I am a Chemical Engineering PhD student at Washington University in St. Louis. My thesis is focused on metabolic regulation for efficient biofuel production from non-food crops. The goal is to connect genes and gene expression with fermentation outcomes. When relaxing, I enjoy playing and watching sports including football, volleyball and golf.
PhD in Chemical Engineering, 2017-Present
Washington University in St. Louis
BS in Biomedical Engineering, 2012-2016
Tufts University
JavaScript, HTML/CSS, Python, Bash, Git
13C-MFA, Cobra, INCA
President of WashU AGES, Eagle Scout
Flux Balance Analyisis can be used to determine all possible flux configurations given a metabolic reaction network. This tool allows users to perform this analysis in their browser, circuventing the previous need to install python or MATLAB on their computer.
Co-Founder, Chief Technology Officer, and sole author/maintainer of codebase. All Things Analysis is an analytics website that offers articles, rankings and actionable insights.
IMPACT is an open-source, crowd-sourced database and machine learning toolbox that exists to standardize reports of bioprocess results.
Helped lead the building a reaction network the emcompasses the reactions catalyzed by all the genes annotated in the genome of R. opacus PD630. Models like this can be used to better understand how genetic and environmetal changes can lead to beneficial bioprocess outcomes.
A site that takes in minimal information (first name, last name, and confirmation number) and uses a cron job to check you into your flight exactly 24 hrs before your flight.
An rigourous analysis of the metabolism of a biofuel producing bacteria. 13C-metabolic flux analysis uses labeled carbon substrates, mass spectometry, and specialized software to calculate intracellular reaction rates.
Smokey Cats are a collection of 180 custom NFTs-unique digital collectibles living on the Polygon blockchain. Mint one today using this site.
Clostridium is a bacteria that is able to convert syngas (carbon monoxide, carbon dioxide, and hydrogen gas) into the biofuels ethanol and butanol. The goal of this project is to evaluate the viability to different machine learning algorithms to predict fermentation production rates from time point concentration measurements.
This website allows the user to simulate the casino game craps. It calculates the how 'lucky' the simulation using a binomial distribution.
This website allows the user to simulate the casino game blackjack. It plays blackjack with perfect stategy, keeps track of the running count, and plots the experimentally determined expected value for each count value.
A custom implementation of Conway's game of life. This 'game' is an example of cellular automata, and demostrates how complex systems can emerge from simple rules. I think it is an metaphor for how the universe works.
A custom implementation of Steven Wolfram's cellular automata. Rule 30, and cellular automata in general, potentially are the key to understanding how simple rules produce complex structures and behaviour in nature.
A visualizer for the Mandelbrot set that allows up to 10^10 times zoom, and user selected colors.
A crypto trading app that allows users to paper trade bitcoin.
A custom JavaScript implementation of a classic game. Users can play the game with custom uploaded images.
An custom implementation of a classic online game
A personal site for a friend who is a UX designer.
Garrett W. Roell, Rhiannon R. Carr, Tayte Campbell, Zeyu Shang, William R. Henson, Jeffrey J.Czajka, Hector García Martín, Fuzhong Zhang, Marcus Foston, Gautam Dantas, Tae Seok Moon, Yinjie J.Tang
Garrett W. Roell, Jian Zha, Rhiannon R. Carr, Mattheos A. Koffas, Stephen S. Fong, and Yinjie J. Tang