Project Name

Event Name - Year

First-person open world survival game set in an alternate future where Mount St. Helens’ eruption led to paranormal environmental activity in the region.

Project Name

Event Name - Year

Project description box

Research

Here are publications I'm a co-author on. Some of the specifics I've worked on:

Machine Learning
Handled data ingress and assimilation from various clinical sources to create consistent and useful training datasets. Built machine learning models to predict glaucoma risk and intraocular pressure in patients. Created accessible frontend interfaces for clinicians, allowing for portable model deployment in the field, and helping increase access to early glaucoma screening without the need for imaging or specialized equipment.

Data Visualization
Used popular Python data visualization libraries (Matplotlib, Seaborn, PyVista) to create helpful visualizations of data obtained through image analysis. Developed custom data visualization systems to allow for high-detail rendering of computed strain data on 3D models extracted from microscopy data. Trained collaborators on custom data visualization techniques and scripts to enhance analysis workflows and throughput.

Image Analysis
Designed and optimized bespoke 2D segmentation algorithm for differentiation of aqueous humor from tissue in microscopy images. Wrote custom digital volume correlation implementation to enable strain mapping in 3D microscopy data without embedded markers. Extended existing traction force microscopy and strain analysis implementation from 2D to 3D, allowing for more extensive understanding of glaucoma biomechanics. Conducted morphological analysis of different portions of the eye from 2D microscopy data. Extracted orientation data from cytoskeleton component image masks over time to compare cell behaviors under different conditions.