Teacher Identity & Philosophy

I believe that every student has the capacity to think deeply, learn meaningfully, and grow as a person. My role as an educator is not to simply deliver content, but to create conditions where students become active participants in their own learning journeys. I am committed to honoring students' ideas, questions, and perspectives. Learning happens when students are curious, engaged, and when they feel their contributions matter. I strive to design learning experiences where students make real choices, solve authentic problems, and see their thinking valued.

Rather than rushing through material, I believe in helping students truly understand foundational concepts. In mathematics and physics, this means moving beyond procedures to develop intuition, visual understanding, and connections between ideas. I want students to ask "why?" and "how?" and to experience the joy of discovery. Learning should be engaging and even enjoyable. I aim to create classrooms where all students—regardless of background, prior experience, or learning style—feel welcomed, respected, and capable. Mathematics and physics are for everyone, and every student deserves an opportunity to experience their beauty and power.

I believe in the productive struggle—the kind of challenge that builds resilience, problem-solving skills, and mathematical thinking. As an educator, I aim to scaffold learning thoughtfully, gradually releasing responsibility so students become independent, confident learners who can tackle problems they've never seen before. I see teaching as fundamentally a moral endeavor. Beyond content, I want to model curiosity, kindness, perseverance, and ethical thinking. I want students to leave my classroom not just with stronger math skills, but with the sense that they matter, that their ideas count, and that they have the potential to do important things.

Technology is a powerful tool in service of learning, not an end in itself. I believe in using educational technology thoughtfully to enhance student engagement, visualization, and exploration. Digital tools like interactive simulations can help students see abstract mathematical concepts come to life and conduct virtual experiments in physics. Collaborative platforms can facilitate peer learning and communication. However, technology should always support deeper understanding and student agency—never replace meaningful human interaction or substitute for the struggle that builds mathematical thinking. My goal is to integrate technology in ways that amplify the core principles of my teaching philosophy.

My ultimate goal is to develop students who think for themselves, who approach challenges with confidence and creativity, and who see learning as a lifelong, joyful pursuit.

• Deepen instructional knowledge: Learn evidence-based teaching strategies, particularly in mathematics instruction and active learning
• Gain practical teaching experience: Expand observation hours and actively participate in classroom instruction during practicum
• Build assessment literacy: Develop skills in formative assessment, student feedback, and using assessment data to inform instruction
• Explore learning technologies: Experiment with tools and platforms that can enhance mathematics and physics teaching
• Connect with education community: Engage with other educators, attend professional development, and learn from experienced teachers

• Complete Bachelor's degree: Finish secondary education program at University of Alberta with strong preparation for the classroom
• Develop curriculum expertise: Create and refine lesson plans, learning sequences, and assessments aligned with curriculum outcomes
• Master classroom management: Develop strategies for creating positive, productive learning environments and managing diverse student needs
• Build collaborative relationships: Learn to work effectively with colleagues, admin, families, and support staff
• Specialize in student-centered pedagogy: Become skilled in inquiry-based learning, problem-solving, and differentiated instruction

• Become an excellent classroom teacher: Earn a teaching position and develop the skills to create meaningful, engaging learning experiences for secondary students
• Advocate for student-centered practices: Actively work to implement progressive teaching methods that put student learning and agency at the center
• Contribute to school community: Take on leadership roles, mentor new teachers, and contribute beyond the classroom
• Engage with educational research and innovation: Stay current with education research, experiment with new approaches, and continuously refine my practice
• Foster inclusive, equitable learning: Ensure that my teaching practices serve all students, particularly those who have been historically underserved by traditional education

In Lesson Design: I aim to create problems and activities where students do the mathematical thinking. Rather than demonstrating a procedure and having students practice it, I present scenarios that invite exploration and discovery. Students develop procedures through sense-making.

In Classroom Discussion: I value student questions and ideas as the heart of learning. I listen carefully, ask follow-up questions that push thinking deeper, and create space for students to explain, justify, and debate their reasoning.

In Assessment: I use assessment formatively to understand student thinking and adjust instruction. I provide meaningful feedback that helps students understand their progress and guides their growth.

In Relationships: I work to know my students as individuals, understand their backgrounds and interests, and communicate genuine belief in their potential. A positive, trusting relationship is the foundation for all effective teaching.