Working in three dimensions: the main 3D approaches (modelling, carving, construction, assemblage and ceramics) and how form, materials, maquettes and the use of real space are explored and refined toward a three-dimensional outcome.

What this dot point is asking

Working in three dimensions makes objects that exist in real space and are seen from all sides, which is fundamentally different from working on a flat surface. This dot point is about the main 3D approaches and how form, materials, maquettes and real space are explored and refined, because a 3D outcome is developed by solving real making problems, which is exactly what AO2 rewards.

What working in three dimensions involves

Three-dimensional work makes objects that exist in real space, with height, width and depth, and that are seen from every side rather than from one viewpoint. This changes everything: you must consider the whole form in the round, the solid and the empty space (void) it defines, how it stands or hangs, and how it relates to the space around it. A 3D outcome is not a drawing made solid; it is an object whose form, materials and presence in space carry the meaning.

The main approaches

The processes differ in how the form is made. Modelling builds form up from a soft, malleable material such as clay, wax or plaster, adding and shaping. Carving cuts form away from a solid block (wood, stone, soap, plaster), a subtractive process. Construction joins separate parts, card, wire, wood, metal, into a structure. Assemblage combines found objects into a new whole, often carrying meaning through what the objects were. Ceramics forms clay (by hand, coiling, slab-building or throwing) and fires it to permanence. Each suits different ideas and materials.

Maquettes and developing in three dimensions

Because 3D work is hard to plan on paper alone, development happens through maquettes: small test models that try out forms, structures and materials in three dimensions. Maquettes are the 3D equivalent of thumbnails and experiments, they let you explore solutions and see them in the round before committing to a final piece. Developing through several maquettes, refining the form and solving problems, is how AO2 is evidenced in 3D work. Drawings alone cannot show this 3D exploration.

Materials and solving making problems

Three-dimensional work is defined by its materials and the problems they pose: clay cracks as it dries, constructions must be structurally stable, joins must hold, weight must be supported. Refining a 3D process means solving these real problems through repeated, improving attempts, getting a join to hold, stopping the clay cracking, making a form stand. This problem-solving is the heart of AO2 in three dimensions, and it is what distinguishes a developed outcome from a single fragile attempt.

Try this

Q1. State the main 3D approaches and what a maquette is. [Knowledge recall]

• Cue. Modelling (building up a soft material like clay), carving (cutting away from a solid block), construction (joining parts into a structure), assemblage (combining found objects) and ceramics (forming and firing clay); a maquette is a small test model used to explore forms, structures and materials in three dimensions before committing to a final piece.

Q2. Explain how a candidate evidences AO2 refinement when working in three dimensions. [Short explanation]

• Cue. Explore 3D solutions through several maquettes (the 3D equivalent of experiments), then refine by solving the real making problems the materials pose, structural stability, joining, clay cracking, through repeated, improving attempts; this 3D problem-solving is the refinement the higher AO2 bands reward, and the outcome should be resolved as a genuine object considered in the round (AO4).