Teaching

Office hours

I am here to support your learning. I encourage you to meet with me when you feel that you need support or assistance.

In Spring 2024 I will be available:

Office hours:: Tuesdays 10:00am-1:00pm
Additional appointments:: Email me to set up an appointment on other days or times

Office hours will be in-person in my office, or on Zoom if requested.

Current semester (Spring 2024):

Discrete Math Math 189

Advanced Number Theory Math 507

Upcoming semesters:

Upcoming courses are tentative (subject to change).

Previous semesters:

At Boise State University (2010-present):

Fall 2023: Math 305, Introduction to Abstract Algebra and Number Theory
: Math 404/504, Number Theory
Spring 2023: Math 301, Introduction to Linear Algebra
: Math 387, Introduction to Combinatorics
: Math 599, Graduate Seminar II: Professional Preparation
Fall 2022: Math 189, Discrete Math
: Math 314, Foundations of Analysis
: Math 598, Graduate Seminar I: Introduction and Research
Spring 2022: Math 333, Differential Equations with Matrix Theory
: Math 506, Advanced Algebra
Fall 2021: Math 287, Mathematical Proofs & Methods
: Math 405, Abstract Algebra
: Math 505, Abstract Algebra
Spring 2021: Math 301, Introduction to Linear Algebra
: Math 414, Real Analysis
: Math 514, Real Analysis
: Math 599, Graduate Seminar II: Professional Preparation
Fall 2020: Math 333, Differential Equations with Matrix Theory
: Math 584, Selected Topics: Computational Algebra
: Math 598, Graduate Seminar I: Introduction and Research
Summer 2020: Math 275, Multivariable and Vector Calculus
Spring 2020: Math 305, Introduction to Abstract Algebra and Number Theory
: Math 414/514, Real Analysis
Fall 2019: Math 403/503, Linear Algebra
Spring 2019: Math 187, Discrete and Foundational Mathematics, I
: Math 387, Discrete and Foundational Mathematics, II
: Math 406, Number Theory
Fall 2018: Math 171, Calculus: Theory and Applications
: Math 305, Introduction to Abstract Algebra and Number Theory
Summer 2018: Math 275, Multivariable and Vector Calculus
Spring 2018: Math 187, Discrete and Foundational Mathematics, I
: Math 506, Advanced Algebra
Fall 2017: Math 187, Discrete and Foundational Mathematics, I
: Math 405/505, Abstract Algebra
Summer 2017: Math 275, Multivariable and Vector Calculus
: Math 275, Multivariable and Vector Calculus
Spring 2017: Math 305, Introduction to Abstract Algebra and Number Theory
: Math 387, Discrete and Foundational Mathematics, II
Fall 2016: Sabbatical (Fields Institute Thematic Program on Combinatorial Algebraic Geometry)
Spring 2016: Math 187, Discrete and Foundational Mathematics, I
: Math 311, Foundations of Geometry
Fall 2015: Math 314, Foundations Of Analysis
: Math 414/514, Advanced Calculus
Spring 2015: Math 301, Introduction to Linear Algebra
: Math 512, Advanced Topology
Fall 2014: Math 507, Advanced Number Theory
Summer 2014: Math 275, Multivariable and Vector Calculus
Spring 2014: Math 311, Foundations of Geometry
: Math 497/597, Special Topics: Graph Theory
Fall 2013: Math 275, Multivariable and Vector Calculus
Spring 2013: Math 515, Advanced Analysis
Fall 2012: Math 187, Discrete and Foundational Mathematics I
: Math 275, Multivariable and Vector Calculus
: Math 414/514, Advanced Calculus
Summer 2012: Math 275, Multivariable and Vector Calculus
Spring 2012: Math 187, Discrete and Foundational Mathematics I
: Math 506, Advanced Algebra
Fall 2011: Math 187, Discrete and Foundational Mathematics I
: Math 405/505, Abstract Algebra
Spring 2011: Math 170, Calculus I
: Math 311, Foundations of Geometry
Fall 2010: Math 187, Discrete and Foundational Mathematics I

At Texas A&M University (2007-2010):

Spring 2010: Math 152
Fall 2009: Math 152
Spring 2009: Math 152
Fall 2008: Math 311 (Topics in Applied Math I)
Spring 2008: Math 152 (Calculus II)
Fall 2007: Math 141 (Business Math I)

At Southeastern Louisiana University (2005-2007):

Spring 2007: Math 200; Math 450 (Complex Variables)
Fall 2006: Math 162 (Trigonometry); Math 201 (Calculus II)
Spring 2006: Math 161; Math 200
Fall 2005: Math 161 (College Algebra); Math 200 (Calculus I)