles challenges by finding new, adaptive solutions, I am motivated to seek careers where I can innovate and address problems that matter to communities like my own. I am especially drawn to fields that blend technology, collaboration, and service, such as engineering, education, or social work. A strong sense of responsibility to my family and community shapes my career goals. My ambition is not only to succeed individually but to pave the way for others. I aspire to return to my community as a mentor, helping others navigate the challenges I once faced. My journey is about opening doors, sharing knowledge, and ensuring that the path I clear remains open for others. Being a first-generation college student deeply influences my career goals. The challenges I face build resilience, broaden my perspective, and fuel a desire to give back. Like innovative robots adapting to new environments, I strive to use my education to create positive change, not just for myself, but for my family and my community. My path may be uncharted, but it is driven by hope, determination, and the belief that every challenge is an opportunity for growth and impact.

In a world where pop culture icons come and go, finding a consistent source of inspiration and positivity can be challenging. For me, Sabrina Carpenter has become that guiding light. As an artist, actress, and songwriter, she has not only entertained millions but has also inspired personal growth and resilience in her fans, myself included. I first discovered Sabrina Carpenter through her acting, specifically girl meets world and Adventures in Babysitting. Her acting was definitely one of the many things I looked forward to when coming home from school and turning on Disney as a little kid. When I found out she made music I was completely in love. In fact 'Thumbs' is still in my favorites playlist. Her songs, characterized by honest lyrics and catchy melodies, immediately resonated with me. Sabrina’s willingness to be vulnerable in her songwriting reminded me of the challenges faced by individuals striving to innovate, much like researchers in the evolving field of robotics who must adapt to complex and unpredictable environments. Just as robotics engineers push boundaries through creative problem-solving, Sabrina consistently redefines her art, never content to stay within one genre or style, this is especially seen on her short an sweet tours. Sabrina Carpenter’s career has profoundly influenced my sense of self and community. Her lyrics often touch on themes of growth, self-acceptance, and the courage to confront adversity. For example, her album “Emails I Can’t Send” explores complex emotions and personal vulnerabilities, encouraging listeners to embrace their imperfections. This message echoed for me during difficult times, reminding me that setbacks are essential for growth—an idea paralleled in the concept of embodied evolution in robotics, where learning and adaptation occur through real-world experience and feedback. Moreover, being part of the Sabrina Carpenter fan community has provided me with a sense of belonging. Much like how collaborative efforts drive success in swarm robotics, where individual entities work together towards a common goal, the fan community thrives on mutual support and shared enthusiasm. Engaging with others who appreciate Sabrina’s artistry has helped me build friendships and develop social confidence. What sets Sabrina Carpenter apart as a role model is her unwavering work ethic and commitment to creative authenticity. She exemplifies how embracing one’s unique voice can lead to success, echoing the importance of diversity and innovation found in fields as varied as evolutionary robotics and collaborative technology. Sabrina’s journey reminds me that pursuing excellence requires not just talent but also resilience and adaptability—qualities that are essential in both artistic and scientific endeavors. In conclusion, my admiration for Sabrina Carpenter stems from her artistic versatility, relatable storytelling, and positive influence on her fans. Her career has taught me about the value of resilience, the importance of self-expression, and the strength found in community. Through her example, I have learned that growth comes from embracing challenges and that authenticity is the foundation of lasting impact. Sabrina Carpenter is not just a celebrity to me; she is a source of inspiration who motivates me to become the best version of myself.

The near future holds tremendous promise for robotics, with advances in hardware, software, and system design rapidly transforming what robots can achieve. Yet, as robots become increasingly complex and integrated into daily life, new challenges and opportunities emerge... It was the year 2080, and the annual International Robotics League was about to begin. For the first time, the competition would take place in an unknown environment—an abandoned factory filled with unpredictable obstacles, moving platforms, and hidden tasks. Teams would not be notified of the arena’s layout or the specific missions until the moment the competition started. The rules were simple: robots had to explore, collaborate, and complete as many tasks as possible within an hour. The high school team, the Techno Pioneers, had spent months designing their robot, “Evo,” inspired by the latest developments in evolutionary robotics. They knew that as robots gained more sensors and computational power in smaller packages, traditional programming became less effective for controlling their complex behaviors. Instead, they had trained Evo’s controllers using evolutionary algorithms, allowing the robot to adapt to new situations without having to foresee every possible state it might encounter. On the day of the competition, as the doors opened, Evo rolled into the mysterious arena. Almost immediately, the team saw the value of their approach. Unlike some robots that struggled when their pre-programmed routines failed, Evo adapted to obstacles and changing terrain in real time. Its behavior-based controllers, evolved through a combination of neural networks and rule-based systems, allowed it to navigate, avoid collisions, and even develop new strategies for exploring unfamiliar spaces. But the team knew hardware mattered too. To help Evo perceive its environment, they had equipped it with a lightweight, adaptive LiDAR system, inspired by new microelectromechanical sensors. Unlike fixed sensors, this LiDAR could adjust its field of view independently of the robot’s motion, providing stable, accurate depth information even when Evo shook or jolted across uneven ground. This innovation, based on recent research, allowed Evo to “see” clearly in conditions that would have confused older robots, making real-time perception possible on a small, low-power platform. As Evo explored, it encountered another challenge: some tasks required cooperation with other robots. In these moments, swarm robotics became essential. The competition provided a “swarm mode,” where multiple robots could form temporary alliances. But with so many independent robots, security was a concern. Inspired by the latest research, the team had implemented a system where Evo and its allies used cryptographic proofs—like digital “handshakes”—to ensure that each robot was trustworthy and following the mission’s blueprint, without revealing sensitive data. This approach allowed for secure, secret cooperation, even when robots came from rival teams. At one station, Evo faced a task that required it to reach into a tight space and manipulate an object. Here, the team’s decision to use a malleable robot arm paid off. Instead of relying on a fixed, rigid design, Evo’s arm could change its stiffness and shape, adapting to the task at hand. With fewer actuators but greater flexibility, the malleable arm reached objects that other robots’ arms could not. This innovation, based on the latest research in adjustable architectures, allowed Evo to combine high dexterity with low mechanical complexity. When Evo attempted to assemble parts, it faced another challenge: controlling force during contact with the environment. Instead of relying solely on vision, Evo used force sensors and compliant controllers, allowing it to perform tasks like inserting pegs, turning valves, or wiping surfaces—jobs that once seemed too delicate for machines. By leveraging both explicit force control and compliance, Evo managed tasks that previously required human dexterity, demonstrating the growing capability of robots to manipulate and interact with the world through contact. As the competition ended, the Techno Pioneers watched Evo complete its final task, joining a swarm to transport a heavy load across the arena. Their robot’s success was not just a triumph of engineering, but a glimpse into the future of robotics. The challenges they faced—adapting control systems, stabilizing perception, ensuring secure cooperation, achieving flexible manipulation, and mastering contact-based tasks—mirrored the evolving landscape of robotics research. In overcoming these hurdles, they seized the opportunities that the next generation of robots will bring, forging a path toward machines that are not only more capable, but also more adaptable, secure, and collaborative than ever before.