Hays Whitlatch
Hays Whitlatch


I enjoy teaching mathematics at all levels. I believe that ALL students can succeed in mathematics, regardless of their current background or preparation, in fact, my own first college math course was College Algebra, the equivalent of Math 100 at Gonzaga. This conviction shapes my teaching philosophy: I constantly seek to challenge students, not to intimidate them, but to help them discover more about mathematics and about themselves. A student may submit a flawless solution (and earn full credit), but I will often ask a follow-up question to push them further, encouraging deeper thinking and revealing new facets of the subject.
At the same time, I take seriously Gonzaga’s mission to educate the whole person. I care deeply about my students’ well-being both inside and outside the classroom. I strive to create a classroom environment that is rigorous but compassionate, where students are both supported and challenged as they grow into confident mathematical thinkers.

- Katharine Shultis, PhD (University of Gonzaga): Power Domination Games, Kneser Total Roman Domination, Voting Theory and Graphs, Finite Field Linear Algebra, Combinatorial Games, Recursive Partitions.
- Rob Ray, PhD (University of Gonzaga): Finite Field Linear Algebra.
- Joshua Cooper, PhD (University of South Carolina): Finite-Field Positive Definite.
- Erin Hanna, M.S.: Finite-Field Positive Definite.
- Ann Clifton, M.S.: Equitable Partitions of Graphs.
- Zinnia Gibson: Mathematics of DNA Testing.
- Michele Ortiz: Power Domination Games.
- Sviatlana Kniahnitskaya: Power Domination Games, Kneser Total Roman Domination, Voting Theory and Graphs, Finite Field Linear Algebra.
- Olivia C. Ramirez: Power Domination Games.
- A. Mallott: Kneser Total Roman Domination.
- Benjamin Nored: Kneser Total Roman Domination, Voting Theory and Graphs, Finite Field Linear Algebra.
- Caeli Griffin: Kneser Total Roman Domination, Chemical Graph Theory.
- Grace Dojan: Voting Theory and Graphs, Finite Field Linear Algebra, Kneser Total Roman Domination.
- Kathryn Ikard: Voting Theory and Graphs, Finite Field Linear Algebra, Kneser Total Roman Domination.
- Cole Stainsby: Finite Field Linear Algebra, Kneser Total Roman Domination.
- Alec Harris: Finite Field Linear Algebra.
- John Q.: Finite Field Linear Algebra.
- Naomi Halbersleben: Finite Field Linear Algebra.
- Belle Asplund-Wain: Kneser Total Roman Domination.
- Olivia M. Ramirez: Combinatorial Genomics.
- Zoe Erpelding: Combinatorial Games.
- Valon Haslem: Combinatorial Games, Code maps on Graphs.
- Diana Hoppe: Combinatorial Games, Hankel & Toeplitz Matrices.
- Drew Swanson Hollinger: Recursive Partitions, Hankel & Toeplitz Matrices.
- Jessica Childress: Hankel & Toeplitz Matrices.
- Hua Wang, PhD (University of Southern Georgia): Security in Trees.
- Sarah Selkirk, PhD (Alpen-Adria-Universität Klagenfurt): Security in Trees.
- Valisoa Razanajatovo Misanantenaina Ep Rakotonarivo, PhD (University of Pretoria): Security in Trees.
- Lucas Brandt: Code maps on Graphs.
- Malia Recker: Code maps on Graphs.