I help science teachers and curriculum leaders design learning that gets students outside, thinking hard, and working with real research, and I help schools bring AI into classrooms responsibly.
Ed.D., Educational Leadership · 18 years in K-16 science · Two peer-reviewed articles, three under review · MagicSchool AI Pioneer · Michigan Place-Based Education Fellow · Bimini Shark Lab Teacher Fellow
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Practical, evidence-backed AI use that buys back teacher time without touching student judgment. I helped lead a building-wide rollout that started with a teacher-led mini AI conference, and I serve on my district's AI Collective Committee.
The Great Lakes hold the largest supply of fresh water on Earth. My students learn their watershed as rigorously as any lab, from schoolyard transects to the Three Creeks, One Community water quality project.
NGSS storylines, the 5E model, one learning target per lesson. I rebuilt an entire biology course into nine phenomenon-anchored units and led an eighth-grade team through a full project-based redesign.
My students track live sharks through OCEARCH and work with Bimini Biological Field Station curriculum. I've stood on the research side too, publishing on coral disease education in NSTA's The Science Teacher.
My doctoral research found that states holding schools accountable for elementary science saw students outperform in science, reading, and math, with the advantage lasting into high school.
Technology designed to point attention outward. Used well, the phone in a student's pocket is the reason they're kneeling by the creek, not the reason they never see it.
I teach Biology at Clarkston Community Schools in Michigan, five sections and about 140 students, lead professional learning for practicing educators, and facilitate our district's Building Thinking Classrooms PLC. I have also prepared future science teachers as a Lecturer of Science Methods at the University of Michigan-Flint. Everything I hand to adults gets tested on actual teenagers first.
My path ran through marine science: coral research at the Florida Museum of Natural History, curriculum writing for the Khaled bin Sultan Living Ocean Foundation, NOAA's Phytoplankton Monitoring Network, and most recently a Teacher Fellowship at the Bimini Biological Field Station's shark lab. That research background is why my classrooms run on real data and real questions, and why I can help other teachers build the same bridges without a marine biology budget.
I hold an Ed.D. in Educational Leadership from the University of Michigan-Flint, plus an Ed.S., a graduate certificate in Environmental Education, and an M.A. in Science Education from the University of Florida.
Eighth-grade science and freshman Biology, rebuilt as nine phenomenon-anchored storyline units. All nine are built; none are finished, because they're adjusted daily to the students in front of me. AI handles the paperwork (5-10 hours a week of it); I do the teaching.
A summer in the water at the Bimini Biological Field Station as a Teacher Fellow, alongside shark scientists and research interns. It is becoming Sharks as Indicator Species, a field-to-classroom Biology unit, and it is why my students track real tagged animals all year. See the portfolio.
PD that respects teachers: a two-hour educator-led mini AI conference instead of an outside expert, sustained follow-through instead of one-and-done sessions, and a Building Thinking Classrooms PLC that runs on what survived my own first period.
My students follow live tagged sharks through the free OCEARCH Shark Tracker: how far they travel, and how close they cruise past the beaches where students vacation. Paired with Bimini shark lab curriculum, it turns "maneaters" into data.
Three Creeks, One Community: grant-funded student water quality monitoring in our own watershed, because the Great Lakes deserve the same protection instinct we teach for oceans.
Sharks as Indicator Species, a field-to-classroom Biology unit in development from my Bimini fellowship, translating field-station research training into high school curriculum.
Plus $6,800+ in awarded classroom and research grants, from NASA, the Clarkston Foundation, the Great Lakes Stewardship Initiative, Project B-WET, United Way, DonorsChoose, and the Citrus County Education Foundation.
What AI actually does well for teachers, where the hard lines are, and how to roll it out building-wide with teacher-led PD that sticks.
Designing place-based science where technology points attention outward: Goosechase missions, watershed data, and lessons that end in mud on someone's shoes.
The accountability research on what protecting K-5 science minutes does for science, reading, and math, and what schools and districts should do about it.
Used badly, it's a wall. Designed well, it's a doorway. When my students head outside with a Goosechase mission, the phone isn't competing with the creek; it's the reason they're kneeling next to it, photographing macroinvertebrates and arguing about water quality. The design question is never "screens or nature." It's: does this screen end at itself, or does it end in mud on someone's shoes?
We've spent decades villainizing one of the ocean's most important creatures, and kids absorb it early. So instead of arguing with the branding, I hand my students OCEARCH's live shark tracker and let the animals make their own case: how far they travel, and how close they cruise past the beaches where my students vacation. School science answers questions with known answers. Real science doesn't, and that difference changes everything.
My doctoral research found that in states with accountability tied to elementary science performance, schools built dedicated science programs, and those students performed better in science, reading, and math, with the advantage holding through high school and showing up as greater STEM career interest. We protect reading and math by cutting science. The data says that trade backfires.
Dr. Ashley Booker is a science educator, curriculum designer, and published researcher with 18 years across K-16 classrooms. She helps teachers design hands-on, place-based, AI-ready learning and connects students with working scientists, from live shark tracking to watershed monitoring. She holds an Ed.D. in Educational Leadership.
Dr. Ashley Booker teaches Biology at Clarkston Community Schools and has prepared future teachers as a Lecturer of Science Methods at the University of Michigan-Flint. A MagicSchool AI Pioneer, Michigan Place-Based Education Fellow, and Bimini Biological Field Station Teacher Fellow, she helped lead a building-wide AI rollout and serves on the Michigan Department of Education's Grade 8 Science M-STEP Content Advisory Committee. Her peer-reviewed work in the Journal of College Science Teaching and NSTA's The Science Teacher, and her research on elementary science accountability, reflect one conviction: students learn science best by doing real science. She holds an Ed.D. from UM-Flint.
AI in science classrooms and building-wide rollouts · Place-based and outdoor science · NGSS storyline and 5E curriculum design · Connecting classrooms with working research · Elementary science policy and accountability