[ ~]$ ./welcome.sh
Hello!
Welcome to my personal website! This space is dedicated to sharing my professional background, the software and tools I've contributed to, and the papers I've co-authored. You can dive deeper by visiting the /projects page to see my code contributions or the /papers page to read my published work. If you wish to get in touch or see more of my projects and research, take a look at the social badge at the bottom right of the screen.
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[ ~]$ ./display-stats.sh
> USER_NAME: Brandon Reyes
> CURRENT_ROLE: Senior Research Computing Analyst
> CURRENT_STATUS: ONLINE
> UPTIME: 5 Years, 3 Months
## Skills
## Experience
[2023-Present] @ University of Colorado Boulder
[2025-Present] Process 'Senior Research Computing Analyst'
>> STATUS: RUNNING
> Continuation of Research Computing Analyst responsibilities.
> Mentoring junior team members.
> Providing guidance for Slurm and system configuration changes.
> Assisting system administrators with development projects.
> Continuation of Research Computing Analyst responsibilities.
> Mentoring junior team members.
> Providing guidance for Slurm and system configuration changes.
> Assisting system administrators with development projects.
[2023-2025] Process 'Research Computing Analyst'
>> STATUS: COMPLETED
> Development and maintenance of the HPC software stack.
> Development of Open OnDemand applications.
> Automation of reporting for system-wide usage provided by Slurm and XDMoD.
> User Support and Consulting.
> The development of user-facing documentation related to on-prem compute resources.
> Preparing and delivering effective, relevant, and engaging training material.
> Development and maintenance of the HPC software stack.
> Development of Open OnDemand applications.
> Automation of reporting for system-wide usage provided by Slurm and XDMoD.
> User Support and Consulting.
> The development of user-facing documentation related to on-prem compute resources.
> Preparing and delivering effective, relevant, and engaging training material.
[2022-2023] Process 'Research Engineer 2' @ University of Washington
>> STATUS: COMPLETED
> Helped develop Echopype, open-source Python software that enables interoperability and scalability in ocean sonar data .
> Helped develop Echopop, a Python software for estimating biomass from acoustic and biological data
> Helped develop Echopype, open-source Python software that enables interoperability and scalability in ocean sonar data .
> Helped develop Echopop, a Python software for estimating biomass from acoustic and biological data
[2021-2022] Process 'Graduate Teaching Assistant' @ Colorado School of Mines
>> STATUS: COMPLETED
> TA for undergraduate Differential Equations.
> TA for undergraduate Differential Equations.
[2018-2020] Process 'Post Masters Research Associate' @ Pacific Northwest National Laboratory
>> STATUS: COMPLETED
> Developed CRNT4SBML, an open-source Python software for detecting bistability in cell signaling pathways endowed with mass action kinetics.
> Utilized Chemical Reaction Network Theory, non-convex global optimization, numerical continuation, and symbolic computation to develop core methods.
> Employed PINNs to learn hidden physics in non-Newtonian fluids
> Developed CRNT4SBML, an open-source Python software for detecting bistability in cell signaling pathways endowed with mass action kinetics.
> Utilized Chemical Reaction Network Theory, non-convex global optimization, numerical continuation, and symbolic computation to develop core methods.
> Employed PINNs to learn hidden physics in non-Newtonian fluids
[2016-2018] Process 'Graduate Research Assistant' @ Colorado School of Mines
>> STATUS: COMPLETED
> Completed thesis work supported by the NREL grant UGA-0-41025-117.
> Utilized stochastic simulation (Monte Carlo) to perform uncertainty quantification.
> Constructed deterministic simulation techniques for PDEs (Finite Element Method).
> Completed thesis work supported by the NREL grant UGA-0-41025-117.
> Utilized stochastic simulation (Monte Carlo) to perform uncertainty quantification.
> Constructed deterministic simulation techniques for PDEs (Finite Element Method).
## Education
[2021] Module 'Ph.D. Applied Mathematics and Statistics' installed.
@ Colorado School of Mines
@ Colorado School of Mines
[2018] Module 'M.S. Applied Mathematics and Statistics' installed.
@ Colorado School of Mines
@ Colorado School of Mines
[2016] Module 'B.S. Applied Mathematics and Statistics' installed.
@ Colorado School of Mines
@ Colorado School of Mines
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