Student-Centered Learning
Students learn best when they're doing the thinking. I design lessons that put their questions, observations, and reasoning at the center — and step back so they can lead.
Teaching Philosophy
What I believe about environmental science, learners, and the role of technology in a modern classroom.
“My job is to help students see environmental science as a living, evolving way of understanding the world — and to give them the tools, the practice, and the trust they need to do that thinking themselves.”
Inquiry & Evidence
Environmental science is a way of knowing, not a list of facts. I prioritize investigation, data, and evidence-based argument so students experience how scientists make sense of complex systems.
NGSS-Aligned Practice
I plan around three-dimensional learning — disciplinary core ideas, science and engineering practices, and crosscutting concepts — so students build coherent understanding over time.
Meaningful Technology Integration
Technology earns its place when it engages students with content, enhances learning, and extends thinking beyond the classroom (Triple E). If a tool doesn't do that, it doesn't belong in the lesson.
Accessibility & Belonging
Every student deserves a clear entry point and a path forward. I plan with UDL in mind, design for strong color contrast and readable materials, and build a classroom where students feel safe to take intellectual risks.
Continuous Professional Growth
Good teaching is iterative. I reflect on lessons, study new research, and learn from colleagues to keep my practice fresh and grounded.
In Practice
- Lessons open with a phenomenon or question, not a definition.
- Students collect, share, and argue from evidence as part of normal classwork.
- Assessment is frequent, low-stakes, and focused on growth.
- Digital tools are chosen for what they let students do, not because they're new.
- Feedback is fast, specific, and aimed at the next step.