Scientific Thinking
Questions, hypotheses, variables, experiments and evidence.
Questions, hypotheses, variables, experiments and evidence.
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Explore science and engineering through experiments, measurement, data and iterative prototype challenges.
Click visual to enlargeClick each module card to open more detail. Every module combines guided learning, practice, creation and review.
Questions, hypotheses, variables, experiments and evidence.
Ask, imagine, plan, build, test and improve.
Measurement, scale, ratios, geometry and estimation.
Collect, visualize and interpret simple project data.
Structures, energy, environment and smart-system challenges.
Team capstone, poster, prototype and presentation.
A project-led learning path. Each month finishes with a concrete artifact students can add to their portfolio.
Inquiry + experiments
Design process
Measurement + geometry
Collect + chart
Integrated STEM
Expo preparation
The visual skill map shows curriculum emphasisβnot a student grade. The capstone turns those skills into one showcase-ready outcome.
Investigate a real problem, build and test a STEM prototype, collect evidence and present the solution at a mini innovation expo.
Students learn through guided challenges, teamwork, experimentation and a final showcase rather than lecture-only study.
Recommended rhythm: 2 sessions per week β’ 2 hours per session. Suggested mix: 20% concept, 20% demonstration, 40% hands-on building, 20% project review.
Complete the learning modules, project reviews and final showcase to qualify for the track completion certificate and portfolio record.
Ask about enrollment, class schedules, age placement and the right Creator Track for your goals.
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