Why we teach judgment first — and how young people learn to make wiser decisions in a world that keeps accelerating.
WISE begins with a conviction: young people are not reckless — they are underprepared. In a world that hands them speed, independence, and consequence earlier every year, the most protective thing we can teach is judgment. The WISE Framework turns that belief into practice through two inseparable systems — a Learning Model for how students decide, and a Character Framework for who they become while deciding. E-bikes are simply where it starts.
Explore the philosophy that powers every wheelWISE application — through an interactive learning system.
WISE is the philosophy. The WISE Framework carries it into practice through two distinct but inseparable systems — the Learning Model, which defines how students decide, and the Character Framework, which defines who they become while deciding. Together they build the outcome that matters: better judgment, safer decisions, safer communities.
The Learning Model is the decision cycle students move through in every session — from noticing risk, to analyzing choices, to teaching peers, to committing to real-world action.
The Character Framework is the mindset system running alongside every decision — building the human skills that research identifies as most critical and least replaceable.
Rules without judgment don’t change behavior. The WISE Framework builds both — through the same activity, in the same moment.
Every WheelWISE session follows the same four-phase decision cycle — building a repeatable habit of noticing, thinking, communicating, and acting.
The inner ring shows the decision cycle students practice every session. The outer ring shows the character traits they build with every choice. Select any segment to explore how they work together.
Inner ring = Learning Model · Outer ring = Character Framework
These four traits run through every decision students practice. Each maps directly to skills that workforce research identifies as hardest to automate — and most critical to develop before full independence.
Wonder is curiosity applied to real-world risk — the internal question “What am I missing?” that turns hazard scanning from a checklist into an active habit of observing before deciding.
Why it matters: Curiosity and analytical thinking are top employer priorities — and the skills where AI performs least well.
Integrity is alignment between values and actions — making the responsible choice whether peers are watching or no adult is present.
Why it matters: Machines cannot take moral responsibility for outcomes. Ethical decision-making under pressure is uniquely — and irreplaceably — human.
Service is orientation toward the well-being of others — recognizing that your equipment decisions, routes, and peer choices affect more than just yourself.
Why it matters: Leadership and peer influence have very low AI displacement risk — relationally grounded work where human judgment consistently outperforms automation.
Empathy is perspective-taking as a protective behavioral resource — understanding how your choices affect pedestrians, drivers, classmates, and families.
Why it matters: The World Economic Forum’s Future of Jobs Report found that empathy and active listening have no AI substitution potential — understanding how choices affect others is irreplaceably human.
The W.I.S.E. model gives students a repeatable process for noticing risk, thinking through choices, and applying responsible behavior in real life — not just in a classroom.
Skills build through structured repetition. WheelWISE uses the same four-phase sequence every session so the process becomes habit, not a one-time event.
Students ages 11–14 are navigating real independence for the first time. By 9th grade, peer pressure patterns and risk habits are significantly more entrenched.
At this age, peer judgment drives moral and social decisions. Programs that use peer interaction as the instructional mechanism work with that reality, not against it.
Safety education transfers to behavior when students engage with real situations. WheelWISE uses scenarios from the same mobility contexts students navigate every day.
Students who teach peers show deeper retention and stronger communication development than those who only receive instruction.
The Safety Ambassador designation gives students a visible identity that produces more lasting behavior change than knowledge or attitude shifts alone.
For the full research basis, download the WheelWISE White Paper.
E-bikes are the first application of the WISE Framework because they are the most urgent, visible youth safety problem today — but they are also the ideal place to practice judgment. Students are already navigating real mobility choices on bikes, e-bikes, scooters, and shared roads, years before formal driver education. The habits they form on two wheels in grades 6–8 are the first real expression of the judgment they'll need behind the wheel at 16 — and in every fast-moving decision after.
Download the White PaperChildren ages 11–14 are the single largest injured age group for micromobility — at twice their proportional share of riders. This is when habits form. This is when W.I.S.E. intervenes.
Research identifies peer pressure as a stronger predictor of unsafe riding than knowledge of traffic law. WheelWISE addresses this directly — through practice, not lectures.
WheelWISE uses scenarios built from the routes and peer dynamics students actually face — bikes, e-bikes, scooters, sidewalks, intersections, and group rides.
The IPDE framework WheelWISE teaches is the same model that underpins formal driver education. Students arrive at driver ed with familiar habits — not entirely new demands.
WheelWISE gives schools and communities a structured path to youth mobility readiness — no new course, no certified teacher, no specialized equipment required.
Fits within existing school and community structures:
Designed for implementation fidelity without adding burden to teachers or administrators.
Supports the priorities schools already have — without a separate initiative or new course.
Hazard perception and scanning using real video scenarios. Students apply the IPDE decision process before facing these situations at speed. Builds the Watch → Investigate habit.
Students learn the federal 3-class e-bike framework, helmet laws in their state, and how local ordinances differ from state law — using WheelWISE's live Laws Dashboard during class. Includes a state-comparison activity and a “Where does legal riding become illegal?” scenario.
Uses the Laws Dashboard as a live classroom tool.
Helmet selection, fit, and social norming exercises that address the reality that most injured youth riders — roughly 3 in 4 — were not wearing a helmet. Battery safety: thermal runaway, charging protocols, and emergency response. Develops Integrity — doing the right thing even when peers aren’t watching.
The science of peer influence, real scenario analysis, and PSA creation — giving students language and practiced responses for high-stakes social moments. Empower phase: students teach what they’ve learned.
WheelWISE sessions include the live Injury Dashboard and Laws Dashboard — designed for Chromebooks and projectors. Students compare state laws, look up local ordinances, and discuss real cases during 10–15 minute activities embedded in each module.
See how the W.I.S.E. system comes to life through WheelWISE — or download the full research behind it.