Educators participating in a Physics learning workshop

Physics becomes useful when a claim becomes testable.

Turn a real problem into a Physics experiment.

Map the principle. Estimate the possible impact. Design a small, safe test. Leave with a one-page evidence brief.

Build a project See experiment patterns

ProblemPrincipleMeasurementEvidence

Build from evidence, not assumptions.

Project workbench

Privacy-first No names, faces, contact details, or student profiles.

Project brief 45% complete

Map the Physics

Select principles the experiment can actually measure.

2 selected

Estimate measurable impact

A range for planning, never a promise.

ESTIMATE

240–360Wh over 5 daysMedium confidence

Measurement period Evidence quality Team size

Set the boundaries

Practical limits improve the test.

6 active

Student privacy is locked on.Record aggregate measurements only. Never collect names, faces, contact details, precise home locations, health data, or public student profiles.

Plan the experiment

Use a safe proxy before a field test.

Hypothesis Change one variable Measure the response

Strengthen the method

Repeat, compare, and stop safely.

Samples per condition 5 Repeat rounds 3 Comparison method Stopping rule

Evidence standard

Decide what would change your mind.

Teacher safety reviewRequired before testing Anonymous data onlyAggregate measurements Record null resultsKeep evidence that challenges the idea Next decision

A useful idea fits the real conditions around it.

Small experiments, honest evidence.

Test the mechanism before the venture.

Each pattern starts with a safe proxy and a decision rule. Use the pattern, then adapt it with a teacher or qualified adult.

Planning perspectives

Review the same idea from another seat.

One-page project brief

Make the next decision visible.

Project settings stay in this browser. No account or student identity data is requested.