I'm a high school engineer focused on thermal systems, optical measurement, and machine learning. Inspired by my father’s work in optical metrology, I’m developing modern tools to simulate and visualize warpage, teach others through workshops, and build reliable technology from home.
A Python + Raspberry Pi–powered chamber that logs thermal sensor data, visualizes heat response, and simulates material warpage. Used for building real-world testing aligned with Akrometrix systems.
View on GitHub
An AI-assisted thermal vision system that uses OpenCV and scikit-learn to predict deformation patterns in test materials under heat. Trained with custom datasets and visual overlays.
View on GitHub
Founder of a community-led STEM education program teaching engineering to younger students through hands-on workshops. Built kits for thermal testing, Arduino sensors, and Moiré pattern visualization.
GPA: 4.0 (Weighted) · ACT: 30 (Targeting 33) · Class of 2027
Courses: Engineering Science, Intro to CAD, AP Computer Science A, AP Physics 1, Dual Credit Pre-Calculus, Engineering Science, AP Macroeconomics, AP Gov, AP US History
Outside engineering, I’m on the Varsity basketball team, lead campus robotics initiatives, and write about case studies like Samsung Galaxy failures or Boeing warpage challenges. I enjoy teaching through Engineering Saturdays and watching sci-fi media involving robotic systems.