Introduction

I am an aspiring K–5 teacher with five years of experience in K–3 special education. I chose to become a teacher because I’ve seen how positive learning experiences and supportive environments help students excel, and how negative interactions can limit not only their performance, but also their confidence.

In my classroom, students can expect openness, kindness, and a safe place to learn. We will use group discussions, multiple strategies, and different ways to show what they know so every student has a chance to shine. One habit I plan to build is a short daily check-in before we dive into core content. Making sure students feel seen and heard matters more than rushing into the lesson; if they’re not okay, they’re not ready to learn yet.

My goal is that students leave my classroom feeling more confident, not only in their math skills, but in themselves.

Explore My Philosophy

Portrait of the educator outdoors, welcoming and professional

One of my earliest and most meaningful math memories comes from a combined 3rd and 4th grade class, where I had the same teacher for two years in a row. I was a student who loved to be challenged, and she was the first teacher who truly pushed my thinking in a way that felt exciting rather than frustrating. She made problems harder on purpose, but always in a way that made me want to figure them out. One of her routines was a one-minute timed multiplication quiz, where we had to answer a set number of problems correctly before moving on to the next fact set. We learned them so quickly that by the end of the year, our class had moved on to doing the same routine with division. In that classroom, math felt fun, engaging, and deeply satisfying.

How I Learned to Love Math

My deeper love for math truly took shape in middle school, during a time when I actually began to struggle. For the first time, math did not come easily, and I felt frustrated and unsure of how to ask for help because I had rarely needed it before. My teacher noticed that I was not the only one feeling this way, and instead of continuing with the same approach, he changed how he taught. He introduced hands-on manipulatives and modeled how to use them while also walking us through each step of the problems so we could see how everything connected. Math became enjoyable again. We still completed worksheets, quizzes, and tests, but we also used vocabulary, solved problems together, worked at the board, and were encouraged to ask questions whenever something felt unclear. He created a classroom environment that felt safe, supportive, and focused on true understanding, and that experience shaped the way I think about teaching math today.

Glows and Grows

A reflective journey through my mathematical strengths and areas for growth as both a learner and educator.

Pattern Recognition

I excel at identifying and explaining the underlying structures within mathematical sequences and equations.

Problem Solving

I thrive on tackling complex challenges and finding multiple pathways to a single solution.

Visual Thinking

I am proficient at using diagrams and geometric models to represent abstract mathematical concepts.

Deep Conceptual Understanding

I aim to deepen my understanding of foundational concepts to better support student learning.

Strategic Planning

I am working on developing a more systematic approach to organizing my mathematical research.

Research and Equity

Current research in mathematics education emphasizes the critical role of equity in fostering a mathematical mindset. By ensuring all students have access to high-quality pedagogical resources and a supportive learning environment, we can bridge the gap in achievement and confidence. Instructional shifts toward student-centered learning and productive struggle are essential for academic growth. We must cultivate a culture where mistakes are seen as powerful learning experiences, allowing every learner to embrace the challenges of mathematics with the confidence that they belong in the classroom (Van de Walle, Karp, & Bay-Williams, 2022).

Teaching Philosophy

Mathematics represents a vital life skill that extends far beyond the classroom, influencing everything from basic daily tasks to complex logical analysis. My approach prioritizes deep conceptual understanding over simple rote memorization to build genuine student confidence. By incorporating tactile manipulatives and visual tools, I help students bridge the gap between abstract ideas and tangible reality. Research supports this strategy, indicating that the intentional use of manipulatives significantly enhances student achievement in mathematics (Carbonneau, Marley, & Selig, 2013). This evidence-based practice ensures that every learner can internalize the underlying logic of mathematical concepts.
I cultivate a learning environment centered on a growth mindset, where mistakes are welcomed as essential steps toward mastery. Through diverse instructional techniques such as collaborative tasks, reflective journals, and hands-on discovery, I ensure that all learning styles are respected and supported. My ultimate goal is to empower students with the critical thinking skills and self-assurance necessary to become independent, lifelong problem solvers.