About
Hi, I’m Thalia!
I am a creative and driven Computer Science student with a minor in Graphic Design, passionate about technology, innovation, and leadership.
I currently intern at Hitchiner Manufacturing, developing software solutions including an automated cloner, and I am working on launching my own mobile app. I also run Tali’s Twisted Trinkets, my handcrafted jewelry and crystal tree business. On campus, I have held multiple leadership roles in Phi Omega Psi, founded the Crafty Creations Club, and work as a tour guide and office assistant.
Whether through coding, design, or community initiatives, I enjoy turning ideas into practical and impactful solutions.
Check Out My Latest Project: Bunnefit
Bunnefit is a personal symptom tracking app I’m developing to help users monitor symptoms, track trends, and gain insights into their well-being. With a focus on simplicity, privacy, and usability, Bunnefit combines an intuitive interface with powerful functionality, letting users log symptoms by body area, view trends over time, and access helpful health insights. This project reflects my passion for software development, problem-solving, and creating practical tools that make life easier.
Stay tuned as I continue building and improving Bunnefit—I’m excited to share updates and get feedback from early users!
Tali’s Twisted Trinkets
Discover handcrafted elegance with Tali’s Twisted Trinkets! From stunning crystal earrings and pendants to intricate wire-wrapped jewelry and custom crochet creations, every piece is made with care, quality, and a touch of magic. Whether you’re looking for a unique statement accessory, a meaningful gift, or a personalized piece that speaks to you, my shop offers a variety of handcrafted treasures designed to bring beauty and positive energy into your life. Explore my collection and find the perfect piece to match your style!
My Projects
I have developed various programs, here are a few!
Undergraduate Research
An AI simulation and game in which the user attempts to keep a robot alive. The AI then replicates this behavior based on efficiency.
Transmitting Through Noisy Channel
Bits will be transmitted through noisy channels to see if it returns an accurate signal.
Linked Lists
Singly linked lists are studied through a student system.