About

My research is in numerical linear algebra. I study Krylov solvers for sparse linear systems and sparse eigenvalue problems. My thesis develops a polynomial preconditioner for GMRES and other solvers and includes practical considerations for polynomial preconditioning with high-performance computing. For more information about my research interests, click here.
Links to publications are here.

I will receive my Ph.D. in mathematics from Baylor University in May 2020. I am currently searching for a new position (academic or industry) to begin as early as February 2020. To view my CV and resume, please click here.

My current research code has been developed in Matlab and Trilinos (C++). For more information about my software skills and links to my GitHub code repository, click here.

When I want to get away from my computer, I enjoy outings to any zoo or aquarium. (Waco’s Cameron Park Zoo has an especially adorable baby orangutan!) In my spare time, I have been (slowly) teaching myself to play the piano, occasionally picking up my flute, and enjoying solo board games.

To view my contact information and see conferences I plan to attend, click here.