A fully interactive STEAM curriculum with eight specialist labs, adaptive scaffolding, vocabulary spaced-repetition, and observable assessments for every student from KG3 through Grade 12.
Every lesson is powered by AI, grounded in real science, and designed to build genuine understanding — not just test scores.
Inline hint ladders, common-misconception remediation, and three-tier differentiation pathways (support / on-track / challenge) built into every lesson — every student gets the right next step without leaving the page.
Real physics, chemistry, and biology simulations built directly into lessons. Adjust variables, observe results, and discover scientific principles hands-on.
AI-analyzed progress tracking that identifies strengths, flags gaps, and recommends the perfect next challenge for each student.
From visual block coding (KG3–G2) to Python and JavaScript (G6–G12), students learn to code inside the same platform they learn science.
Structured design-build-test-improve challenges in every grade band. Bridge builders, circuit designers, and innovation projects make engineering tangible.
Dynamic assessments that adjust to student responses, provide AI feedback on wrong answers, and build mastery through spaced repetition.
Five developmental bands, each designed for the cognitive and creative stage of the learner.
Every lesson sends students into a purpose-built lab module — no third-party tools, no installation, fully browser-based.
Interactive number-bond trainers, algebra equation builders, geometry protractors, probability simulators — pure mathematics manipulatives.
Pendulum motion, sound-wave FFT, magnetometer, Earth-spheres climate model, biochemistry simulator — physics, chemistry, biology, and Earth science in one browser.
Floor-plan studios, structural engineering sandboxes, parachute design tools — where students apply science to build solutions.
Colour mixing, fraction-quilt designer, Islamic-art symmetry tools, generative-coding canvases — STEAM's "A" given the same depth as the rest.
Real Python execution via Pyodide (no installation), Web Bluetooth + Web Serial bridges to micro:bit and Pi Pico W, in-browser ML training (G8+).
Multi-week project-arc tracking, design-thinking workspaces, lab portfolio aggregator — students see their year of work in one place.
Research-grade workflow — literature review, hypothesis design, experiment execution, paper drafting, workshop submission to NeurIPS Tiny Papers / ICLR Tiny Papers / CoRL.
SM-2 spaced-repetition flashcards built from every lesson's vocabulary — students retain key terms across the whole year, not just for the test.
Full access to your enrolled grade level for one year. No hidden fees.