schedule1/18 Martin Luther King Day. No classes on
this day. 1/25 WEEK 2 Weekly Homework: 4-6 hours continuing this project & sketches in
your 3D sketch book. 2/1 WEEK 3 Weekly Homework: 4-6 hours continuing this project & sketches in your 3D sketch book. 2/1 Last day to drop classes w/ 50% refund 2/8 WEEK 4 Weekly Homework: 4-6 hours continuing this project & sketches in your 3D sketch book. 2/8 Last day to drop classes w/ 25% refund. Drop/Add period ends. 2/15 President’s Day- No classes on this day Weekly Homework: 4-6 hours continuing this project & sketches in your 3D sketch book. 2/22 WEEK 6 Weekly Homework: 4-6 hours continuing this project & sketches in your 3D sketch book. 3/1 WEEK 7 Weekly Homework: 4-6 hours continuing this project & sketches in your 3D sketch book.
3/15 WEEK 9 - Mid-semester Evaluations/ grades Weekly Homework: 4-6 hours continuing this project & sketches
in your 3D sketch book. 3/22 WEEK10 Weekly Homework: 4-6 hours continuing this project & sketches in your 3D sketch book. 3/29 WEEK 11 Weekly Homework: 4-6 hours continuing this project & sketches in your 3D sketch book. 4/5 WEEK 12 Weekly Homework: 4-6 hours continuing this project & sketches in your 3D sketch book. 4/12 WEEK 13 PROJECT 4:
THE BODY: PLANE/VOLUME/GEOMETRIC ABSTRACTION: Research & sketch
shapes from human or animal anatomy, translate and abstract them into
geometric planes and volumes. Analyze the main concepts of Cubism, Constructivism,
Futurism, and the Bauhaus and allow the main visual concepts from these
movements to influence your 3D design. Use simple planar materials, and
color systems based on color theory learned in 2D design class. Weekly Homework: 4-6 hours continuing this project & sketches
in your 3D sketch book. 4/19 WEEK 14 Weekly Homework: 4-6 hours continuing this project & sketches in your 3D sketch book. 4/21 Early Registration ends 4/26 WEEK 15 Weekly Homework: 4-6 hours continuing this project & sketches in your 3D sketch book. 5/3 WEEK 16 5/10 WEEK 17 5/10 Monday, Study and makeup day - MANDATORY Individual Critiques with Instructor. .
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Intro to
3-D DESIGN
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