Projects

Image recognition model, food recipe suggestion application, and house price prediction model developed under DGP Lab Member Zixin (Nicole) Zhao. Organized and visualized data collected from the CIFAR-10 dataset.

Implemented a supply chain optimization model and workforce allocation strategy in under 7 hours to improve patient satisfaction in primary care clinics in ​Ribeirão Preto. Enhanced physician retention, safekept medical supplies and equipment, improved vaccination efforts, and minimized company costs.

Engineered a fully autonomous robot that detects red, green, and black lines to traverse through an obstacle course using 3D-printed claw/arm, Arduino, an ultrasonic rangefinder, and IR & color sensors.

Collaborated in developing a 2D top-down game on Unity with C# with a goal of regaining memories by learning a new language. Through AI translations and speech-to-text with ElevenLabs API, players learn to speak a new language.

PBASIC programmed BoeBot that autonomously carries a ball to a scoring hole after crossing a rugged terrain. Modeled arms and mounts using CAD, and set precise code with predicted movement, scoring Top 3 out of 20+ competitors.

Developed a responsive personal portfolio using HTML, CSS, and Bootstrap. Designed using Figma to organize layout and deployed on Vercel, gaining experience with git control.

Coordinated and constructed an 80x80x60 cm Pokemon-themed roller coaster, maximizing creativity and marble efficiency. Installed components with drills and heat guns, and researched material properties capable of withstanding extreme weather.

Created an ESP32 automatic clothesline with Arduino C and integrated Wi-Fi control. Controlled if clothes should stay out or reel in, depending on water detection and increased light with sensors.

Deployed a game in C# for collecting space objects and avoiding dangerous falling objects, simulating gravity and physics elements in planets. Contains leaderboards, bubble sort algorithms, login, scoring, and game control with keybinds.