As one of the leaders of my department's Mentorship Action Team I designed and implemented a framework using network graph theory for optimizing mentor-mentee assignments into a complex hierarchical social network.

Using graph theory to benefit mentorship: a case study on using data science to impact department climate

I designed a massively parallel algorithm and progressive rendering scheme in order to interactively visualize all 1.5 billion+ stars observed by the Gaia satellite.

Exploring Gaia DR3 with Firefly

Firefly is a cutting-edge 3D browser-based, interactive, data visualization software designed for tens of millions of datapoints.


Firefly: an interactive dataviz software for millions of datapoints

FIRE studio is a visualization package I created to streamline the process of producing publication-quality images of galaxy formation simulation data. 


FIRE Studio

WIND is a CUDA library I built to numerically integrate stiff systems of coupled ODEs-- in particular interstellar chemical abundance networks.


GPU-accelerated chemistry and numerical integration with WIND

As part of a class project I built a statistical model to understand and simplify our the results of our supercomputer simulation and apply them in other contexts at less (computational) cost.

A statistical approach to studying stellar feedback

Everyone knows about the sun, fewer people know where it came from and how other stars might've influenced its formation.   [pictured: M104, the Sombrero Galaxy (p.c. NASA/HST)] 

#dataviz

Using graph theory to benefit mentorship: a case study on using data science to impact department climate

July 30, 2023

Exploring Gaia DR3 with Firefly

March 16, 2023

Firefly: an interactive dataviz software for millions of datapoints

March 16, 2023

FIRE Studio

2022