I have a passion for exploring the intersections of Computer Science and human-focused innovation, particularly in robotics and prosthetics. My goals encompass advancing robotics programming, and mastering coding languages like JavaScript, C#, C++, SQL, and various other programming languages. Making high-quality prosthetics more accessible to individuals who might otherwise be unable to afford them is one of my life goals. By integrating programming expertise with mechanical design, I aim to revolutionize how prosthetics are developed, ultimately improving the quality of life for people with limb loss. Within Computer Science, my primary focus is robotics programming. Robotics holds immense potential to transform industries, from healthcare to manufacturing, and I aspire to contribute to this transformation. I am particularly interested in using programming to enhance the design and functionality of robotic systems. This includes streamlining the development of robotic components using Computer-Aided Design (CAD) software like Fusion 360, of which I am currently certified, and SolidWorks, of which I will be certified by the end of my senior year in high school. My goal is to refine these processes to make the production of robotic parts more cost-effective. Lowering the cost of advanced robotics would make such technology more accessible to underserved communities, bringing life-changing innovations within reach. Outside of Computer Science, my focus is understanding the design and application of prosthetics. Prosthetics have seen significant advancements in recent years, yet many remain prohibitively expensive. I want to learn about the materials, engineering principles, and medical science that underpin prosthetic development. This knowledge will allow me to identify ways to improve prosthetics, so they are both affordable and highly functional. For example, current innovations in robotic prosthetics enable adaptive shock absorption and proprioceptive feedback—features that allow users to feel where their prosthetic limb is in space. These technologies are transformative, but their high cost often limits those who can benefit. My goal is to democratize access to these advanced prosthetics, ensuring that financial barriers do not prevent individuals from gaining a higher quality of life. In the future, I hope to combine my Computer Science expertise and prosthetic design knowledge into a singular mission: creating affordable, state-of-the-art prosthetics that leverage robotics. I envision developing software that optimizes the manufacturing process of prosthetic limbs, reducing both the time and cost involved. By utilizing artificial intelligence and machine learning, I aim to personalize prosthetics to better fit the needs of each user. For example, using algorithms to analyze a user’s movement patterns could help refine the calibration of robotic limbs, providing a seamless and intuitive experience beyond what is currently offered. Additionally, I plan to collaborate with medical professionals and non-profit organizations to bring these solutions to underserved communities. Combining my technical skills with my desire to help others allows me to address not only the technical challenges but also the societal ones. My goal is to bridge the gap between cutting-edge technology and accessibility, ensuring that no one is excluded from innovations due to their financial situation. Pursuing these goals will require dedication, continuous learning, and collaboration. I am excited about the opportunities to contribute to this field and believe that my work can make a meaningful difference. With a solid foundation in Computer Science and a focus on human-centered design, I am confident that I can drive advancements in robotics and prosthetics that improve lives. By achieving these goals, I hope to leave a lasting impact on the world, where technology serves as a tool for empowerment and inclusion.