A deep understanding of materials — what they are, how they behave and what they can do — is central to art making in VCE AME. Students must demonstrate knowledge of the inherent characteristics of their chosen materials, not just describe how they used them.
Inherent characteristics are the intrinsic, physical qualities of a material that exist before any artistic intervention:
| Property | Explanation | Examples |
|---|---|---|
| Physical state | Solid, liquid, powder, fibre | Oil paint (viscous liquid), charcoal (friable solid), clay (plastic solid) |
| Texture | Surface quality at rest | Smooth (acrylic gesso), rough (handmade paper), fibrous (hessian) |
| Opacity/transparency | How light passes through | Watercolour (transparent), gouache (opaque), oil (variable) |
| Permanence | Resistance to change over time | Encaustic (durable), watercolour (light-sensitive), organic materials (biodegradable) |
| Flexibility/rigidity | Response to physical pressure | Printmaking ink (flexible when dry), ceramic (rigid when fired) |
| Absorbency | Capacity to take up liquid | Unprimed canvas absorbs; gessoed board resists |
| Malleability | Ability to be shaped | Clay (highly malleable); fired ceramics (not malleable) |
| Reactivity | Response to other materials | Acid-etching in printmaking; oxidation in metalwork |
Drawing and Painting
- Graphite: smooth, smudgeable, buildable tonal range
- Charcoal: powdery, erasable, good for broad tonal work
- Acrylic paint: fast-drying, water-soluble when wet, flexible when dry, can be used thickly or thinly
- Oil paint: slow-drying, blendable, buildable layers (impasto to glazing)
- Watercolour: transparent, dilutable, responsive to wet/dry paper conditions
Printmaking
- Etching ground: acid-resistant wax compound
- Relief ink: thick, tacky; designed to sit on raised surfaces
- Lithographic ink: based on oil/water repulsion chemistry
Ceramics/Sculpture
- Clay: plastic and workable when wet; leather-hard in intermediate stage; bisque-fired to permanent ceramic state
- Glaze: glass-forming mixture that melts and bonds with clay body during firing
Photography/Digital
- Photographic paper: light-sensitive surface
- Digital sensors: pixel resolution determines detail and tonal range
Artists choose materials because of their properties. An artist working with fragile tissue paper is exploiting its translucency and vulnerability as conceptual material. An artist using industrial steel is working with its associations of weight, permanence and masculine labour.
Understanding properties allows artists to:
- predict how a material will respond in a technique
- select the right material for the intended aesthetic quality
- solve practical problems during making
- explain their material decisions in documentation and critique
REMEMBER: Material knowledge must be both practical (how does it behave?) and conceptual (what does it communicate?). In AME, these two dimensions are always linked.
EXAM TIP: When asked about materials in your own practice, always describe the inherent properties of the material (what it is and how it behaves), then connect those properties to why you chose it and what aesthetic qualities it produces. A two-sentence formula: “X has the inherent property of Y, which I exploited to achieve Z effect in my artwork.”
COMMON MISTAKE: Students describe what they did with a material rather than explaining the material’s properties. “I painted with acrylic” tells the examiner nothing useful — “acrylic paint’s fast drying time and flexibility allowed me to build opaque, textured layers without cracking” demonstrates genuine material knowledge.
