This document discusses various elements of 3D design, including form, mass and space, line, plane, surface qualities, texture, color, and light. It provides examples of sculptures, buildings, and designs to illustrate concepts like negative space within forms, the relationship between 2D and 3D elements, using texture and color to emphasize surfaces, and how light can illuminate and reveal forms. The document examines both the formal qualities of 3D design and how those qualities can contribute to an object or space's meaning and expression.

1. 3DDESIGN ELEMENTS

2. Introduction
Form
Anish Kapoor. Cloud Gate. Chicago, IL.
Form is the overall 3D shape
of an object, the complete
configuration of its mass.
Formal refers to the design
qualities of a work, separate
from subject and content.

3. • Depth: the extra
dimension that lifts
three-dimensional
form up and off the
plane.
• Viewing: three-
dimensional objects
are viewed in the
round rather than
from a single
viewpoint.
Introduction
Form
What makes 3D form
different from 2D shape?
Three views of Yoshitomo Nara’s Pupcup. Bozart Toys Inc. 81⁄2" high.

4. Introduction
Form and Content
Subject Matter refers to the objects
represented in a work. In this example the
subject is a figure. Works that contain
human or animal imagery as their primary
subject are called figurative.
Content refers to the meaning of the
work, what it expresses or communicates.
This sculpture is a grave marker. It was
designed to honor a deceased loved one.
Form: This sculpture is a static, rounded
monolith. The hooded top creates a
shadowed void that shelters the face.
What contributes more to its content—
its subject matter or its form?
Augustus Saint-Gaudens. Adams Memorial. Bronze, modeled 1886–
1891, cast 1969. Bronze, 5' 97⁄8" × 3' 37⁄8" × 3' 81⁄2.

5. Form generates response. It stimulates the viewer to feel.
This installation does not contain a subject, yet it is highly expressive. When one walks
around and in between the large, curved planes of oxidized steel, the full experience
unfolds. The viewer, dwarfed by steel “walls” over twelve feet high, “feels” the
pressure of those tilting planes and curved paths. This is not an intellectual experience;
it is a felt experience, emotional and visceral, generated by the formal qualities of
design.
Richard Serra. Installation view of the exhibition “Richard Serra Sculpture: Forty Years,” MoMA.
Introduction
Form and Content

6. • A form is a positive element.
• The space around and inside a form is negative space.
• 3D forms can be geometric or curvilinear, concave or
convex, static or dynamic, solid or spatial, etc.
• They can be designed for viewing in the round or be a
relief, which is a three-dimensional form designed for
viewing from a single, frontal viewpoint.
• 3D forms can be any combination of these aspects and
have numerous other properties as well.
Introduction
Aspects of 3D Form

7. Form
The Cube
• The cube is one of the
five Platonic solids.
• It is iconic and has a long
history of use in art,
design, and architecture.
• Its form is considered
perfect and ideal.
• The cube is a static form
expressing stillness and
stability.
Charles Ray. Ink Box. 1986. Steel, ink, automobile paint, 3' × 3' × 3'.

8. Designing the space within and between the mass is
as important as designing the mass. Interaction
between the negative spaces and positive forms in
this sculpture create a dynamic form. Interstitial
space refers to the space between forms.
Mass and Space
Interaction
Henry Moore. Sculpture.
“Sculpture is the art of
the hole and the lump.”
— Auguste Rodin

9. Mass and Space
Interaction
Mass and space exist in tandem and
continually interact with one
another.
Mass can…
•occupy space,
• define and shape space,
• activate space, and
• give meaning to space.
The soaring arches of this gothic
cathedral demonstrate how mass
can be formed to give shape and
meaning to an interior space.
Interior of Laon Cathedral (looking northeast),
Laon, France. Begun c. 1190

10. Louise Bourgeois. Maman. 2005. Bronze, stainless steel and marble, 10 meters high
In this thirty foot high outdoor sculpture a small amount of mass
delicately defines, shapes and activates a large interior space.
Mass and Space
Interaction

11. Line
A Point Set In Motion
Line is mathematically defined as a point set in motion.
The sculpture on the right by Charles Ray demonstrates
this with a streaming line of ink that flows from a small
hole in the ceiling to one in the floor.
Charles Ray. Ink Line. 1987. Ink and pump, dimensions variable.

12. Line
A Point Set In Motion
Line is a dynamic element.
It generates eye movement along its path and is a strong directional force.
Line is one of the simplest elements in design, yet it is infinitely versatile…
Claes Oldenburg and Coosje van Bruggen. Gartenschlauch (Garden Hose). 1983. Steel painted with polyurethane enamel.
Two parts, in an area approximately 6,000 sq. ft.; faucet: 35 ft. 5 in. ×8 ft. 12 in. × 7 ft. 1 in.; hose: 410 ft. long × 20 in. diameter.

13. Line
Gesture
Line can…
• express direction,
• communicate energy and gesture,
• define and shape space,
• activate space, etc.
Alexander Calder. Sow. 1928. Wire construction, 71⁄2" × 1' 5" × 3".

14. Line
Gesture
The visual and expressive possibilities of line are infinite.
Christo and Jeanne- Claude. Running Fence, Sonoma and Marin Coun- ties, California, 1972–76.

15. Plane
The Two Dimensional Element
Points, lines, planes, and rectangular solids are related structurally
and share a theoretical process of generation—
• a moving point generates a line,
• a moving line generates a plane, and
• a moving plane generates a rectangular solid.
Ludwig Mies van der Rohe. Barcelona Pavilion. Barce- lona. 1929.

16. Planes are ubiquitous design elements.
The built world is planar and geometric.
How many planes can you find in our
classroom?
Plane
The Two Dimensional Element
Santiago Calatrava. Tenerife Opera House.

17. Planes can be…
• flat
• curved
• geometric
• organic
• interpenetrating
• stacked
• folded
• cut, etc.
How many ways can you
manipulate a sheet of paper to
transform it into a 3D form?
Plane
The Two Dimensional Element
Pablo Picasso. Guitar. 1912. Sheet metal and wire, 2' 61⁄2" × 1'
17⁄8" × 75⁄8".

18. Two-dimensional shape has long
contributed to the development of
three-dimensional form, and the
relationship between these
dimensional realms is rich and
diverse. This chair folds completely
flat when not in use, resembling the
two-dimensional condition of its
origin—a sheet of three-quarter inch
plywood.
2D to 3D
The Relationship of the Planar to the Dimensional
Ufuk Keskin and Efecem Kutuk. SheetSeat folding chair, 3⁄4" thick, wood laminate

19. 2D to 3D
The Relationship of the
Planar to the Dimensional
This origami praying mantis beautifully demonstrates the
transition from the planar to the dimensional. A single,
uncut plane has been folded to form a complex praying
mantis. The 2D diagram is on the right.
Robert J. Land. Origami praying mantis, length 4”

20. Surface is one of the first
characteristics of form
perceived by a viewer.
Texture is that aspect of
a surface that we can
experience by touching.
Seed Cathedral, detail. 2010 Shanghai
World Expo. Thomas Heatherwick Studio.
Surface Qualities
Texture

21. Seed Cathedral. 2010 Shanghai World Expo.
Thomas Heatherwick Studio.
Surface Qualities
Texture
Texture is also an important
visual characteristic of form.
Determining a surface for a
sculpture, product, or building
has significant implications.
How many common functional
objects can you name whose
texture is essential to the
product’s function?

23. What other formal contrasts can
you identify in this photograph?
Surface Qualities
Texture
Texture is relative to context. To emphasize a
texture, position it with a contrasting texture.
Jeff Koons. Balloon Dog in front of Brant Foundation Art Study Center. 1994–2000.

24. Actual Texture
• The tactile quality of a material used to make
an artifact.
• Texture will animate your work by engaging a
viewer’s sense of touch.
Auguste Rodin
(1840-1917)
Danaïd
1889-1890
Marble

25. Clay Project
• Free standing
• In the Round
• Texture: contrasting? Smooth versus rough
• Unexpected juxtapositions of texture?

26. Surface Qualities
Color
Intrinsic Color refers to objects
that retain the natural color of the
material that forms them, such as
the bronze sculpture on the right.
Monochrome refers to objects of a
single color.
Patination is a traditional method
of altering surface color in metal by
applying chemical formulas.
Charioteer of Delphi. 478–474 BCE. Greece, Bronze, 5' ×
11".

27. Applied Color refers to the application of color
to an object. Surfaces can be painted, coated,
glazed, enameled, oxidized, anodized,
galvanized, patinated, and so forth.
Polychrome refers to objects containing more
than one color.
Katharina Grosse. Atoms outside Eggs, detail. 2007. Acrylic on wall, floor and
Styrofoam on polyurethane on wood, 221⁄2” × 662⁄3” × 471⁄5”.

28. Luis Barragan. San Cristobal equestrian estate. 1966–1968. Mexico City.
Surface Qualities
Color
Color can be used to distinguish
different parts of a design.

29. Surface Qualities
Color
Translucent and transparent
colors do not reflect light,
they filter it and come close
to presenting color as pure
light.
Tapio Wirkkala. Bolle. Venini
glass. Blown glass handworked
with the “incalmo” technique,
vessel heights from 73⁄5" to 1'
67⁄10".

30. Light illuminates form and
casts shadow, enabling us to
perceive form.
Reflected Light
• White best reveals form, as it
is the most reflective color.
• Black objects absorb most of
the light that falls on them,
causing them to appear less
nuanced.
Eva Zeisel. Hallcraft/Tomorrow’s Classic. c. 1952.
Cruet, sauce bowl, and ladle. Hall China.
Light
Chromatic Luminosity

31. Luminosity refers to the
emission of light. Objects that
emit light have dual natures—
they are objects with
structure and they are light-
emitting vehicles.
This sculpture by Dan Flavin,
made of mundane florescent
tubes, transcends its humble
origin and completely
transforms the corner of the
room with reflected light.
Dan Flavin. Untitled (to Donna) 6. 1971.
Fluorescent lights, overall: 8' × 8'
Light
Chromatic Luminosity

32. Light as Pure Medium
While great use is made of light in the
theater, the use of light as a sole
medium devoid of objects remains a
kind of utopian dream in the arts.
The two beams of light rising into the
evening sky at the 9/11 Memorial in
New York exemplify:
• designing with light and atmosphere
as pure media devoid of other objects;
• designing with reflected light from
drifting clouds; and
• the power of light as a symbolic
force in visual communication.
Proun Space studio. Tribute in Light, 9/11 Memorial, New York City.
Light
Chromatic Luminosity

33. Time and Motion
Kinetic Structure
Traditional stationary
forms involve time and
motion as the viewer
moves around them to
perceive the entire form.
Kinetic structures utilize
time and motion directly
within their forms.
Robotics, the design and
use of robots, is a rapidly
developing realm of
kinetic form.
Aibo robotic dog. Sony

34. Time and Motion
Kinetic Structure
Tony Oursler. Half (Brain). 1998. 2 Sony CPJ 200 projectors, 2 video- tapes, 2 Samsung VCRs,
polystyrene foam, paint, performance by: Tony Oursler. Each 1' 2" × 1' 1" × 1' 1" (plus
This work uses two static forms that contain
video projections of a man’s face with the
soundtrack of a screaming man to create a
psychologically charged, multisensory
experience in time and motion.

35. Project 1
• Using cardboard create a structure that
suggest an extraordinary or unexpected
relationship to gravity.
• Corrugated Cardboard, hot glue, tape, brown
paper tape
• Box beam construction

36. Parameters
• Groups of 3
• Piece must be taller than the tallest person in
the group.
• Cardboard may only have three points of
contact (two on the floor and one on a stool
or chair)
• Stool must remain unattached to the
cardboard structure

37. Preliminary Models
• Smaller scale model
• Investigate stresses involved
• Translation of scale model into full-size
structure