Curiosity has a way of leaving marks-sometimes figurative, sometimes literal. Mine left a small scar on my right cheek, a reminder of the day I tried to "cook" a sweet simply to understand how it would change. I was young, adventurous, and endlessly curious. I did not know it then, but that instinct to question, experiment, and learn would quietly shape my future.
Years later, that same curiosity resurfaced when my brother won a computer after excelling in his examinations. In a household where technology was scarce, the machine felt almost magical. I watched as it transformed information into opportunity-learning, creativity, and problem-solving all contained within a single device. With no formal guidance, I began exploring how it worked through trial, error, and persistence. Without realizing it, I had taken my first steps into computer science and artificial intelligence.
My fascination with intelligent systems expanded beyond hardware. As a movie enthusiast, watching the Korean drama Are You Human Too? sparked questions about the boundaries between human emotion and machine intelligence. These questions gained clarity through conversations with my aunt, who shared her experiences of her travels in South Korea, a country where technology was seamlessly integrated into everyday life. Korea began to feel less like a general idea and more like a living vision of the future I wanted to be part of.
That vision strengthened when I earned admission to Rwanda Coding Academy (RCA), one of the most competitive technology-focused secondary schools in the country. While excelling academically opened the door, adapting to RCA's rigorous, project-based environment demanded resilience. I struggled initially but refused to retreat. Through self-study, collaboration, and consistent practice, I rebuilt my confidence and maintained academic performance above 85% each year. Coursework in programming, system design, and logical problem-solving laid a strong foundation for advanced study in artificial intelligence.
My interest in AI deepened through hands-on experience during a workshop led by South Korean experts. Working with real datasets, I gained experience in data preprocessing, model training, and applied machine learning using tools such as Hugging Face and TensorFlow. Theory became tangible. This realization deepened when I witnessed a robot serving ice cream in a café-an ordinary setting transformed by seamless human-machine interaction. It convinced me that AI's greatest potential lies in human-centered, socially responsive design.
Beyond the classroom, I sought challenges that tested both my technical ability and confidence. At HerInTech, a girls-only technology camp, I ranked in the top three during a coding competition with Vitalis, a healthcare-focused project designed to help users locate hospitals and pharmacies offering prescribed medications for elderly and critically ill patients. I also completed intensive cybersecurity training through the Cyberium program by ThinkCyber, earning certificates across all modules. Through simulated real-world attacks, I learned the importance of building systems that are not only intelligent but also secure and ethical.
Leadership and service further shaped my perspective. As president of Imporana, my school's traditional dance troupe, I led the team to national-level competitions and organized cultural events celebrating Rwandan heritage and inclusivity. As president of the Reading Club, I promoted critical thinking trhough discussions and headed the digitalization of our school library to expand access to learning resources. Through WithinTech, I mentored students from schools with limited technological exposure-many using a computer for the first time. Teaching them reinforced my belief that technology should be a tool to empower rather than exclude.
What draws me most to South Korea is its deliberate balance between rapid technological advancement and ethical responsibility. National initiatives such as the AI Great Transformation and K-Network 2030 strongly align with my goal of developing accessible, responsible, and impactful AI solutions. Korea's research culture, university-industry collaboration, and support for international students create an ideal environment for global talent to thrive.
As a GKS-U scholar, my goal is not only to earn a degree. In the short term, I aim to gain research and industry experience through internships and laboratory work. In the long term, I plan to establish virtual laboratories that provide African and Rwandan students with access to advanced AI education and to collaborate with institutions that implement ethical AI solutions in agriculture, healthcare, and education.
Looking back, I see how curiosity ignited my journey, resilience sustained it, and purpose now directs it. The Global Korea Scholarship is more than an opportunity-it is a bridge between potential and impact. Through GKS, I hope to grow as a technologist, serve as a cultural ambassador, and transform curiosity into innovation that empowers communities across borders.
Please review my essay! Your reviews are sincerely respected.
Years later, that same curiosity resurfaced when my brother won a computer after excelling in his examinations. In a household where technology was scarce, the machine felt almost magical. I watched as it transformed information into opportunity-learning, creativity, and problem-solving all contained within a single device. With no formal guidance, I began exploring how it worked through trial, error, and persistence. Without realizing it, I had taken my first steps into computer science and artificial intelligence.
My fascination with intelligent systems expanded beyond hardware. As a movie enthusiast, watching the Korean drama Are You Human Too? sparked questions about the boundaries between human emotion and machine intelligence. These questions gained clarity through conversations with my aunt, who shared her experiences of her travels in South Korea, a country where technology was seamlessly integrated into everyday life. Korea began to feel less like a general idea and more like a living vision of the future I wanted to be part of.
That vision strengthened when I earned admission to Rwanda Coding Academy (RCA), one of the most competitive technology-focused secondary schools in the country. While excelling academically opened the door, adapting to RCA's rigorous, project-based environment demanded resilience. I struggled initially but refused to retreat. Through self-study, collaboration, and consistent practice, I rebuilt my confidence and maintained academic performance above 85% each year. Coursework in programming, system design, and logical problem-solving laid a strong foundation for advanced study in artificial intelligence.
My interest in AI deepened through hands-on experience during a workshop led by South Korean experts. Working with real datasets, I gained experience in data preprocessing, model training, and applied machine learning using tools such as Hugging Face and TensorFlow. Theory became tangible. This realization deepened when I witnessed a robot serving ice cream in a café-an ordinary setting transformed by seamless human-machine interaction. It convinced me that AI's greatest potential lies in human-centered, socially responsive design.
Beyond the classroom, I sought challenges that tested both my technical ability and confidence. At HerInTech, a girls-only technology camp, I ranked in the top three during a coding competition with Vitalis, a healthcare-focused project designed to help users locate hospitals and pharmacies offering prescribed medications for elderly and critically ill patients. I also completed intensive cybersecurity training through the Cyberium program by ThinkCyber, earning certificates across all modules. Through simulated real-world attacks, I learned the importance of building systems that are not only intelligent but also secure and ethical.
Leadership and service further shaped my perspective. As president of Imporana, my school's traditional dance troupe, I led the team to national-level competitions and organized cultural events celebrating Rwandan heritage and inclusivity. As president of the Reading Club, I promoted critical thinking trhough discussions and headed the digitalization of our school library to expand access to learning resources. Through WithinTech, I mentored students from schools with limited technological exposure-many using a computer for the first time. Teaching them reinforced my belief that technology should be a tool to empower rather than exclude.
What draws me most to South Korea is its deliberate balance between rapid technological advancement and ethical responsibility. National initiatives such as the AI Great Transformation and K-Network 2030 strongly align with my goal of developing accessible, responsible, and impactful AI solutions. Korea's research culture, university-industry collaboration, and support for international students create an ideal environment for global talent to thrive.
As a GKS-U scholar, my goal is not only to earn a degree. In the short term, I aim to gain research and industry experience through internships and laboratory work. In the long term, I plan to establish virtual laboratories that provide African and Rwandan students with access to advanced AI education and to collaborate with institutions that implement ethical AI solutions in agriculture, healthcare, and education.
Looking back, I see how curiosity ignited my journey, resilience sustained it, and purpose now directs it. The Global Korea Scholarship is more than an opportunity-it is a bridge between potential and impact. Through GKS, I hope to grow as a technologist, serve as a cultural ambassador, and transform curiosity into innovation that empowers communities across borders.
Please review my essay! Your reviews are sincerely respected.
