top of page
Education

Education

M.Ed. (Alt) in Mathematics Secondary Education

Auburn University

M.S. in Mathematics

Auburn University, May 2022

Advisor: Dr. Andras Bezdek

Thesis title: Isoperimetric Properties of the Circle

B.A. in Mathematics

Huntingdon College, May 2018

Magna Cum Laude, Kappa Mu Epsilon, Omicron Delta Kappa, Mathematics Faculty Award

Teaching Experience

Teaching Experience

Graduate Teaching Assistant

Auburn University Department of Mathematics and Statistics
Precalculus Algebra, Precalculus with Trigonometry, Calculus I


Instructional Design

Auburn Online, Biggio Center for Enhancement of Teaching and Learning

  • A member of the Support Team

  • Designed courses in Canvas for instructors based on their material and specifications as well as institutional standards

  • Specialized in designing mathematics courses, particularly LaTeX formatting, as well as assisting the Creative Team with designing interactive elements for online courses in Precalculus and Calculus 1

Instructional Design

Huntingdon College Department of Mathematics

  • Institutional research under the guidance of Mathematics Department Chair

  • Claimed local ownership of online homework systems from WebAssign to MyOpenMath

  • Provided seamless integration of homework into grade books using MyOpenMath and Canvas

  • Redesigned the College Algebra course

  • Evaluated different LMS platforms with respect to institutional needs

 

Math Tutor

  • College tutor in Auburn, AL for College Algebra, Precalculus, Calculus 1 and 2, and Business Calculus

  • Middle school and elementary school tutor in Auburn, AL

  • Peer tutor at Huntingdon College

  • Middle school and high school math tutor in Birmingham, AL and Montgomery, AL

  • Peer tutor throughout high school

Industry Experience

Industry Experience

Air Analyst
Alabama Department of Transportation, Environmental Technical Section

  • Wrote NEPA (National Environmental Policy Act) documents

  • Performed air quality analyses

  • Managed environmental aspects of transportation projects, up to 30 at a time

  • Coordinated and facilitated Public Involvement Meetings

  • Performed drafting tasks in MicroStation

Staff Professional

TTL, Inc.

  • Prepared environmental reports

  • Performed field sampling

  • Performed drafting tasks in AutoCAD

 

Environmental Engineering Intern
Environmental Engineers, Inc.

  • Wrote and reviewed environmental documents

  • Performed drafting work

  • Managed the tracking of Tribal communications for NEPA documents

Writings

Intentional Advocacy and Establishing a New Norm

Contributed chapter in Practices & Policies: Advocating for Students of Color in Mathematics

Guest blog post: Ask vs Guess Culture

American Mathematics Society e-Mentoring Network

Feature: Graduate Student Teacher Celebrates Pi Day - Every Day

COSAM Today: Auburn University College of Science and Mathematics Newsletter

Writings
Outreach
Service

Outreach

COSAM STEM Outreach - Graduate Assistant

  • Mathematics outreach coordinator for the COSAM STEM Outreach Office

  • Developing new initiatives for Pi Day, Fibonacci Day, Sonja Kovalevsky Day, and the Julia Robinson Mathematics Festival.

  • Adding mathematical elements and foci to the Science Matters curriculum.
  • Developing professional development opportunities for K-12 teachers to improve mathematics education.

Spring Into Science

  • An event for 1st-5th graders in the community at which they participate in fun STEM table demonstrations and activities.

  • Led a table exploring the Pythagorean Theorem using only elementary math concepts of geometric shapes. No knowledge of exponents or rationals required to understand the Pythagorean Theorem.

Jr. Mad Scientist

  • An event for 1st-5th graders in the community at which they participate in fun STEM table demonstrations and activities.

  • Led a table exploring cyphers and codes.

Greater East Alabama Regional Science and Engineering Fair (GEARSEF)

  • Lead Judge, Junior Division, Category 600: Energy: Chemical and Physical (2019)

  • Special Awards Judge, Junior Division, Talent in Mathematics and Statistics Award (2020)

  • Judge, Junior Division, Category 500: Engineering, Computer Science, and Mathematics (2020)

Service

Exploring Mathematics in University Education Systems (EMUES) Lab
Auburn University Department of Mathematics and Statistics

The lab at Auburn University focused on Post-Secondary Mathematics Education

  • Director of the sub-group Equitizing-MUES

  • Researched Graduate Certificates in Diversity, Equity, and Inclusion in the College STEM Classroom at peer institutions

  • Created a framework to establish the Graduate Certificate at Auburn

https://emueslab.com/

 

Academic Life Retention Committee
Campus Pride Initiative, Auburn University

  • Worked alongside other members of the Auburn community to strategize and make recommendations to university administration

  • Attended bi-weekly meetings

  • Provided input on planning and decision making

  • Represented the Campus Pride Initiative to peers

  • Researched peer institutions to compare and find best practices for retention of LGBTQ+ students

Curriculum Committee

Huntingdon College

  • Student member

  • Attended monthly meetings

  • Provided student input to proposed curriculum changes across the college

Teaching Philosophy

Teaching Philosophy

My calling is teaching mathematics. I seek out anyone and everyone I can to learn about effective teaching and pedagogy. My goals for my classroom include: eliminating negative self‐talk from my students about their mathematical abilities and alleviating math anxiety; honoring and respecting a diverse student body, in particular those students from historically excluded populations; conveying course expectations, policies, and deadlines; and conveying course material in an effective an inclusive manner. For me, teaching mathematics is a service and a privilege.


I believe the mastery‐based approach to learning and grading is best. In real life we get the chance to correct our mistakes and resubmit drafts and documents. We learn far more from our mistakes and failures than our successes, and mastery‐based grading provides students the opportunity to more deeply understand the material. Active learning is an integral part of my classroom. Straight lecture can be effective but it isn’t the best method for me. I bring worksheets to class for collaborative peer‐learning. Students then come to the board to write their solutions, gaining confidence in their abilities. Often, a student will ask me to check their answer before writing it, and if needed I discreetly correct their work, empowering them and boosting their confidence.

 

I use online tools for quizzes in class, usually the platform Kahoot. The students enjoy a friendly competition with their classmates, and they learn to trust their instincts.


Mathematics education teaches critical thinking, problem solving, analytical thinking, quantitative reasoning, time management, data analysis, teamwork, independence, and logic. These are vital life skills. One of the biggest obstacles to teaching mathematics is the student’s perception of themself. A bright student and a failing one can both have math anxiety, negatively impacting their course performance, their attitude towards the course, and their overall learning outcome. I actively work to break down this barrier if they describe themself as “not a math person,” or “not very good at math.” Praising a student when they have mastered a skill, no matter how mundane it may seem to me, empowers the student and generally motivates them to set higher standards for themself. Throughout my 25 years of tutoring and teaching the most common thing I have seen in students is not a lack in aptitude but rather the presence of self‐doubt and projected negativity.


In my syllabus I explicitly state that I do not tolerate negative self‐talk. Students tend not to realize how often they put themselves down until it is brought to their attention, and eventually they realize they are destroying themselves. Ideally, I would love for every student to leave my classroom with a love of math, but in reality I accomplished one of my primary goals if 100% of my students leave my class believing they are capable of “doing math.”


Do no harm. Give grace.

Diversity Statement

Diversity Statement

Our students who come from historically excluded populations face significant obstacles, starting from conception, that continue to disadvantage them all the way down to the molecular level. They must work harder than their advantaged peers, often for less success. The more disadvantages a student has, the more historically excluded categories they identify with (self‐identity or assumed identity), the harder their journey is. My personal ethos compels me to honor and respect the diverse populations I teach. It is important to acknowledge to individual students their background and how their status in any historically excluded category has impacted their learning to‐date.


My personal background is one of extreme privilege. I am white and come from an upper‐class family. I have every opportunity and resource imaginable at my disposal. I went to public school from kindergarten through 8th grade, then elected to go to boarding school for high school. Being at an elite college preparatory institution highlighted to me the disparities in the school system at home; my freshman year, my public school system re‐segregated; even at the age of 14 I knew that something was very wrong. As I grew into a young adult, I learned a great deal about the struggles of my queer friends and family and became determined to become an ally for them. I chose my memberships and affiliations with organizations, societies, and faith communities based on this.


The more I grow and diversify my circle of friends the more aware I become of the struggles of Black and Indigenous Persons of Color (BIPOC). The more aware of the history of mistreatament of BIPOC I become the more I seek to educate myself on these atrocities and how to be an ally. After I began teaching I went further: learning how to be an advocate.

 

In the fall of 2020, I attended a webinar series hosted by the American Mathematical Society titled Advocating for Students of Color: There’s More You Can Do. I began this webinar series believing that I was doing great but would learn how to be fantastic. I couldn’t have been more wrong. I embraced the hosts’ assertion that we can accomplish 5% actionable change every day to advocate for our students of color. This began a journey of self‐reflection, resulting in my adopting the mantra of ”give grace.”


Giving grace can have a profound impact.


One example of actionable change I introduced is a department‐wide (Auburn University Department of Mathematics and Statistics) reading of the book Asked and Answered: Dialogues on Advocating for Students of Color in Mathematics. The result was overwhelmingly positive, and it began with a simple question I asked my department chair: will the department buy copies in bulk for interested faculty and students?


I was invited by two of the hosts of the webinars to contribute a chapter, which I titled Intentional Advocacy and Establishing a New Norm, for their book Practices and Policies: Advocating for Students of Color in Mathematics, about my experience as an instructor. My self‐reflection on the ways I had been negatively impacting, potentially even harming, the students of color in my classroom was a painful, honest look at who I am, my values, what I intended to do, and the harsh reality that I was doing quite the opposite. In my chapter I expound on several instances of ”giving grace,” most notably a large amount of flexibility.


These experiences, the friendships that I have intentionally cultivated, the diverse voices I have purposefully sought to hear, have opened my eyes to the overwhelming impact that diversity, equity, and inclusion can have in my interactions with my students and my peers. I aspire to uphold my ideals and lead by example through outreach and advocacy.

bottom of page