My academic research focuses on collecting useful information from scientific experiments, describing and minimizing uncertainty.
My particular specialty is in all parts of the Research-to-Production Pipeline, particularly when it involves heavy reliance on computational resources.
My industry job has me building intelligent software products in the cloud. The title for my job is Senior Architect but the role is often more aligned with ML Solutions Architect.
I wear a lot of hats as needed but lately my responsibilities have involved leading teams in delivering scalable and adaptable machine-learning systems.
If you are curious about whether you have a problem that can benefit from risk assessment or experimental design, let’s talk about how.
PhD in Applied Mathematics, 2020
University of Colorado: Denver
MS in Applied Mathematics: Mathematics of Science and Engineering, 2017
University of Colorado: Denver
BA in Mathematics, 2014
State University of New York: Geneseo
International Baccalaureate Diploma, 2010
Baccalaureate School for Global Education
Experience
Implementation of Data-Consistent Inversion.
Math or Art? … How about both?
Computational Advances in Data-Consistent Inversion.
Student Chapter leadership.
Learning dev-ops for reproducible research
Like… the stock market, but faster!
Uncertainty Quantification and Inverse Problems.
Using the Twitter API and Python to create digital art projects.
A novel framework for stochastic inverse problems.
Subsurface Contaminant Transport.
An Investigation into Accuracy.
Movies about mathematics.
Math-adjacent event run by Math Club.
First formal software development.
Addressing a need for guidance.
Competitive charity work.
Award-winning organizational leadership.
Deploying sensors on a budget.
Parameter Identification with Push-forward Measures.
Organizer of regional student conference.
Secured funding to support >300 attendees.
From a mutation to the norm, but how?
First Research Project.
Commercializing Biomedical Research through Securitization Techniques.
Code to art. From directed study to long-term hobby.
Merging Art, Computer Science, & Mathematics.
Grew the club and got involved in fundraising.
Is it worth it?
Building models for a Guatemalan coffee cooperative.
Service Organization