Developed an automated machine learning pipeline using CT-based radiomic features, incorporating feature selection (LASSO, Sequential Backward Selection) and classifiers (KNN, neural networks) to classify pancreatic cysts as high- or low-grade.
Contributing to the design and development of the solar car's suspension and steering systems. creating CAD models, analyzing mechanical components, and assisting in the fabrication and assmebly of steering and suspension assemblies.
Fuselage Engineer working with the Flying Leatherneck Aviation Museum, building a full-scale Curtiss JN-4 “Jenny” biplane replica from scratch—modeling the fuselage in CAD and assisting with fabrication and assembly.
Worked on FWIP’s (Fixed-Wing Innovation Project) fuselage subteam, helping design and build the aircraft’s main body structure.
In this project, I designed a lightweight, stable robot with precise steering and propulsion systems, optimized through real-time software control and extensive testing to perform accurately on a track.
For this project, I created a CAD model of the Anteater Express with working doors, windshield wipers, wheels, and bike rack and performed FEA analysis to find maximum loading
In this project, we utilized Arduino programming in C, 3d printing, and laser cutting to construct an autonomous rover capable of tracking a line and retrieving a can at its destination
Built and designed a rover and its steering system, using a servomotor to control the steering system, and a receiver/transmitter to control the rover
Designed and built a prototype for a wildfire fighting drone, equipped with a working fire detection system for a Shark Tank-style presentation
Using HTML and CSS, I designed and coded my website on VS Code to showcase my projects