Anderson Ranch Arts Center Workshop Catalogs 2010-2014 | Page 37

cnc router workshops
The Ranch’s Techno-Isel 48x48 CNC (computer numerically controlled) Router is used by several Ranch program areas for innovative
and exciting workshops. Known for precision and accuracy in mass-produced designs, the CNC Router is a powerful tool for self-expression
in the hands of creative designers. This summer, the Ranch is pleased to offer three classes specifically based around the usage of this
amazing piece of equipment. The router is located in the Maloof Wood Barn, and utilizes Rhino, MasterCam and Aspire software.

Del Harrow, Untitled

Matthew Hebert, CNC Chairs

David Trubridge, Sola

June 3 - 14

June 10 - 21

June 24 - 28

design

the art of CNC joinery

David Trubridge

Del Harrow

Matthew Hebert

SKILL LEVEL: II - IV

SKILL LEVEL: II - IV

CONCEPT:  Clay is a solid form, but design is a
fluid process. This workshop explores strategies
and techniques for integrating computer design
into the process of creating forms with clay. Del
teaches us how to incorporate computer-aided
design, machining and prototyping into our
studio practices. These methods are tools for
artists and for educators interested in building
technology into ceramics or sculpture curriculums. While our focus is on specific strategies,
we also investigate the wide range of practices
within the broader field of digital fabrication. 

CONCEPT: The CNC (computer numerically controlled) router is known for precision and accuracy in mass-produced designs. This course
presents the basics of CNC cut wood joinery.
We learn to model projects in Rhino software
and cut them using the CNC router. We discover
how to turn the limitations of the CNC router
into aesthetic opportunities. Students design
and build small-scale furniture objects such as
stools, occasional tables and small cabinets.

Digital Clay: computer-aided

MEDIA & TECHNIQUES:  We experiment with a
range of CAD software and Computer Controlled Machines, CNC Machining and 3-D
printing in tandem with more traditional, manual techniques, including slab building and slip
casting. Our goal is to develop our own set of
individual, “hybrid” techniques.
ACTIVITIES: Daily demonstrations, slide lectures
and work in the studio.
faculty: Del Harrow’s bio on page 12.
Sponsored by Masako and Ron Berman

Tuition: $875  OR  Tuition + Studio Support Donation: $1275
Studio Fee: $155 Code: C0102 Enrollment Limit 12

Puzzlin’ Evidence: 

MEDIA & TECHNIQUES:  Woodworking applications utilizing computer-aided design (CAD)
and computer-aided manufacturing (CAM).
Proper use of the CNC router. Though standard
techniques apply to solid wood production, we
focus on plywood construction as an appropriate introduction.
ACTIVITIES: We begin with conventional model
making using chipboard. Once models are
made, students recreate 2-D patterns in Rhino.
CNC toolpaths are created using RhinoCAM.
Final projects are cut out of plywood on the
CNC router.

Designing for a CNC Router 
SKILL LEVEL: II - IV
CONCEPT: This course explores a design process
for CNC machining, integrating computer design
with programs such as Rhino and formZ. We
design a 3-D structure that uses the minimum
amount of wood. Our objective is to nurture
complex 3-D thinking while developing an understanding of structures and compound curvature,
rather than simply stacking or interlocking flat
shapes. A beautifully-realized, finished piece is
not expected: it is the learning that matters.
MEDIA & TECHNIQUES: Sheet materials, particularly plywood, is our primary resource. Students
must be competent in 3-D computer modeling
and bring their own laptops. A trial version of
Rhino is available in the studio. An ability to use
a parametric program such as Grasshopper is a
bonus but not required.
ACTIVITIES: Researching ideas, sketching concepts in workbooks and developing designs
in a 3-D computer drawing programs. Testing
ideas, either as models or in full scale. Cutting
shapes on the CNC router. Exploring joining
techniques and building prototypes.
faculty: David Trubridge’s bio on page 30.

faculty: Matthew Hebert’s bio on page 30.
Tuition: $975  OR  Tuition + Studio Support Donation: $1375
Studio Fee: $155 Code: W0203 Enrollment Limit 10

Tuition: $875  OR  Tuition + Studio Support Donation: $1075
Studio Fee: $95 Code: W0404 Enrollment Limit 10
c n c r o u ter w o rksh o ps 

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