I believe students learn science best when they can connect it to their lives, identities, interests, communities, and future goals.
For me, science education is not simply about mastering a collection of facts. It is about learning to ask questions, make connections, evaluate evidence, communicate ideas, and see yourself as someone capable of participating in science.
I design learning experiences grounded in inquiry, relationships, reflection, and authentic scientific practice. I want students to recognize that the knowledge and experiences they already carry matter, and that becoming a scientist does not require leaving those parts of themselves at the classroom door.
I also believe learning should be fun.
Humor, creativity, popular culture, storytelling, and good vibes all have a place in rigorous science education. When students feel comfortable asking questions, making mistakes, trying something unfamiliar, or admitting that they do not understand something yet, learning becomes much more interesting.
“The journey to discovery is not a direct path, but a winding one. My hope is that students recognize that when we go forward in this expedition together, we can reach our destination.”
I want students asking “why?”, “how?”, and occasionally “wait…what?” Curiosity is not something I view as separate from rigorous learning; it is often where rigorous learning begins.
Students learn with and from other people. I intentionally build opportunities for conversation, collaboration, mentorship, and community because belonging is part of the learning environment, not an extra feature added afterward.
Culture, language, identity, work, hobbies, family, fandom, and previous educational experiences all shape how students encounter new ideas. I design opportunities for students to make those connections visible and use them as resources for learning.
I see feedback as a conversation rather than a verdict. Reflection, revision, and productive struggle help students recognize that learning is something that develops over time.
I want students to leave my classroom knowing more biology, but I also want them to leave more confident asking questions, seeking help, communicating science, and imagining themselves participating in scientific communities.
First-Year Seminar / CAP 1000 — Explores identity, culture, belonging, learning, and pathways toward health and science professions through reflection, discussion, and student-centered inquiry.
Evolution (BIO 219) — Explored evolutionary biology through inquiry, science communication, creative assessment, and projects connecting evolution to popular culture.
Biological Systems / Diversity of Life — Introductory biology courses integrating active learning, authentic scientific practices, and connections between biology and students’ everyday worlds.
Methods for Teaching Secondary Science I & II — Supported future science educators in developing inclusive, inquiry-driven, standards-aligned teaching.
Exploring Teaching & Learning in STEM — Introduced future STEM educators to inquiry, project-based learning, lesson design, and the realities of teaching.
QBIC Journal Club I & II — Supported first-year biology students in reading scientific literature, discussing research, developing scientific writing, and becoming more comfortable participating in scientific communities.
My approach to teaching was shaped long before I became a professor.
I have taught biology in public high schools, slept under dinosaurs while leading overnight programs at the Museum of Science in Boston, explored ecosystems with students through Mass Audubon, and developed plant-science experiences at Fairchild Tropical Botanic Garden.
Those experiences continue to shape how I think about learning. Science happens in classrooms, but it also happens in museums, gardens, neighborhoods, games, stories, conversations, and the everyday experiences people use to make sense of the world.
That is the kind of science education I want students to experience.