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The Adaptive Peer Tutoring Assistant (APTA) Classroom Orchestration Tool is an educational technologies project I worked on during my internship with CMU HCII during Summer 2021. The goal of this is to create a "classroom of the future" which combines the skills of teachers and AI. It assists teachers in creating dynamic peer tutoring pairings based on the students' individual struggles and proficiencies. This allows the students to receive the specific help they need immediately, strengthens the tutor's knowledge of the subject, and provides a virtual teacher's assistant that provides classroom analytics and appropriate suggestions. I worked with Vue.js, and web dev skills on this project. Click to learn more!
Turnip is a UI/UX design project I worked on in a team of 3 during HackDuke: Ideate, a 36-hour design hackathon hosted virtually by Duke University. For this project, we partnered with a local nonprofit to design Turnip, a community gardening app designed to connects urban community gardeners and provides a space for information, connections, and communication. For this project, I worked with the tools Adobe XD, Figma, and Procreate and demonstrated skills in user research, affinity mapping, wireframing just to name a few. Our group won 1st in category and 3rd overall for the competition. Click to learn more!
The game gallery is a collection of the games I have worked on and my contributions to those games. I usually work on large games with bigger teams or small games with small teams, so the overall work is a little too light to put each as its own project. My compromise is to just put all of them in one place. Currently, I have displayed 4 game projects. My contributions for these 4 projects range from developing in Unity, music production and sound design, and pixel art. Click to learn more!
The IDKP was conceptualized and created with a group of 5 in my Prototyping course during my foreign exchange semester in Spring 2022 at Malmo University in Sweden. It is a prototype design intended to provide a more convenient and less awkward way to remind and communicate about debts between 2 people. Our group worked with Arduino, 3D printing, Laser Cutting, and Miro. In addition, we iteratively designed this prototype starting with "How Might We?" statements, user research, low to high fidelity prototypes, and user testing. The page for this is currently under construction!
