StealthGPT vs SupWriter

My goal is to learn how to make these capabilities resonate with users’ emotions, mental models, and physical and cognitive constraints. The importance of Human-Computer Interaction became clear for me during a medical emergency. My grandmother’s medical emergency required immediate contact with her doctor using a new telehealth application. Watching her become alienated by low contrast colors, inscrutable icons, and convoluted navigation made me realize that all of an application’s technical capabilities are futile if its interface is poorly designed.

Since then, I’ve been fascinated by HCI’s ability to bridge the gap between technical capabilities and empathetic design. My undergraduate coursework and projects allowed me to explore how to reconcile technical considerations in software with the needs of users. For example, I worked on a mobile app to facilitate the use of local transportation options. User studies, information architecture, and journey mapping proved equally important as technical feasibility and efficient coding. This project allowed me to consider HCI’s role in making technology that is effective and viable. The solution to this problem, and many others, requires a holistic perspective: users will never fit neatly within computing systems; computing systems must better fit users’ complexity and diversity.

HCI is poised to tackle these challenges. In graduate school, I want to delve deeper into the technical and psychological considerations for HCI, especially regarding accessibility in multimodal AI, ambient computing, and voice interfaces. I want to learn how to leverage the latest developments in computing to create interfaces that adapt to the needs of users who have been underserved by current technology: those who are digitally illiterate and the elderly. Ultimately, I want to be able to holistically approach problems from a user-centered, ethical perspective: considering how to make computing and AI accessible to all.

This means learning to be an effective researcher and a skilled technologist. As an undergraduate, I’ve taken classes and done independent work in HCI, human-centered design, UX/UI design, and programming. For my own projects, I’ve done user research and technical prototyping. I’ve seen firsthand that balancing technical considerations with user-centeredness makes technology resonate with users. I want to continue that work at the graduate level. I want to understand what makes technology resonate with people. I want to create computing experiences that people can rely upon. I’m eager to learn from your faculty and contribute to your community.

The fascination with Human-Computer Interaction began not in a lab but when I saw my grandmother struggling with a telehealth app during an emergency. The interface design made it difficult to save her life with existing technology. At that moment of panic, I could not read the GPS because of insufficient contrast, unclear icons and complicated navigation. My experience showed that no matter how advanced technology is, it amount to nothing if it did not factor in human emotion, brain capacity and diversity.

During my undergraduate degree, I wanted to familiarise myself with this equation software limitations and the psychological reality of the user. Throughout my studies and independent projects, I became fascinated with friction points that arose between user intent and algorithmic execution. While my teammate and I were working on a mobile application for local transit, I observed that writing efficient code was not enough. Analyzing user interviews, mapping user journeys, and redesigning the information architecture was what made the tool viable. I understood that technology should be messy and should help the human around it become messy as well.

I want to study for a graduate degree in human-computer interaction to bridge the gap between “what” computers can do and “how” we may design them to act in an agency (manner). I am eager to discover ways to design the new paradigms, which include voice interfaces, multimodal AI and ambient computing, to be accessible rather than exclusive. As artificial intelligence becomes a part of daily life and become a necessity, the interaction design must be thoughtful, ethical design and inclusive.

Your program offers the best interdisciplinary setting for me to further this inquiry. Through rigorous user research methodologies coupled with advanced technical prototyping, I hope to explore how adaptive interfaces can empower disadvantaged groups, including the elderly and digitally illiterate individuals. In the end, I don’t just want to build functioning systems; I want to create experiences that are intuitive and equitable. I want users to not feel as if they are battling technology, but rather utilising it effortlessly.