Convention 2021 Exhibition

Designed and folded by William Gozali.
From single sheet of 25 cm square double tissue.
Both the bird and lizard is from the same sheet.

Designed and folded by William Gozali.
From single sheet of 25 cm square double tissue.

Weedy sea dragon is different species from the more well known and more extravagant leafy sea dragon. This one has less amount of appendages.

Designed and folded by William Gozali (IG: @gyosh_).
From single sheet of 50 cm square double tissue.

The male of peacock spider has decorative pattern on its abdomen. It raises the abdomen and its 3rd pair of legs to impress female.

Designed and folded by William Gozali (IG: @gyosh_).
From single sheet of 50 cm square double tissue.

This type of bird of paradise has two extremely long display feathers near its eyes.
It can be moved for mating display.

Designed and folded by William Gozali (IG: @gyosh_).
From single sheet of 50 cm square double tissue.

Greater bird of paradise has long plume near the tail that can be raised for mating display.

Designed and folded by William Gozali (IG: @gyosh_).
From single sheet of 50 cm square double tissue.
Both the ant and leaf is from the same sheet.

Leafcutter ant carry leaves to their nest to cultivate fungus, which they feed on.

Designed and folded by William Gozali (IG: @gyosh_).
From single sheet of 50 cm single tissue.

Coconut crab is a species of hermit crab who has abandoned the lifestyle of carrying shell by developing tough exoskeleton. As such it can grow really big.

Designed and folded by William Gozali (IG: @gyosh_).
From single sheet of 35 cm double tissue.

Frigatebird is large sea bird, whose male has gular pouch that can be inflated for mating display.

Triptych Dresses on handmade printed papers using Songbird and Sweetheart Dresses from Sok Song's book: CREASE + FOLD.

Art with Origami and Printmaking.
This piece is on handmade paper that I made and printed on using origami and natural plants.
Kyoto's Swallow: Created by, Sok Song, folded with handmade papers.
Orchids & Hummingbirds: Created by, Michael LaFosse.

Own model with snapology technique, using 15 mm cardboard paper, with about 900 strips.

EH paper, 32 divisions grid.

This model derives from previous tessellations tests and will be included in PCOC 2021 book (name from San Francisco Tea garden japanese pagoda).

Own model with snapology technique, and 10 mm wide strips of Fabriano paper (129 gr). Total units, 840 strips.

Wreath of icosidodecahedra.
Own model, mixing Tomoko Fuse units and snapology technique. Same model as the one without the snapology cover.

Own model using Tomoko Fuse equilateral triangular units.

Unit size, 15x60 mm. Total number of units, 378. Final model size 22 cm.

A composition of different polyhedra folded with snapology technique duregins several months.

Paper used: 7, 10, 15 and 20 mm wide. Fabriano, kraft and cardboard paper, 120 gr.

Tant paper, 40 divisions grid. Starting from a hexagon from a 24x24 cm square.

Tessellation box based on part of a test model. Using a “nexagon” form (semi regular hexagon).

EH paper, 32 divisions grid. Starting from a hexagon from a 24x24 cm square.

Tessellation box based on same tessellation model.

Alios kraft paper, 40 divisions grid. Starting from a hexagon from a 24x24 cm square.

Tessellation box based on same tessellation model.

Tant paper, 32 divisions grid.

Tessellation box based on same tessellation model.

Tant paper, 40 divisions grid. Starting from a 24x24 cm square.

Tessellation box based on same tessellation model, with 5 stacked twists.

EH paper, 64 divisions grid.

Molecule composed of a triangle twist on top of a triangle pleat (no twist), surrounded by triangle twists. This is the model that will be taught in my workshop (32 divisions version).

Alios kraft paper, 80 divisions grid.

A composition of teardrop and trapeze twists.

Glasinne paper, 64 divisions grid.

A molecule composed if a triangle twist on top of an hexagon pleat (no twist), Between molecules you can find blocks of 6 triangle twists.

Colored newspaper paper, 32 divisions grid.

No twists tessellation, with small pleats that resemble bird´s beaks.

Glasinne paper, 64 divisions grid.

A composition of triangle twists forming hexagons.

Alios kraft paper, 64 divisions grid.

A composition of triangle twists forming rhombus.

EH paper, 40 divisions grid.

Rhombus pleats (two different sizes), with rabbit-ear pleats between them.

EH paper, 80 divisions grid.

The molecule is composed of 4 triangle twists on top of a bigger triangle twist. The space between molecules filled with a composition of triangle twists.

EH paper, 80 divisions grid.

One triangle twist on top of a double sized triangle twist (rotated). The resulting model, when backlit, resembles “Eric Gjerde Tiled hexagons”. Model in my book “Twist and Tess”.

Stark paper, 80 divisions grid.

3 stacked square twists (each one parallel to the other). Model in my book “Twist and Tess”.

Alios kraft paper, 64 divisions grid.

Two stacked triangle twists (rotating in opposite directions) and 6 triangle twists compositions. Model in my book “Twist and Tess”.

EH paper, 48 divisions grid.

Triangle and rhombus twists. Model in my book “Twist and Tess”.

Tant paper, 64 divisions grid.

Pentagon (house) twists and hexagon pleats.

Tant paper, 96 divisions grid.

Teardrop twists (4 sides, short sides on grid) and hexagon pleats.

Tant paper, 96 divisions grid.

Double size hexagon twists, teardrop (4 sides, short sides on grid) twists and hexagon pleats.

Tant paper, 96 divisions grid.

A composition of teardrop and closed triangle twists. Model in my book “Twist and Tess”.

Tant paper, 64 divisions grid.

Rhombus twists and open hexagon twist at the Font; triangle twists at the back. Model in my book “Twist and Tess”.

Tant paper, 64 divisions grid.

Open back triangle twists and hexagon pleats. Model in my book “Twist and Tess”.

Mi first tessellation design.
“Butterbrot papier” (sandwich wrapping paper), 64 divisions grid.

6 stacked square twists, the result looks like curved folds. Model (3 twists) in my book “Twist and Tess”.

Mi first tessellation design.
“Butterbrot papier” (sandwich wrapping paper), 64 divisions grid.

6 stacked square twists, the result looks like curved folds. Model (3 twists) in my book “Twist and Tess”.

This is an easy model folded by me using 6 inch kami. Design can be found on YouTube Channel Origami Tree.

This is an easy model created by me, Nathan Li, and folded by me using 6 inch kami paper.

This is a challenging model folded by me using a rectangular paper with proportions of 1:4. Design from book titled MiniGami by Gay Merrill Gross.

This is an intermediate model folded by me using 6 in kami paper. Design published in Crane Origami by Japanese Publications Trading Co.

This is an intermediate swan folded by me using 6 inch paper. Design from YouTube Channel.

This is an intermediate model folded by me using 6 inch kami paper. Design published in Extreme Origami.

This is an intermediate model folded by by me using 6 inch kami. Design seen on YouTube Channel Gary Easy Origami.

This is an intermediate model folded by me using 6 inch kami paper. Design by Eric Gjerde - Paper Kawaii.

This is a low intermediate modular model folded by me using 6 inch tant paper. It includes eight modular pieces. Design published in Origami Activites by Michael G. LaFosse.