World 03
Engineering, construction, machines, materials, invention and design
Making & Machines is the pleasure of making something stand, roll, hold or carry — and then making it better. It teaches that a first attempt is information, not failure.
Towers that fall are the lesson. Offer stable and unstable materials together: blocks and cushions, planks and cardboard tubes. Rebuild alongside your child rather than for them.
Measurement, force and number in the hands.
From lever to machine to autonomous system.
Design is making with intention.
The intellectual architecture
Engineering is the discipline of deciding under constraint. It is also the fastest route to genuine mathematics, because the number has to be right or the thing falls over.
Questions worth a childhood
Underneath
Structural engineering · Mechanical engineering · Materials science · Architecture · Product design
Where it can lead: Civil, mechanical and aerospace engineering, Architecture, Materials science, Industrial design, Robotics.
Concepts carried here: systems, proportion and rate, materials and forces — the same ideas recur in other Worlds, which is the point.
0–18, and what changes
Heavy and light · Balance
Becomes able to: builds and rebuilds.
Demonstrated when: Changes the base after a collapse.
Wide bases stand
Becomes able to: builds something that survives a nudge.
Demonstrated when: Explains why the second attempt stood.
Triangles hold · Folding stiffens
Becomes able to: compares two shapes under one load.
Demonstrated when: A measured comparison of two structures.
Compression and tension · Load paths
Becomes able to: marks forces on a drawing.
Demonstrated when: Correctly identifies tension and compression in their own build.
Force over area · Levers, gears, pulleys
Becomes able to: calculates pressure and mechanical advantage.
Demonstrated when: A redesign that reduces pressure, proved arithmetically.
Strength, stiffness, toughness · Fatigue
Becomes able to: selects material on stated properties.
Demonstrated when: A material choice justified against a rejected alternative.
Moments · Factor of safety · Tolerance
Becomes able to: designs to a written specification.
Demonstrated when: A tested prototype with calculations and a revision log.
Process shapes design · Cost modelling
Becomes able to: costs a design and iterates.
Demonstrated when: A design revised because manufacture, not physics, forbade the first version.
Failure analysis · Lifecycle and embodied carbon · Standards
Becomes able to: conducts a failure analysis.
Demonstrated when: A defended design including how it will end its life.
Genuine connections
Qualification mapping
All supported systemsSupports preparation
Forces, moments, materials and the design process are syllabus content.
Related
Portfolio-based routes exist; verify current specifications and centre requirements.
Conceptually aligned
The design cycle and internal assessment match WSA project structure.
The World School Atelier does not award, register or guarantee any qualification. These are mappings that show where your child's demonstrated work sits in relation to external frameworks, so that a family can plan. Entry requirements, specifications and recognition change; verify each with the awarding body before making decisions.