My name is Katherine Gruenewald, and I recently received my Master's degree in materials science from CU Boulder. I am looking for employment, so if you need a Julia developer, general scientific programmer with a knack for visualizations, or else think I could be a fit for your company, check out my CV )!
You can view a few projects I have worked on in the /project_showcase/ . Some notable examples are a finite difference solver for the incompressible Navier-Stokes equation and a velocity-verlet integrator for polymer dynamics. I am interested in computational geometry, and in particular, using ideas from symplectic geometry to make numerical algorithms which preserve quantities such as the density of a fluid in CFD, object identification/tracking in computer vision, energy in a molecular dynamics simulation, and many others.
I also developed a few tutorials aimed at getting you set up quickly with Julia programming language as well making your own numerical methods. It has a fun example of developing a linear solver from scratch with comparable performance to Julia's LinearAlgebra.jl or numpy.
This website was created primarily to document ongoing projects, helpful resources, and my professional development in a similar vein to Keenan Crane's website, Tai-Danae Bradley's Mathema, and Chris Rackaukas' Stochastic Lifestyle. These have all been inspiring to me throughout my career in graduate school, and I hope that you might check them out if you haven't already!