Current Status
Joined CCL as Postdoctoral Research Fellow
October 20, 2025
I have joined the Computational Combustion Lab (CCL) at Marquette University. I am currently leading research on advanced microclimate modeling at a city-block scale and developing a novel CFD framework for optimizing load balancing in large-scale Lagrangian-Eulerian systems.
Major Announcement: PhD Dissertation Defended
June 23, 2025
"Fundamental Exploration of Soot Formation and Morphology from a Molecular Modeling Perspective".
My research utilizes reactive molecular dynamics (RMD) to investigate the physicochemical properties of incipient soot, bridging the gap between theoretical predictions and experimental results.
Recent Publications
Key research highlights from 2025-2026
Software & Tools
SAGE
Soot Aggregate Geometry Extraction
Machine learning for automated segmentation of TEM images.
ChronoCode
Secure 2FA Authenticator
Open-source, offline-first TOTP generator (PWA & Extension).
MAFIA-MD
Molecular Structure Analysis
Post-processing tool for analyzing fringe identification in MD.
PyPack
Molecular System Builder
Python toolkit for building complex molecular simulation systems.
Archive & Highlights
Dec 2024
Released ChronoCode, an open-source 2FA solution.
Oct 2024
Paper on Soot Evolution accepted in Fuel. [View]
Jun 2024
Paper on Internal Structure of Soot accepted in J. Phys. Chem A. [View]
Feb 2023
Awarded Richard W. Jobling Distinguished Research Assistantship. [View]
Feb 2022
MAFIA-MD code paper accepted in Computer Physics Communications. [View]