The Flip Mission
Learners analyze a ski, snowboard, or wakeboard trick using video replay, body mechanics, physics, and reflection.
forcerotationtorquetimingfeedbackrisk
Annotated replay
Open World Tahoe
The original thought experiment behind Open World Learning Lab: what might education become if Tahoe itself functioned as an interconnected learning environment?
The personal origin story
I grew up in Tahoe, where the line between school and the world always felt thinner than it does in most places. The mountain, the lake, the weather, the trails, the boats, the seasons — they were not abstractions. They were daily reality.
When I was sixteen, I remember watching peers on independent study spend much of their time skiing. Some of them did not seem to care about math in the classroom. But they cared deeply about landing a flip.
Maybe students do not hate knowledge. Maybe they hate knowledge removed from reality.
The flip question
What if they could do the trick, return to the exact moment, study the angle, rotation, force, timing, momentum, torque, and body mechanics — and learn the math because it helped them become better at something real?
Open World Tahoe became the original thought experiment behind the lab: what might education become if the lake, mountain, trail, and community formed an interconnected learning environment?
Learning zones
The Tahoe origin study imagined four interconnected zones where real environments become rigorous learning contexts.
Lake as System
Ecology · Climate · Physics · Public policy · Stewardship
Mountain as Lab
Momentum · Torque · Biomechanics · Risk · Feedback
Trail as Text
Geology · Navigation · Land use · Endurance · Attention
Campfire as Seminar
Chemistry · Anthropology · Food · Story · Ritual · Civic conversation
The original learning sequence
Experience → curiosity → guided inquiry → knowledge → practice → artifact → reflection
Open-world learning does not mean telling students to wander around and hope learning happens. It means designing rigorous pathways through real environments with missions, constraints, mentors, tools, feedback, and opportunities to show what they know.
Sample mission concepts
The following are clearly labeled sample mission concepts — design sketches, not active programs.
The Lake as a Living System
Learners investigate water clarity, invasive species, tourism, climate, land use, and local governance.
ecologysystems thinkingpolicystewardshipdata
Mini-documentary or dataset
The Trail Field Guide
Learners hike a route and document geology, plant life, navigation decisions, human impact, and questions for further research.
geologybotanymappingenduranceobservation
Field guide or map
Fire, Food, and Civilization
Learners gather around food and fire to study chemistry, anthropology, culture, ritual, conversation, and the history of shared meals.
combustionfood systemsstoryethicscommunity
Reflective essay or oral defense
Educational ideas that survived into OWLL
- Learning should begin with real places, practices, and questions
- Structure and freedom are not opposites — rigorous pathways can start in the world
- Human mentorship remains central; technology supports rather than replaces it
- Learners should produce meaningful artifacts that demonstrate understanding
- Reflection and return deepen perception over time
- Every place has history, ecology, community, and limits that must be respected
What Changed After Tahoe
Open World Tahoe initially placed significant emphasis on live exploration, spatial technology, and globally connected learners. Those possibilities remain part of the longer horizon, but the work has since become broader and more grounded.
OWLL is now beginning with learning journeys that can be tested using ordinary tools, human mentorship, careful field design, and lightweight digital support. The technology should grow from demonstrated educational needs rather than lead the work by default.